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Rohde & Schwarz CMW-KE100 User Manual Download Page 26

1xEV-DO Signaling

R&S

®

CMW-KM8xx/-KS8xx

26

User Manual 1173.9511.02 ─ 12

Additional transitions and handoff

The transitions in the figure above are not complete. The "Off" state can be reached
from any state by turning off the forward 1xEV-DO signal (ON | OFF). Moreover, inci-
dents like an inactive session timeout or a loss of the radio link cause additional transi-
tions.
A 1xEV-DO dual-band handoff can be performed in the "Connected" state; see 

chap-

ter 2.2.8, "Handoff"

, 

on page 26.

2.2.8 Handoff

A handoff is the process of transferring an ongoing call or data connection from one
network to another. The R&S

 

CMW supports dual-band handoff between different

1xEV-DO band classes. A dual band handoff emulates only one 1xEV-DO cell with one
sector at a time.

The "Handoff" hotkey appears in the hotkey bar as soon as the R&S

 

CMW enters the

"Connected" state; see section 

chapter 2.2.7, "Connection States"

, 

on page 24.

Handoff includes:

1. Selection of the destination band class

2. Configuration of carriers and pilots in the destination sector.

3. Start of the handoff process.

After successful handoff, the connection is continued with the target sector replacing
the source sector.

The handoff steps for revision B are described below.

2.2.8.1

Preparing a Handoff

To prepare a handoff, an 1xEV-DO signaling application must be configured and an
1xEV-DO multicarrier connection must be set up.

For a multicarrier connection, set parameters in section "System" > "Carrier Configura-
tion".

 

 

General Description

深圳德标仪器 

135-1095-0799

Summary of Contents for CMW-KE100

Page 1: ...R S CMW KM8xx KS8xx CDMA2000 1xRTT and 1xEV DO Firmware Applications User Manual User Manual 1173 9511 02 12 í 2 Test Measurement 深圳德标仪器 135 1095 0799 ...

Page 2: ...00 Basic fading support AWGN generator R S CMW KE800 CDMA2000 fading profiles from C S0032 C6 4 1 and C S0011 C6 4 1 2015 Rohde Schwarz GmbH Co KG Mühldorfstr 15 81671 München Germany Phone 49 89 41 29 0 Fax 49 89 41 29 12 164 E mail info rohde schwarz com Internet www rohde schwarz com Subject to change Data without tolerance limits is not binding R S is a registered trademark of Rohde Schwarz Gm...

Page 3: ...s 12 2 2 2 Initiating Signaling Tests 15 2 2 3 End to End Packet Data Connections 17 2 2 4 Hybrid Mode 19 2 2 5 External Fading 22 2 2 6 Internal Fading 23 2 2 7 Connection States 24 2 2 8 Handoff 26 2 2 9 Inter RAT Handover 28 2 2 10 Test Application Protocols 29 2 2 11 Access Probes 30 2 2 12 Band Classes 30 2 2 13 Trigger Signals 33 2 2 14 RX Measurements 33 2 3 GUI Reference 43 2 3 1 Signaling...

Page 4: ... 139 2 5 5 Handoff 140 2 5 6 System Settings 144 2 5 7 Basic Test Application Settings 171 2 5 8 Layer 173 2 5 9 Network 195 2 5 10 Message Monitoring 207 2 5 11 RX Measurement 208 2 6 List of Commands 229 3 1xEV DO Measurements 235 3 1 What s New in this Revision 235 3 2 General Description 235 3 2 1 Test Setup 236 3 2 2 Measuring Reverse Link Signals 236 3 2 3 Multi Carrier Configurations Rev B ...

Page 5: ...on Measurement Control 275 3 3 9 Multi Evaluation Limit Settings 278 3 3 10 Generator Shortcut 279 3 3 11 Multi Evaluation Measurement Results 280 3 3 12 OLTR Measurement Control 282 3 3 13 OLTR Limits 284 3 3 14 Generator Shortcut 284 3 3 15 OLTR Measurement Results 284 3 3 16 Additional Softkeys and Hotkeys 286 3 4 Programming 287 3 4 1 General Examples 287 3 4 2 Using 1xEV DO List Mode 295 3 5 ...

Page 6: ...4 2 11 Service Options 475 4 2 12 Radio Configurations 480 4 2 13 Band Classes 481 4 2 14 Power Control Bits PCB 483 4 2 15 Data Burst Message Applications 483 4 2 16 Trigger Signals 491 4 2 17 RX Measurements 492 4 3 GUI Reference 498 4 3 1 Signaling View 498 4 3 2 Signaling Control 513 4 3 3 Using the Shortcut Softkeys 516 4 3 4 General Settings 517 4 3 5 I Q Settings 518 4 3 6 Internal Fading 5...

Page 7: ...s 620 4 5 7 System Settings 620 4 5 8 Service Configuration 653 4 5 9 Network Settings 663 4 5 10 Messaging SMS 679 4 5 11 Other DBM Applications 686 4 5 12 Message Monitoring 690 4 5 13 Handoff 691 4 5 14 RX Measurement 692 4 6 List of Commands 715 5 CDMA2000 Measurements 722 5 1 What s New in this Revision 722 5 2 General Description 722 5 2 1 Test Setup 723 5 2 2 Measuring Reverse Link Signals ...

Page 8: ...luation List Mode Settings View 763 5 3 9 OLTR Measurement Control 764 5 3 10 OLTR Limits 765 5 3 11 Generator Shortcut 766 5 3 12 OLTR Measurement Results 766 5 3 13 Additional Softkeys and Hotkeys 767 5 4 Programming 768 5 4 1 General Examples 768 5 4 2 Using CDMA2000 List Mode 775 5 5 Command Reference 779 5 5 1 Conventions and General Information 780 5 5 2 General Measurement Settings 785 5 5 ...

Page 9: ...apters can be read independently of each other However they are all organized as follows 1 General Description 2 Application Sheets optional 3 GUI Reference 4 Programming Examples 5 Command Reference The chapters System Overview and Remote Control in the R S CMW user manual provide additional important information independent of the individual firmware applica tions The most important parts are re...

Page 10: ...ist of comprehensive command sequences You can check just a single com mand of a sequence to get an example for the syntax of this single command But you can also consider an entire sequence showing the commands in the context of a com mand script under consideration of dependencies and required orders of the com mands The command sequences are written with the intention to list most commands of t...

Page 11: ... that provides advanced signaling configuration R S CMW KE100 and R S CMW KE800 that enable internal fading fader I Q board also required Most tests can be performed using the 1xEV DO Multi Evaluation measurement included in option R S CMW KM880 Data transfer tests can be performed using the Data Application Unit DAU option R S CMW B450x and R S CMW KM050 Additional measurements on both forward an...

Page 12: ...ections provide an overview of typical test setups for the individual scenarios Using several signaling applications in parallel Depending on the installed hardware and software options you can run several signal ing application instances in parallel Example Assume an instrument with two Signaling Unit Universal SUU one Signal ing Unit Wideband SUW four TX paths and four RX paths This instrument a...

Page 13: ...gnal to which the access terminal can synchronize in order to perform session negotiation and establish the connection The forward signal is used to transfer signaling messages and user data to the AT The AT transmits a reverse signal that the R S CMW can receive and decode in order to set up a connection and perform various measurements See also RF Connectors in the R S CMW user manual chapter Ge...

Page 14: ...n R S AMU200A into a test setup The R S AMU200A must be connected to the digital I Q interface of the R S CMW At least one I Q board must be installed at the R S CMW for that purpose option R S CMW B510x B520x All connections between R S CMW and R S AMU200A are established via the rear panels of the instruments The following figure shows a setup with two downlink paths using the first I Q board DI...

Page 15: ...shall be used the test setup is the same as for the corresponding sce nario without fading 2 2 2 Initiating Signaling Tests The 1xEV DO forward signal is turned on as long as the 1xEV DO Signaling softkey indicates the ON state see chapter 2 3 2 Signaling Control on page 50 After switching on wait until the hour glass symbol has disappeared When forward signal transmission has been turned on the c...

Page 16: ... connected state the main view provides also session details and AT information 6 To switch to the measurement application press the Go to softkey The 1xEV DO RX Measurement is provided by the 1xEV DO signaling firmware application The 1xEV DO Multi Evaluation measurements are available as option R S CMW KM880 In the latter case the softkey also selects the combined signal path scenario in the mea...

Page 17: ...B450x and the DAU measurements as R S CMW KM050 For IPv4 option R S CMW KA100 is required for IPv6 additionally option R S CMW KA150 For configuration of the DAU e g for initial configuration of the DAU IP settings please refer to the DAU s user manual When the packet data connection has been established you can use the DAU to per form IP based data tests see DAU documentation You can also perform...

Page 18: ...data Authentication uses PAP CHAP algorithm The Enhanced Multi Flow Packet Application EMPA and Multi link Multi flow Packet Application MMPA are specified in 3GPP2 C S0063 EMPA and MMPA provides multiple link flows that carry user data between the AT and the access network Point to Point Protocol PPP connection is used only for the authentication Authentication uses the challenge response algorit...

Page 19: ...e AT monitors the control channels of each network it is now pos sible to connect calls in either standard without reregistering or renegotiating a session While the mobile has an open traffic channel allocated for a CDMA2000 1xEV DO data call the mobile continues to perform idle state procedures on the CDMA2000 1xRTT system When it is time to decode the CDMA2000 1xRTT paging channel slot the mobi...

Page 20: ... both FWAs off change the time settings on one FWA and then switch them subsequently on starting with the FWA that applies the new time settings Time Settings for Two SUU Generally the time settings on two or more SUU are independent from each other even if they are both in one CMW The reason for this is that it shall be possible to run each SUU with entirely different time settings The only way t...

Page 21: ...signaling FWAs to the required RF frequencies and band classes 5 Switch both CDMA2000 sig and 1xEV DO sig on in any order As a result CDMA2000 sig and 1xEV DO sig should both be running and the mobile should register in CDMA2000 1xRTT and open a session in CDMA2000 1xEV DO 2 2 4 4 Hybrid Mode on Two or more SUU Hybrid mode using two SUUs is preferable in the following cases 1xEV DO Rev B is requir...

Page 22: ... in Time Settings for Two SUU on page 20 As a result CDMA2000 Signaling and 1xEV DO Signaling should both be running and the mobile should register in CDMA2000 1xRTT and open a session in CDMA 1xEV DO 2 2 5 External Fading An external fading scenario allows you to route the forward baseband signal to an R S AMU200A that superimposes fading on the signal and routes it back Thus fading can be added ...

Page 23: ...eous measurement results After a reconfiguration of the baseband input settings of the R S AMU200A turn the forward signal at the signaling application off and on again 2 2 6 Internal Fading Testing under realistic air interface conditions is important in order to verify the receiver performance and the correct operation of the DUT s protocol stack implementation For example packet error rates thr...

Page 24: ...lated signals from neighbor cells simply appear as noise This effect is simulated by adding AWGN to the signal The internal fading module supports AWGN insertion with configurable noise level Insertion loss at the baseband level is calculated and compensated automatically at the HF The properties of the AWGN interferer comply with the requirements of 3GPP2 C S0032 section 6 4 4 e g minimum bandwid...

Page 25: ...gure below Connected The traffic channel is active and available for the applications that have been assigned to a stream All applications are connected at the same time The R S CMW can still vary connection parameters perform transmitter and receiver tests or initiate a dual band handoff Control commands initiated by the R S CMW or by the AT switch between the con nection states The following fig...

Page 26: ... 1xEV DO band classes A dual band handoff emulates only one 1xEV DO cell with one sector at a time The Handoff hotkey appears in the hotkey bar as soon as the R S CMW enters the Connected state see section chapter 2 2 7 Connection States on page 24 Handoff includes 1 Selection of the destination band class 2 Configuration of carriers and pilots in the destination sector 3 Start of the handoff proc...

Page 27: ...andoff hotkey in the 1xEV DO signaling application The handoff configuration dialog opens 2 The 1xEV DO signaling application is pre selected as handoff target Configure the destination band and the channels of the carriers 0 to 2 and enable pilot channels if needed Make sure the active carriers don t overlap i e their center frequencies have to be separated by at least CDMA system bandwidth 1 23 ...

Page 28: ...s requires to emulate cells for both radio access technologies in parallel The 1xEV DO signaling application currently supports a non optimized redirection from LTE to 1xEV DO To prepare a handover the related signaling applications must be configured on differ ent RF paths and a connection must be set up in the source RAT Then in the Inter Intra RAT dialog of the source RAT the destination RAT mu...

Page 29: ...erse link performances Table 2 3 Test application overview Release 0 Revision A Revision B Forward Test Application FTAP Subtype 0 1 DRC indices 0 to 12 0 bps to 2457 6 kbps Forward Enhanced Test Applica tion FETAP Subtype 2 Packet type 1 to 37 4 8 kbps to 3072 0 kbps Forward Multicarrier Test Applica tion FMCTAP Subtype 3 Packet type 1 to 37 from subtype 2 plus 14 optional packet types 4 8 kbps t...

Page 30: ...to initiate a call The structure of the access probes is shown below Fig 2 4 Access probe structure 2 2 12 Band Classes The band classes for CDMA2000 and 1xEV DO forward and reverse signals are defined in specification 3GPP2 C S0057 C Each band class contains a number of car rier frequencies and corresponding channel numbers The tables below lists the supported band classes with the corresponding ...

Page 31: ...Hz 0 N 240 746 0 05 N 8 1800 MHz Band 0 N 1499 1805 0 05 N 9 North American 900 MHz 0 N 699 925 0 05 N 10 Secondary 800 MHz 0 N 719 720 N 919 851 0 025 N 935 0 025 N 720 11 European 400 MHz PAMR 1 N 400 472 N 871 1039 N 1473 1536 N 1715 1792 N 2016 460 0 025 N 1 420 0 025 N 472 Reserved 489 0 025 N 136 Reserved 12 800 MHz PAMR 0 N 239 915 0125 0 025 N 13 IMT 2000 2 5 GHz Exten sion 0 N 1399 2620 0...

Page 32: ...5 NMT 450 1 N 400 472 N 871 1039 N 1473 1536 N 1715 1792 N 2016 450 0 025 N 1 410 0 025 N 472 451 01 0 02 N 1024 479 0 025 N 1536 479 0 025 N 1792 6 IMT 2000 0 N 1199 1920 0 05 N 7 Upper 700 MHz 0 N 240 776 0 05 N 8 1800 MHz Band 0 N 1499 1710 0 05 N 9 North American 900 MHz 0 N 699 880 0 05 N 10 Secondary 800 MHz 0 N 719 720 N 919 806 0 025 N 896 0 025 N 720 11 European 400 MHz PAMR 1 N 400 472 N...

Page 33: ...signal path mode where the event triggers mark the start of an OLTR evaluation interval Periodic Pulse Trigger Periodic trigger event raised every 2 seconds Reverse Frame Trigger Trigger event at the beginning of each Reverse Traffic Channel frame duration 26 67 ms Slot Trigger Trigger event at the beginning of each Forward Traffic Channel slot 1 67 ms Superframe Trigger event at the beginning of ...

Page 34: ...word total aggregates over all carriers are prefixed by the word compo site Limit checking can be performed either per carrier or over all carriers 2 2 14 1 Test Procedures PER throughput RX measurement procedure 1 To evaluate the AT s receiver quality select the Forward test application To evaluate the AT s transmitter quality select the Reverse test application to test without simultaneous forwa...

Page 35: ...urement 4 Wait until the R S CMW has sent received sufficient packet data and read the results from the appropriate views 2 2 14 2 Forward Link Packet Error Rate Measurement The R S CMW can perform several forward link PER measurements in parallel Forward Link PER is the percentage of test packets transmitted on the forward traffic channel that the AT failed to receive successfully While the forwa...

Page 36: ... Max Test Packets Sent indicates the progress of the FL PER measurement Composite Test Packets Sent Multi Carrier For multi carrier configurations indicates the number of test packets transmitted on all carriers For the test procedure refer to Test Procedures 2 2 14 3 Reverse Link Packet Error Rate Measurement The R S CMW can perform several reverse PER measurements in parallel Reverse Link PER is...

Page 37: ...ceive successfully Reverse Link PER Confidence Level The statistical probability that the related PER all MAC packets is below the config ured Max PER see chapter 2 2 14 4 Statistical PER Tests Confidence Testing on page 38 Reverse Link PER PER The rate of MAC packets the R S CMW failed to receive successfully Termination Target PER MAC Packets Errors The total number of MAC packets the R S CMW fa...

Page 38: ...dependence of the packet error events The probability of a packet error is equal for each received packet The exact packet error rate is given by the limit of the ratio ne ns where ne denotes the number of packet errors and ns the number of received packets and where the number of received packets tends to infinity Any real packet error rate test necessarily provides an approximation to the exact ...

Page 39: ...packets as con veyed in the AT s loopback packets and calculates the required statistics For multi carrier tests revision B physical layer subtype 3 throughput statistics are collected and displayed both for the individual carriers and for all active carriers row Composite Fig 2 6 Display of forward link performance results subtype 3 Physical Packet Size Size of the physical layer packets containi...

Page 40: ... Packet Size in bits Test Time FTAP test time in frames The statistics for MACPktRecd and TestTime is maintained by the R S CMW The factor 16 5 3 corresponds to the CDMA frame duration in ms If a physical layer subtype 2 or 3 is active the R S CMW can collect throughput results for different physical packet sizes the total throughput is then calculated as the sum of the through put results for all...

Page 41: ...urement For the test procedure refer to Test Procedures 2 2 14 6 Reverse Link Throughput Measurement The R S CMW can perform several reverse link RX Throughput measurements in parallel Data Rate kBit s The data rate at which the RTAP RETAP RMCTAP test packages were received MAC Packets Received The total number of MAC packets received by the R S CMW Throughput vs Test Time The average throughput i...

Page 42: ...mber of packets received in the last update period Rx Total Total number of packets received since the beginning of the PPP con nection Tx Number of packets transmitted in the last update period Tx Total Total number of packets transmitted The update period can be set in the configuration dialog The RLP table rows contain the number of packets from the measured RLP messages Reset Number of packets...

Page 43: ...hed Temporarily unavaila ble parameters are grayed out in the configuration dialogs hotkeys appear and disap pear dynamically depending on the connection state The screenshots in this chapter show the GUI with all available options installed Depending on the installed options some parameters may not be configurable display the default value or may not be visible at all This is indicated in the par...

Page 44: ...f the individual areas of the view refer to the subsections Connection Status 44 AT Info 47 Access Network Control 48 Event Log 49 Access Terminal Control 49 2 3 1 1 Connection Status The connection status area dynamically displays the current states of the R S CMW 1xEV DO signal the access terminal and their current connection state and informa tion for troubleshooting GUI Reference 深圳德标仪器 135 10...

Page 45: ...6 Cell Indicates the overall state of the cell green on gray off additional pending Remote command SOURce EVDO SIGN i STATe SOURce EVDO SIGN i STATe ALL Access Terminal Indicates the current connection state of the AT see chapter 2 2 7 Connection States on page 24 Remote command FETCh EVDO SIGN i CSWitched STATe PPP Connection Returns the state of the PPP connection between AT and the IP network R...

Page 46: ...external attenuation may be set or the AT may not transmit at the correct power underdriven the AT power is below the expected range An inappropriate external attenuation may be set the connecting cable may be defective or the AT may not transmit at the correct power Remote command SENSe EVDO SIGN i TEST RX POWer STATe Application Comma separated string s Application Name indicating the active tes...

Page 47: ...ng Code Mask I and Q 48 AT IPv4 Address IPv6 Prefix 48 Session Seed 8 char hex number 32 bits for session negotiation provided by the AT For details see Session Seed on page 83 UATI Unicast Access Terminal Identifier 8 digit hex default n a session negotiation The initial UATI assignment and other AT address parameters are specified in the Address Management Protocol which is part of the session l...

Page 48: ... 1 means that the AT tells the AN which Preferred Control Channel Cycle is used Remote command CONFigure EVDO SIGN i CSTatus PCCHannel ENABle Long Code Mask I and Q The reverse traffic channel in phase and quadrature phase long code masks associ ated with the access terminal s session Remote command CONFigure EVDO SIGN i CSTatus ILCMask CONFigure EVDO SIGN i CSTatus QLCMask AT IPv4 Address IPv6 Pr...

Page 49: ...2 3 1 4 Event Log The event log area reports events and errors such as applied system settings startup events and connection events Fig 2 11 Event log in the main view Event Log Each entry consists of a timestamp and a short text describing the event Remote command CONFigure EVDO SIGN i CSTatus LOG 2 3 1 5 Access Terminal Control The main view provides only the most important settings for fast acc...

Page 50: ...r Fig 2 13 1xEV DO signaling softkey with active sectors While the forward signal is on the signaling application provides a trigger signal see chapter 2 2 13 Trigger Signals on page 33 Remote command SOURce EVDO SIGN i STATe SOURce EVDO SIGN i STATe ALL Connection Control Hotkeys Any interaction with a access terminal under test requires a 1xEV DO forward link sig nal sector As soon as the signal...

Page 51: ...e hotkey bar Handoff opens a dialog where you can select the destination band class Net work Standard configure the basic settings in the destination band active AN carri ers pilots and their assignment to the AT and initiate the handoff procedure See also chapter 2 3 7 System Settings on page 60 Handoff to and from a multi carrier cell requires option R S CMW KS881 Fig 2 14 Handoff preparation di...

Page 52: ...se the softkeys to switch to the TX Measurements the combined signal path scenario is activated automatically in the measurement Consequences The measurement and the signaling application can be used in parallel i e both forward signal transmission and measurement can be switched on The signaling RF settings are also used for the measurement The AT signal info settings of the measurement are confi...

Page 53: ...be opened via the Config soft key of the 1xEV DO Signaling view Fig 2 16 General settings It displays the configuration tree that allows to perform the remaining settings required for the 1xEV DO Signaling application Scenario Fading Different test scenarios require different sets of parameters Selecting a scenario hides shows parts of the GUI as required by the scenario The parameter is only conf...

Page 54: ...d options are R S CMW options Example B510F means R S CMW B510F Signal path is used by the both applications CDMA2000 1xRTT and CDMA2000 1xEV DO Remote command ROUTe EVDO SIGN i ROUTe EVDO SIGN i SCENario ROUTe EVDO SIGN i SCENario SCELl ROUTe EVDO SIGN i SCENario HMODe ROUTe EVDO SIGN i SCENario SCFading INTernal ROUTe EVDO SIGN i SCENario SCFading EXTernal 2 3 5 I Q Settings The parameters in th...

Page 55: ...used sample rate is displayed for information The value of 100 Msps is fixed Configure the connected instrument accordingly baseband input settings and digital I Q output settings Remote command SENSe EVDO SIGN i IQOut PATH n Baseband PEP Out In Indicates the peak envelope power of the baseband signal as dB value relative to full scale Full scale in this case corresponds to the maximum representab...

Page 56: ...ed Configure the baseband level so that it matches the baseband output of the connected instrument Remote command CONFigure EVDO SIGN i IQIN PATH n 2 3 6 Internal Fading This branch of the configuration tree is only visible if a fading scenario is selected Standard Cell Fading and the fading source is set to Internal For general prerequisites required options and background information see chap te...

Page 57: ...pagation profiles support various vehicle speeds numbers of paths path power and delay Remote command CONFigure EVDO SIGN i FADing FSIMulator STANdard Restart Event In Auto mode fading automatically starts with the forward signal In Manual mode it is started and restarted manually Remote command CONFigure EVDO SIGN i FADing FSIMulator RESTart CONFigure EVDO SIGN i FADing FSIMulator RESTart MODE St...

Page 58: ... 3 6 2 Forward Link Settings This branch displays noise power values calculated from the forward link power and the fading module AWGN settings Fig 2 20 Noise information Noise System BW Power 58 Noise Total BW Power 58 Signal Noise System BW Power 58 Noise System BW Power Displays the noise power on the forward link i e within the channel bandwidth Remote command CONFigure EVDO SIGN i FADing POWe...

Page 59: ...atio Remote command CONFigure EVDO SIGN i FADing AWGN BWIDth RATio Noise Bandwidth Total level of the AWGN interferer within the channel bandwidth the spectral density covering the receive band and 5 MHz outside the band The properties of the AWGN interferer comply with the requirements of 3GPP2 C S0032 section 6 4 4 e g minimum bandwidth 1 8 MHz flatness less than 1 dB frequency resolution 1 kHz ...

Page 60: ...he output connector and the TX module to be used Depending on your hardware configuration there are dependencies between both parameters Select the RF connector first The Converter parameter offers only val ues compatible with the selected RF connector Remote command Depends on the scenario see chapter 2 5 6 1 Signal Routing on page 144 Example ROUTe EVDO SIGN i SCENario SCELl External Attenuation...

Page 61: ... Converter parameter offers only val ues compatible with the selected RF connector Remote command Depends on the scenario see chapter 2 5 6 1 Signal Routing on page 144 Example ROUTe EVDO SIGN i SCENario SCELl External Attenuation Defines the value of an external attenuation or gain if the value is negative in the input path The power readings of the R S CMW are corrected by the external attenu at...

Page 62: ...n be changed in all main connection states For an estab lished connection changing the channel via this section causes an implicit channel handoff You can also perform a handoff to reconfigure several parameters see Handoff Hotkey on page 51 Remote command CONFigure EVDO SIGN i RFSettings BCLass CONFigure EVDO SIGN i RFSettings CHANnel CONFigure EVDO SIGN i RFSettings FLFRequency CONFigure EVDO SI...

Page 63: ...mmand CONFigure EVDO SIGN i RFPower OUTPut Expected Power Mode Configures the input path of the RF analyzer according to the expected output power of the AT under test The R S CMW assumes a 9 dB peak to average ratio crest factor of the received 1xEV DO signal and calculates an additional reserve For an expected RMS input power of x dBm powers exceeding x 9 dBm can be measured Manual Assume that t...

Page 64: ...d Power Mode Manual Input powers above the Manual Expected Power overdrive the input path and cause invalid results Remote command CONFigure EVDO SIGN i RFPower MANual Expected Nominal Power Displays the expected input power that the AT has to transmit The value depends on the Expected Power Mode The value is displayed for information Note that the actual input power at the connectors must be with...

Page 65: ...gs result in a signal exceeding this limit the AWGN noise is decreased automatically Disable this parameter for fading scenarios so that AWGN can not be added by the signaling unit Instead AWGN can be added by the fader external or internal Remote command CONFigure EVDO SIGN i RFPower LEVel AWGN 2 3 7 5 Carrier Configuration The Carrier Configuration determines the frequencies and levels of the Ba...

Page 66: ... The level difference is bounded to 20 dB and the allowed range is ultimately deter mined by the reference carrier s Absolute Level and the allowed channel power 130 dBm to 0 dBm Remote command CONFigure EVDO SIGN i CARRier SETTing CONFigure EVDO SIGN i CARRier LEVel ABSolute CONFigure EVDO SIGN i CARRier LEVel RELative Pilot A Pilot represents a carrier that is active on a sector The pilot sectio...

Page 67: ...lease see Network Release on page 88 Because R S CMW transmits single user packets with MAC layer protocol Revision 0 only MAC indices between 5 and 63 are supported Revision A and B allow for addi tional indices 72 to 127 Rev B support requires option R S CMW KS881 Remote command CONFigure EVDO SIGN i MAC INDex 2 3 7 7 Reverse Power Control Fig 2 29 1xEV DO reverse power control settings Power Co...

Page 68: ...IZe Repetition Specifies whether the power control bit pattern is executed once single shot or repea ted continuously and stopped by the Run Sequence Remote command CONFigure EVDO SIGN i RPControl REPetition Segments Sets the user specific power control bits Combine the bits All Up All Down and Alternating within the four segments of the variable length These parameters are rel evant only for the ...

Page 69: ...onds will be used This provides a repeatable and well defined time reference Sync Code With this time source selected the value of parameter Sync Code will be used Sync Code is only needed for synchronization in Hybrid Mode on Two or more SUU In order to access this setting software option R S CMW KS888 needs to be present Remote command CONFigure EVDO SIGN i SYSTem TSOurce Date Time This setting ...

Page 70: ...SYNC Apply Time At The purpose of this parameter is to avoid unwanted time settings Signaling Unit Startup Only With this selection the time setting will only be applied at startup or to be more correct once CDMA2000 1xEV DO signaling are loaded on one SUU For exam ple after running GSM on a SUU CDMA2000 1xEV DO need to be reloaded and the time setting needs to be updated Switching between CDMA200...

Page 71: ...kground information refer to chapter 2 2 10 Test Application Protocols on page 29 Fig 2 32 Application layer settings overview Application Select the application in accordance with your measurement purpose Application Properties To be used for Forward Test Test data transmission on the for ward link The AT under test can use the reverse link to transmit other information e g FER reports AT receive...

Page 72: ...ments using the test application protocol it is required to enable the test application on a particular stream 1 3 Remote command CONFigure EVDO SIGN i APPLication MODE CONFigure EVDO SIGN i APPLication Preferred Packet Mode Sets the preferred standard to be signaled to the AT during the connection setup Remote command CONFigure EVDO SIGN i LAYer APPLication PACKet MODE 2 3 8 2 Application Layer R...

Page 73: ...t s Slots 0 0 0 n a 1 38 4 16 2 76 8 8 3 153 6 4 4 307 2 2 5 307 2 4 6 614 4 1 7 614 4 2 8 921 6 2 9 1228 8 1 10 1228 8 2 11 1843 2 1 12 2457 6 1 Remote command CONFigure EVDO SIGN i LAYer APPLication FTAP DRC INDex CONFigure EVDO SIGN i LAYer APPLication FTAP DRC RATE CONFigure EVDO SIGN i LAYer APPLication FTAP DRC SLOTs Loopback Enable FTAP Configuration Indicates whether the AT under test shal...

Page 74: ...is enabled the AT generates and transmits loopback packets according to the received test packets Not used ACK Channel Bit Fixed mode is disabled the AT decides whether to ACK or NACK the packets This is the recommended setting for RX Measure ment Remote command CONFigure EVDO SIGN i LAYer APPLication FTAP ACK FMODe RTAP Configuration Min Max Data Rate The RTAP protocol specifies the procedures an...

Page 75: ...s the procedures and messages to control the Forward Traffic Channel for subtype 2 signals The packet size forward data rate and the num ber of occupied slots is defined in terms of a Pkt Type number which represents a DRC Index signaled on the control channel sync message together with a packet size Each DRC index comprises a group of packet type indices The largest packet type index per DRC inde...

Page 76: ...12 3 1024 153 6 4 13 4 128 38 4 2 14 4 256 76 8 2 15 4 512 153 6 2 16 4 1024 307 2 2 17 5 512 76 8 4 18 5 1024 153 6 4 19 5 2048 307 2 4 20 6 128 76 8 1 21 6 256 153 6 1 22 6 512 307 2 1 23 6 1024 614 4 1 24 7 512 153 6 2 25 7 1024 307 2 2 26 7 2048 614 4 2 27 8 1024 307 2 2 28 8 3072 921 6 2 29 9 512 307 2 1 30 9 1024 614 4 1 31 9 2048 1228 8 1 32 10 4096 1228 8 2 33 11 1024 614 4 1 34 11 3072 18...

Page 77: ...d traffic channel ACK chan nel transmission is specified in standard 3GPP2 C S0029 B Same logic as for Net work Release 0 see Ack Ch Fixed Mode on page 74 for details Remote command CONFigure EVDO SIGN i LAYer APPLication FETap ACK FMODe Ack Ch Fixed Modulation Type FETAP Configuration Status of the ACK Channel Modulation Type Fixed mode where the AT can select a specific modulation type for the r...

Page 78: ...DO SIGN i LAYer APPLication RETap SMAX SIZE Packet Configuration Preferred Application Selects the packet application the R S CMW initially proposes to the AT during ses sion negotiation See also chapter 2 2 3 2 Packet Applications on page 18 EMPA Enhanced Multi flow Packet Application DPA Default Packet Application Remote command CONFigure EVDO SIGN i LAYer APPLication PACKet PREFerred 2 3 8 4 Ap...

Page 79: ... type can be selected Remote command CONFigure EVDO SIGN i CARRier SETTing CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC TYPE CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC INDex CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC SIZE CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC RATE CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC SLOTs Loopback Enable FMCTAP Configuration Indica...

Page 80: ...affic Channel for subtype 3 signals The logic is the same as for subtype 2 see RETAP Configuration Min Max Packet Size for the relation but in the multi carrier case a different range of possible packet size indices may be defined for each carrier Remote command CONFigure EVDO SIGN i CARRier SETTing CONFigure EVDO SIGN i LAYer APPLication RMCTap SMIN INDex CONFigure EVDO SIGN i LAYer APPLication R...

Page 81: ...er settings for subtype 0 1 Pilot Drop Threshold 81 Reverse Link Frame Offset 81 Redirect Overhead Messages 82 Pilot Drop Threshold Pilot power relative to the total 1xEV DO Power below which the AT starts the pilot supervision timer and eventually announces that it has lost the network connection Remote command CONFigure EVDO SIGN i LAYer CONNection PDTHreshold Reverse Link Frame Offset Delays th...

Page 82: ...mit and for an AT to receive the Control Channel The Access Channel MAC Protocols Default Enhanced provide the procedures followed by the AT to transmit and by the AN to receive the Access Channel The Forward Traffic Channel MAC Protocols Default Enhanced MultiCarrier pro vides the procedures followed by the AN to transmit and by the AT to receive the Forward Traffic Channel The parameters in the ...

Page 83: ...n only no setting Remote command CONFigure EVDO SIGN i LAYer MAC SSEed Max Probe Sequences Access Ch MAC Protocol Maximum number of access probe sequences for a single access attempt Remote command CONFigure EVDO SIGN i LAYer MAC MPSequences Inter Probe Backoff Access Ch MAC Protocol Defines the upper limit of the backoff range in units of Access Cycle Duration defined in the Network section which...

Page 84: ...SC value takes effect one slot after the end of its transmission and stays in effect for DSC Length slots When the DSC channel is transmitted its power is controlled by the DSC Channel Gain This setting applies to the Enhanced Forward Traffic Channel MAC Protocol subtype 2 3 only Remote command CONFigure EVDO SIGN i LAYer MAC EFTProtocol DSC VALue DSC Channel Gain Base Fwd Traffic Ch MAC Protocol ...

Page 85: ...C CGAin ACK Channel Gain Fwd Traffic Ch MAC Protocol Ratio of the power of the Reverse ACK Channel to the power of the Reverse Pilot Channel in 0 5 dB steps This parameter configures MAC protocol for the default for ward traffic channel and enhanced forward traffic channel A different value can be specified for each carrier Remote command CONFigure EVDO SIGN i LAYer MAC DFTProtocol ACK CGAin CONFi...

Page 86: ... SIGN i LAYer MAC DRTProtocol DONom Data Def Rev Traffic Ch MAC Protocol Reverse Traffic Channel power at different data rates relative to the Reverse Pilot Channel power in 0 25 dB steps Remote command CONFigure EVDO SIGN i LAYer MAC DRTProtocol DRATe Increasing Decreasing Transition Def Rev Traffic Ch MAC Protocol The probability of the access terminal to increase decrease its transmission rate ...

Page 87: ...ot Channel for the transmit ted subpackets 0 to 3 The values are negotiated with the AT during Session Negotia tion NEG The RRI Channel Gain value used by the AT depends on the transmission mode high capacity or low latency and the T2P Transition Value The R S CMW forces the AT into high capacity mode for all payload sizes and sets the default T2P Transition Value for high capacity packets Therefo...

Page 88: ...concepts were taken from CDMA2000 The forward link uses TDM Data rates of up to 2 4 Mbps in the forward link and of 153 kbps in the reverse link are possible Release 0 was optimized for asymmetrical data transfers that are tolerant of delays such as web browsing or data downloads Network revision A developed for delay sensitive applications such as VoIP It expands the system capacity to allow forw...

Page 89: ...e Session Open state if it does not receive a signal from the AT The call loss detect timer is armed immediately after the R S CMW enters the Connected state It is started whenever the R S CMW fails to detect a signal from the AT Remote command CONFigure EVDO SIGN i NETWork PROPerty CLDTime AT Forward Packet Activity Percentage of forward packets that the R S CMW directs to the AT under test In ge...

Page 90: ...ps The range of PN offset indi ces is 0 to 511 Different base stations are identified by different PN offsets therefore the AT must be able to determine the PN offset of a base station The PN offset is sent in the Sync Channel Message Remote command CONFigure EVDO SIGN i NETWork SECTor PNOFfset Color Code 8 bit color code of the sector Remote command CONFigure EVDO SIGN i NETWork SECTor CLRCode Su...

Page 91: ... to the System ID SID the S bits contain the 24 bit Sector ID A new X bit pattern is randomly generated every time the forward 1xEV DO signal is turned on This ensures that the R S CMW simu lates a new sector forcing the AT to negotiate a new session Remote command CONFigure EVDO SIGN i NETWork SECTor FORMat ANSI 41 The following parameters configure ANSI 41 Sector ID Bits 23 0 ANSI 41 24 bit sect...

Page 92: ...twork revision A or B is active Fig 2 46 Access probes For background information refer to chapter 2 2 11 Access Probes on page 30 Access Probes 92 Initial Adjust 93 Open Loop Adjust 93 Probe Increment 93 Probes per Sequence 93 Preamble Length 93 Access Cycle Duration 93 Preamble Length Slots 94 Sector Access Max Rate 94 Access Probes Specifies whether the R S CMW acknowledges or ignores access pr...

Page 93: ...R S CMW KS890 Remote command CONFigure EVDO SIGN i NETWork APRobes PINCrement Probes per Sequence Maximum number of access probes ProbeNumStep which ATs are to transmit in a single access probe sequence Setting this parameter requires option R S CMW KS890 Remote command CONFigure EVDO SIGN i NETWork APRobes PPSequence Preamble Length Length in frames of the access probe preamble PreambleLength Set...

Page 94: ... setting is only applicable when the Enhanced Access Channel Protocol is used revision A Setting this parameter requires option R S CMW KS890 Remote command CONFigure EVDO SIGN i NETWork APRobes SAMRate 2 3 9 5 Security Settings This section allows to specify the parameters required for EAP AKA access authenti cation that is required for EMPA and MMPA see also chapter 2 2 3 2 Packet Applica tions ...

Page 95: ...digits sent to the AT in the EAP request AKA challenge message Remote command CONFigure EVDO SIGN i NETWork SECurity SQN 2 3 9 6 Neighbor Cell Settings This section defines neighbor cell information to be broadcast to the AT LTE is the only supported neighbor cell technology in the current release You can define several LTE neighbor cell entries The neighbor cell configuration enables the R S CMW ...

Page 96: ...S890 is required Remote command CONFigure EVDO SIGN i NCELl THRServing Max Reselection Timer Specifies the maximum time for the access terminal to execute the cell reselection The resulting time value in s is displayed for information 2MaxReselectionTimer Option R S CMW KS890 is required Remote command CONFigure EVDO SIGN i NCELl MRTimer Configuration To configure the neighbor cell entries press t...

Page 97: ...get measurement Fig 2 50 Shortcut softkey configuration Select Menu Selects a measurement The corresponding shortcut softkey opens a dialog presenting this measurement as default target or uses the measurement as fixed target Select as Fixed Target Configures and renames the corresponding shortcut softkey Enabled The softkey directly opens the measurement selected via Select Menu Disabled The soft...

Page 98: ...b 106 Throughput View Tab 107 Data View Tab 108 2 3 12 1 Measurement Control The measurement is turned on or off using the ON OFF or RESTART STOP keys See also Measurement Control in the R S CMW user manual chapter System Overview The RX measurements are controlled individually At any time the measurement con trol keys apply only to the selected view s associated measurement To be able to start an...

Page 99: ... EVDO SIGN i THRoughput STATe ALL Data The data measurement is being started and stopped in parallel with the end to end data connection see chapter 2 2 3 End to End Packet Data Connections on page 17 for details or via Reset Statistics hotkey Assign Views Hotkey RX Meas Softkey To enable a measurement assign the corresponding view using the configuration dia log or the softkey hotkey combination ...

Page 100: ...N i RXQuality RSTatistics RF Settings Softkey The RF Settings softkey activates hotkeys that provide convenient access to the most important RF settings from within the 1xEV DO RX Measurement window These settings can also be performed from the 1xEV DO Signaling window and its configuration dialog see chapter 2 3 7 System Settings on page 60 Display Softkey To focus on a particular measurement use...

Page 101: ...t application packet flow As any multi carrier related function this requires option R S CMW KS881 Remote command CONFigure EVDO SIGN i RXQuality CARRier SELect Signaling Parameter Softkey The Signaling Parameter softkey activates hotkeys that provide convenient access to the most important signaling application settings from within the 1xEV DO RX Mea surement window In particular it is possible t...

Page 102: ...ement Configura tion dialog Some hotkeys provide additional settings Measurement Control 102 Limits for PER 104 Suppress Cell Off Message 105 Measurement Control The parameters in the Measurement Control section of the 1xEV DO RX Measure ment Configuration dialog configure the scope of the measurement See also Statistical Settings in the R S CMW user manual chapter System Over view Fig 2 54 1xEV D...

Page 103: ...d results To speed up the single shot measurement it is recommendable to reduce the statistics cycle length defined by the Max Test Packets Sent and set the update period accordingly Remote command CONFigure EVDO SIGN i RXQuality UPERiod Assign Views Enables disables views tabs in the 1xEV DO RX Measurement main window For a disabled view results are neither displayed nor calculated Therefore limi...

Page 104: ...ormed according to its Repetition mode and Transport Blocks settings Use this value for measurements that are essentially intended for checking limits e g pro duction tests Remote command CONFigure EVDO SIGN i RXQuality FLPer SCONdition CONFigure EVDO SIGN i RXQuality RLPer SCONdition Forward Reverse Link PER Max Test Packets Sent Defines the number of test packets to be sent by the R S CMW AT for...

Page 105: ...he AT may pass the limit check before the statis tics cycle is completed Different thresholds can be configured for FL and RL Setting the value to 100 disa bles the limit check including the confidence test Remote command CONFigure EVDO SIGN i RXQuality LIMit FLPer MPER CONFigure EVDO SIGN i RXQuality LIMit RLPer MPER Min Confidence Level Minimum required statistical probability for the PER to be ...

Page 106: ...the selected Test Application the PER view displays the results of the forward or reverse link PER measurement for the selected carrier in multi carrier measurements Below the result table progress information is shown The Status panel gives a description of possible incompatibilities e g in case that no connection is established when the PER measurement is started Fig 2 57 PER tab reverse link GU...

Page 107: ...ty RESult RLPer FETCh EVDO SIGN i RXQuality RLPer READ EVDO SIGN i RXQuality RLPer CALCulate EVDO SIGN i RXQuality RLPer FETCh EVDO SIGN i RXQuality RLPer STATe 2 3 12 4 Throughput View Tab Depending on the selected Test Application the Throughput view displays the results of the forward or reverse link performance measurement for the selected car rier in multi carrier measurements Below the resul...

Page 108: ... RXQuality FLPFormance STATe Reverse Link Performance FETCh EVDO SIGN i RXQuality RLPFormance READ EVDO SIGN i RXQuality RLPFormance CALCulate EVDO SIGN i RXQuality RLPFormance FETCh EVDO SIGN i RXQuality RLPFormance STATe 2 3 12 5 Data View Tab This view displays the RLP IP statistics of a packet data connection The data mea surement starts and stops automatically with the end to end data connect...

Page 109: ...ripting commands comment Adds a comment to the source code of the script remark Adds a remark to the output of the script WHILE query value Waits until the query returns a certain value e g a specific state is reached WAITKEY message Displays a dialog box with a message and wait until the box is closed by the user See also Remote Control in the R S CMW user manual General Configuration 109 RX Meas...

Page 110: ...al Settings System Reset RST OPC CLS OPC Define paths for a standard cell with or without fading including signal routing and external attenuation Alternatively select hybrid mode Send only one of the scenario commands ROUTe EVDO SIGN SCENario SCELl RF2C RX1 RF2C TX1 ROUTe EVDO SIGN SCENario SCFading RF2C RX1 RF2C TX1 IQ2O ROUTe EVDO SIGN SCENario HMODe RF2C RX1 RF2C TX1 SOURce EVDO SIGN RFSetting...

Page 111: ...EVDO SIGN CARRier CHANnel 160 CONFigure EVDO SIGN CARRier FLFRequency CONFigure EVDO SIGN CARRier RLFRequency CONFigure EVDO SIGN CARRier SETTing 2 CONFigure EVDO SIGN CARRier CHANnel 170 CONFigure EVDO SIGN CARRier CHANnel CONFigure EVDO SIGN CARRier FLFRequency CONFigure EVDO SIGN CARRier RLFRequency Set the main carrier s power and query total power including AWGN CONFigure EVDO SIGN RFPower EV...

Page 112: ...lly Query overall ID CONFigure EVDO SIGN SECTor SETTing CONFigure EVDO SIGN NETWork SECTor PNOFfset 255 CONFigure EVDO SIGN NETWork SECTor CLRCode 25 CONFigure EVDO SIGN NETWork SECTor SMASk 106 CONFigure EVDO SIGN NETWork SECTor CNTCode 262 CONFigure EVDO SIGN NETWork SECTor FORMat A41N CONFigure EVDO SIGN NETWork SECTor ID ANSI H0000FF CONFigure EVDO SIGN NETWork SECTor NPBits 32 CONFigure EVDO ...

Page 113: ...the EAP AKA access set the EAP AKA key the operator variant key the authentication management field and the sequence number CONFigure EVDO SIGN NETWork SECurity SKEY H0123456789ABCDEF0123456789ABCDEF CONFigure EVDO SIGN NETWork SECurity OPC H0123456789ABCDEF0123456789ABCDEF CONFigure EVDO SIGN NETWork SECurity AUTHenticat H00FF CONFigure EVDO SIGN NETWork SECurity SQN H0123456789AB Configure resel...

Page 114: ...figure AWGN insertion enable AWGN and set a signal to noise ratio and low limit for the noise bandwith to system bandwidth ratio Query power of AWGN within channel noise level within the DL channel power of noise totally and total power of signal plus noise CONFigure EVDO SIGN FADing AWGN ENABle ON CONFigure EVDO SIGN FADing AWGN SNRatio 50 CONFigure EVDO SIGN FADing AWGN BWIDth RATio 10 CONFigure...

Page 115: ...resulting min max data rate CONFigure EVDO SIGN LAYer APPLication RTAP RMIN INDex 2 CONFigure EVDO SIGN LAYer APPLication RTAP RMAX INDex 4 CONFigure EVDO SIGN LAYer APPLication RTAP RMIN RATE CONFigure EVDO SIGN LAYer APPLication RTAP RMAX RATE FETAP configuration network revision A select the preferred application EMPA set the packet type get the resulting DRC index and packet size data rate and...

Page 116: ...n FMCTap DRC TYPE 15 CONFigure EVDO SIGN LAYer APPLication FMCTap DRC INDex CONFigure EVDO SIGN LAYer APPLication FMCTap DRC SIZE CONFigure EVDO SIGN LAYer APPLication FMCTap DRC RATE CONFigure EVDO SIGN LAYer APPLication FMCTap DRC SLOTs CONFigure EVDO SIGN LAYer APPLication FMCTap LBACk ENABle CONFigure EVDO SIGN LAYer APPLication FMCTap ACK MTYPe CONFigure EVDO SIGN LAYer APPLication FMCTap ACK...

Page 117: ...ATe R768 CONFigure EVDO SIGN LAYer MAC MPSequences 5 CONFigure EVDO SIGN LAYer MAC IPBackoff 5 CONFigure EVDO SIGN LAYer MAC IPSBackoff 10 Configure forward traffic channel MAC protocol for subtype 0 1 set DRC length DRC cover DRC and ACK channel gain CONFigure EVDO SIGN LAYer MAC DFTProtocol DRC LENGth 8 CONFigure EVDO SIGN LAYer MAC DFTProtocol DRC COVer 4 CONFigure EVDO SIGN LAYer MAC DFTProtoc...

Page 118: ...ocol DRC CGAin 1 CONFigure EVDO SIGN LAYer MAC EFTProtocol ACK CGAin 1 CONFigure EVDO SIGN CARRier SETTing 1 CONFigure 2 4 1 7 Sending Date and Time Information to the AT Select a time source and configure date time and offset 1h Adjust leap seconds 1s Query time offset from UTC in hexadecimal format Send the information to the AT now CONFigure EVDO SIGN SYSTem TSOurce DATE CONFigure EVDO SIGN SYS...

Page 119: ... for performing measurements and evaluat ing information provided by the AT Refer to the following sections for examples chapter 2 4 1 10 Query AT related Information on page 120 chapter 2 4 1 12 Handoff on page 120 2 4 1 9 Query Carrier Acquisition Status Query the status of carriers 1 and 2 Network Release B Subtype 3 CONFigure EVDO SIGN CSTatus PLSubtype CONFigure EVDO SIGN PILot SETTing 1 CONF...

Page 120: ...1 8 Setting up a Connection on page 118 Configure reverse power control of the AT select the power control bits according to the Pattern select the step size and configure the segment bits and segment lenth for the continuous pattern execution Start the power control After the measurement switch off the pattern execution CONFigure EVDO SIGN RPControl PCBits PATT CONFigure EVDO SIGN RPControl SSIZe...

Page 121: ...nel 260 CONFigure EVDO SIGN HANDoff CARRier FLFRequency CONFigure EVDO SIGN HANDoff CARRier RLFRequency CONFigure EVDO SIGN NETWork PILot AN ACTive ON CONFigure EVDO SIGN NETWork PILot AT ASSigned OFF Initiate handoff CALL EVDO SIGN HANDoff STARt 2 4 1 13 Configuring Message Monitoring Enable message monitoring for 1xEV DO Select address number 2 from the global logging PC address pool Query the c...

Page 122: ...evaluations to 1s switch on a forward link PER view reverse link throughput view and a data view CONFigure EVDO SIGN RXQuality UPERiod 1 CONFigure EVDO SIGN RXQuality RESult FLPer ON CONFigure EVDO SIGN RXQuality RESult RLPFormance ON CONFigure EVDO SIGN RXQuality RESult IPSTatistics ON 2 4 2 2 Configure PER Measurements Define the repetition mode for both directions CONFigure EVDO SIGN RXQuality ...

Page 123: ...s CONFigure EVDO SIGN RXQuality THRoughput REPetition CONTinuous Set the duration CONFigure EVDO SIGN RXQuality FLPFormance MFRames 1000 CONFigure EVDO SIGN RXQuality RLPFormance MFRames 1000 2 4 2 4 Setting up the Connection To set up the connection see chapter 2 4 1 8 Setting up a Connection on page 118 2 4 2 5 Perform Forward Link Measurements Make sure the Forward test application is running e...

Page 124: ...has been collected retrieve scalar results for the available carriers Query the measurement state should be OK Query the measurement state should be RDY CONFigure EVDO SIGN RXQuality RESult RLPer ON INIT EVDO SIGN PER CONFigure EVDO SIGN RXQuality CARRier SELect 0 FETCh EVDO SIGN RXQuality RLPer CONFigure EVDO SIGN RXQuality CARRier SELect 1 FETCh EVDO SIGN RXQuality RLPer FETCh EVDO SIGN RXQualit...

Page 125: ...lity IPSTatistics RACK SENSe EVDO SIGN RXQuality IPSTatistics NAK SENSe EVDO SIGN RXQuality IPSTatistics SUMMary SENSe EVDO SIGN RXQuality IPSTatistics PPPTotal SENSe EVDO SIGN RXQuality IPSTatistics DRATe SENSe EVDO SIGN RXQuality IPSTatistics STATe 2 5 Command Reference The following sections provide detailed reference information on the remote control commands of the 1xEV DO Signaling applicati...

Page 126: ...ined enabled for this result ULEU User limit exceeded upper An upper limit is violated The FETCh result is located above the limit ULEL User limit exceeded lower A lower limit is violated The FETCh result is located below the limit See also Retrieving Measurement Results in the R S CMW user manual chapter Remote Control 2 5 1 3 Values for Signal Path Selection To select an RF path you must specify...

Page 127: ...ise the command usage is stated as follows Setting only command can only be used to set parameters Query only command can only be used to query parameters Event command initiates an event Parameter usage The parameter usage is indicated by the keyword preceding the parameter s Parameters are sent with a setting or query command and are returned as the result of a query Setting parameters are only ...

Page 128: ...al level too low frequency out of range or reference signal not available at all 16 RF Not Available The measurement could not be started because the configured RF input path was not active This problem may occur e g when a measurement is started in com bined signal path mode and the master application has not yet activated the input path The LEDs above the RF connectors indicate whether the input...

Page 129: ...r than the available memory 46 ARB Sample Rate out of Range The clock rate of the ARB file is either too high or too low 47 ARB Cycles out of Range The repetition mode equals Single Shot and the playback length is greater than 40 s Please reduce the playback length or set the repetition mode to Continuous Length Cycles Samples Additional Samples Clock Rate 50 Startup Error The Data Application Uni...

Page 130: ...performed due to internal conflicting parameter settings A good approach to localize the conflicting settings is to start with a reset or preset or even restore the factory default settings Then reconfigure the measurement step by step and check when the error occurs for the first time If you need assistance to localize the conflicting parameter settings please contact Rohde Schwarz see http www s...

Page 131: ... the cell off or on Setting parameters Control ON OFF Switch generator ON or OFF RST OFF Return values GeneratorState OFF PENDing ON OFF generator switched off PEND generator switched on but no signal available yet ON generator switched on signal available RST OFF Example See General Configuration Firmware Software V1 0 15 0 Manual operation See Cell on page 45 SOURce EVDO SIGN i STATe ALL Returns...

Page 132: ...States on page 24 Setting parameters CSAction CONNect DISConnect CLOSe HANDoff Transition between connection states Example See Setting up a Connection Usage Event Firmware Software V1 0 15 0 Mode All connection states Manual operation See Connection Control Hotkeys on page 50 FETCh EVDO SIGN i CSWitched STATe Returns the connection state of an 1xEV DO connection Use CALL EVDO SIGN i CSWitched ACT...

Page 133: ...selected net work release CONFigure EVDO SIGN i NETWork RELease with release 0 the R S CMW uses subtype 0 with revision A the R S CMW uses subtype 2 with revision B and more than 1 active carrier the R S CMW uses subtype 3 oth erwise it uses subtype 2 Return values PLSubtype ST01 ST2 ST3 Physical layer subtype 0 1 2 or 3 RST ST2 Example See Query Carrier Acquisition Status Usage Query only Firmwar...

Page 134: ...gure EVDO SIGN i CSTatus MODE Queries the negotiated packet standard of the current connection Return values Mode EHRPd HRPD Enhanced HRPD or High Rate Packet Data HRPD Example See Setting up a Connection Usage Query only Firmware Software V3 2 80 Manual operation See Negotiated Mode on page 46 CONFigure EVDO SIGN i CSTatus AFLCarriers Queries the current state of a forward link carrier The relate...

Page 135: ...DO SIGN i CARRier SETTing command Note that a carrier can only be active on the AT if it is enabled on the cell using CONFigure EVDO SIGN i NETWork PILot AN ACTive assigned to the AT using CONFigure EVDO SIGN i NETWork PILot AT ASSigned Return values ActRevLinkCarr ACTive NACTive NCConnected DISabled ACTive The carrier is assigned to the AT and the traffic channel is active NACTive The carrier is ...

Page 136: ...Le 138 CONFigure EVDO SIGN i CSTatus PCCHannel ENABle 138 CONFigure EVDO SIGN i CSTatus ILCMask 138 CONFigure EVDO SIGN i CSTatus QLCMask 139 SENSe EVDO SIGN i ATADdress IPV n 139 SENSe EVDO SIGN i TEST RX POWer STATe Queries the the quality of the RX signal from the connected AT Return values State NAV LOW OK HIGH NAV no signal from AT detected LOW the AT power is below the expected range OK the ...

Page 137: ... 15 0 Manual operation See ESN on page 47 CONFigure EVDO SIGN i CSTatus MEID Queries the Mobile Equipment Identifier of the connected AT Return values MEID 14 digit hexadecimal number Range H0 to HFFFFFFFFFFFFFF 14 digits Example See Query AT related Information Usage Query only Firmware Software V1 0 15 0 Manual operation See MEID on page 48 CONFigure EVDO SIGN i TEST CSTatus ESN ESN Sets the har...

Page 138: ...es Example See Query AT related Information Usage Query only Firmware Software V1 0 15 0 Manual operation See Preferred Ctrl Ch Cycle on page 48 CONFigure EVDO SIGN i CSTatus PCCHannel ENABle Queries the state of the Preferred Control Channel Enable flag The flag indicates whether or not the AT selects the Preferred Control Channel Cycle Return values Enable OFF ON Example See Query AT related Inf...

Page 139: ...n See Long Code Mask I and Q on page 48 SENSe EVDO SIGN i ATADdress IPV n Returns the IPv4 address n 4 or the IPv6 prefix n 6 assigned to the AT by the DAU Suffix n 4 6 Return values IPAddress IP address prefix as string Example See Query AT related Information Usage Query only Firmware Software V3 0 11 Manual operation See AT IPv4 Address IPv6 Prefix on page 48 2 5 4 Instance Pre Selection Some r...

Page 140: ...e carrier to which subsequent CARRier related commands shall apply Parameters SetCarrier Range 0 to 2 RST 0 Example See Specifying General Settings Firmware Software V2 1 20 Options R S CMW KS881 Manual operation See RF Frequency on page 65 CONFigure EVDO SIGN i PILot SETTing SetPilot Sets gets the pilot to which subsequent PILot related commands shall apply Parameters SetPilot Range 0 to 2 RST 0 ...

Page 141: ...AC KPCS N45T IM2K NA7C B18M NA9C NA8S PA4M PA8M IEXT USPC AWS U25B U25F PS7C LO7C RST USC Example See Handoff Firmware Software V1 0 15 0 Mode Connection state CONN Manual operation See Handoff Hotkey on page 51 CONFigure EVDO SIGN i HANDoff CHANnel Channel Sets gets the main RF channel the only one for Network Releases 0 A in the handoff destination cell Parameters Channel The reset value and the...

Page 142: ... The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command This frequency is determined by the handoff destination cell s main carrier channel and the related carrier s channel offset Return values CFwdLinkFreq Range 100E 6 Hz to 6 1E 9 Hz Example See Handoff Usage Query only Firmware Software V2 1 20 Options Multi carrier support requires R S CMW KS881 Man...

Page 143: ...are V2 1 20 Options R S CMW KS881 Manual operation See Handoff Hotkey on page 51 CONFigure EVDO SIGN i HANDoff NETWork PILot AN ACTive ActiveOnAN Sets gets the state of a pilot in the handoff destination cell The related pilot has to be pre selected using the CONFigure EVDO SIGN i PILot SETTing command Parameters ActiveOnAN OFF ON When set to OFF the related carrier is physically disabled on the h...

Page 144: ...o the previously configured destination cell After the handoff the destination cell settings replace the current cell settings Example See Handoff Usage Event Firmware Software V1 0 15 0 Mode Connection state CONN Manual operation See Handoff Hotkey on page 51 2 5 6 System Settings The following commands configure the RF input and output paths Signal Routing 144 Internal Fading 150 RF Frequency 15...

Page 145: ...For possible connector and converter values see chapter 2 5 1 3 Values for Signal Path Selection on page 126 Return values Scenario SCEL HMODe SCFading SCEL Standard Cell HMOD Hybrid Mode SCFading Standard Cell Fading Controller For future use returned value not relevant RXConnector RF connector for the input path RXConverter RX module for the input path TXConnector RF connector for the output pat...

Page 146: ...r values see chapter 2 5 1 3 Values for Signal Path Selection on page 126 Parameters RXConnector RF connector for the input path RXConverter RX module for the input path TXConnector RF connector for the output path TXConverter TX module for the output path Example See General Configuration Firmware Software V2 0 10 Manual operation See Scenario Fading on page 53 ROUTe EVDO SIGN i SCENario HMODe RX...

Page 147: ...r TX module for the output path Example See Configuring Internal Fading Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Scenario Fading on page 53 ROUTe EVDO SIGN i SCENario SCFading EXTernal RXConnector RXConverter TXConnector TXConverter IQConnector Activates the Standard Cell Fading External scenario and selects the signal paths For possible connector and ...

Page 148: ...TX EATTenuation TXExtAtt Defines an external attenuation or gain if the value is negative to be applied to the RF output connector Parameters TXExtAtt Range 50 dB to 90 dB RST 0 dB Default unit dB Example See Specifying General Settings Firmware Software V1 0 15 0 Manual operation See External Attenuation on page 60 SOURce EVDO SIGN i RFSettings RX EATTenuation RXExtAtt Defines an external attenua...

Page 149: ... 60 CONFigure EVDO SIGN i IQIN PATH n PEP Level Specifies properties of the baseband signal at the I Q input Suffix n 1 2 Selects the path to be configured Parameters PEP Peak envelope power of the incoming baseband signal Range 60 dBFS to 0 dBFS Default unit dBFS Level Average level of the incoming baseband signal without noise Range depends on crest factor and level of outgoing base band signal ...

Page 150: ...nds configure the fading simulator of the internal fader CONFigure EVDO SIGN i FADing FSIMulator ENABle 150 CONFigure EVDO SIGN i FADing FSIMulator GLOBal SEED 150 CONFigure EVDO SIGN i FADing FSIMulator ILOSs LOSS 151 CONFigure EVDO SIGN i FADing FSIMulator ILOSs MODE 151 CONFigure EVDO SIGN i FADing FSIMulator RESTart 151 CONFigure EVDO SIGN i FADing FSIMulator RESTart MODE 152 CONFigure EVDO SI...

Page 151: ...onfiguring Internal Fading Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Insertion Loss on page 58 CONFigure EVDO SIGN i FADing FSIMulator ILOSs MODE InsertLossMode Sets the insertion loss mode Parameters InsertLossMode NORMal USER NORMal the insertion loss is determined by the fading profile USER the insertion loss can be adjusted by the user RST NORM Exam...

Page 152: ... R S CMW KE100 and R S CMW KE800 Manual operation See Restart Event on page 57 CONFigure EVDO SIGN i FADing FSIMulator STANdard Standard Selects one of the propagation condition defined in the table 6 4 1 1 of 3GPP2 C S0032 Parameters Standard P1 P2 P3 P4 P5 EVDO1 to EVDO5 P1 Two paths speed 15 km h band classes 5 11 8 km h other band classes P2 One path speed 3 km h exception 6 km h for band clas...

Page 153: ...ions R S CMW KE100 and R S CMW KE800 Manual operation See Noise System BW Power on page 58 CONFigure EVDO SIGN i FADing POWer NOISe TOTal Queries the total noise power Return values NoisePower Default unit dBm Example See Configuring Internal Fading Usage Query only Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Noise Total BW Power on page 58 CONFigure EVDO...

Page 154: ...e V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Noise Bandwidth on page 59 CONFigure EVDO SIGN i FADing AWGN BWIDth RATio Ratio Queries the AWGN minimal noise to system bandwidth ratio for the AWGN inserted via the internal fading module Parameters Ratio Range 1 to 250 Example See Configuring Internal Fading Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 M...

Page 155: ...800 Manual operation See Signal Noise Ratio on page 59 2 5 6 3 RF Frequency The following commands define the frequency of the 1xEV DO forward link signal CONFigure EVDO SIGN i RFSettings BCLass 155 CONFigure EVDO SIGN i RFSettings CHANnel 156 CONFigure EVDO SIGN i RFSettings FLFRequency 157 CONFigure EVDO SIGN i RFSettings RLFRequency 157 CONFigure EVDO SIGN i RFSettings FREQuency 157 CONFigure E...

Page 156: ... BC 16 US 2 5 GHz Band U25F BC 17 US 2 5 GHz Forward PS7C BC 18 Public Safety Band 700 MHz LO7C BC 19 Lower 700 MHz RST USC Example See Specifying General Settings Firmware Software V1 0 15 0 Manual operation See Band Channel Frequency on page 62 CONFigure EVDO SIGN i RFSettings CHANnel Channel Sets gets the main RF channel the only one for Network Releases 0 A for 1xEV DO signaling tests The rese...

Page 157: ...rse link frequency depending on the selected band class and channel CONFigure EVDO SIGN i RFSettings BCLass CONFigure EVDO SIGN i RFSettings CHANnel Return values Frequency Range 0 Hz to 6 1E 9 Hz RST 833 49E 6 Hz Default unit Hz Example See Specifying General Settings Usage Query only Firmware Software V1 0 15 0 Manual operation See Band Channel Frequency on page 62 CONFigure EVDO SIGN i RFSettin...

Page 158: ...ure EVDO SIGN i RFPower OUTPut 159 CONFigure EVDO SIGN i RFPower EPMode 159 CONFigure EVDO SIGN i RFPower MANual 159 CONFigure EVDO SIGN i RFPower EXPected 160 CONFigure EVDO SIGN i RFPower MODE AWGN 160 CONFigure EVDO SIGN i RFPower LEVel AWGN 160 CONFigure EVDO SIGN i RFPower EVDO EVDOPower Defines the absolute power of the generated forward 1xEV DO signal excluding a pos sible AWGN contribution...

Page 159: ...werMode Selects the algorithm which the tester uses to configure its input path Parameters ExpPowerMode MANual OLRule MAX MIN AUTO MANual Manual setting according to CONFigure EVDO SIGN i RFPower MANual OLRule According to open loop rule MAX Maximum AT power MIN Minimum AT power AUTO Autoranging according to received signal RST OLR Example See chapter 2 4 1 1 Specifying General Settings on page 11...

Page 160: ... SIGN i RFPower LEVel AWGN depends on the operating mode Parameters AWGNMode NORMal HPOWer Normal or High Power AWGN mode RST NORM Example See Specifying General Settings Firmware Software V1 0 15 0 Options High Power mode requires R S CMW KS890 Manual operation See AWGN Mode on page 64 CONFigure EVDO SIGN i RFPower LEVel AWGN AWGNLevel Sets gets the state and level of the AWGN generator relative ...

Page 161: ...igure EVDO SIGN i NETWork PILot AN ACTive 164 CONFigure EVDO SIGN i NETWork PILot AT ASSigned 164 CONFigure EVDO SIGN i NETWork PILot AT ACQuired 164 CONFigure EVDO SIGN i CARRier CHANnel CarrierChannel Sets gets the channel for a carrier in the sector implemented by the signaling applica tion The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command Parame...

Page 162: ...ted by the signaling application The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command This frequency is determined by the cell s main carrier channel and the related carrier s channel offset Return values CRevLinkFreq Range 100E 6 Hz to 6 1E 9 Hz Example See Specifying General Settings Usage Query only Firmware Software V2 1 20 Options Multi carrier co...

Page 163: ... return value 0 for carrier 0 set ting the relative 1xEV DO power is only possible for carriers 1 and 2 Parameters LevelRelative The level is relative to the main carrier s absolute power Range 20 dB to 0 dB RST 0 dB Default unit dB Example See Specifying General Settings Firmware Software V2 1 20 Options R S CMW KS881 for multi carrier configurations Manual operation See RF Level on page 66 CONFi...

Page 164: ... SIGN i NETWork PILot AT ASSigned AssignedToAT Sets gets the assignment state of a pilot Assigning a pilot to the AT adds the pilot to the AT s active set managed by the AN via TrafficChannelAssignment messages The related pilot has to be pre selected using the CONFigure EVDO SIGN i PILot SETTing command Parameters AssignedToAT OFF ON A pilot can only be assigned to the AT if it is activated on th...

Page 165: ...n See Pilot on page 66 2 5 6 6 Forward Traffic Channel The following commands define the preamble MAC indices that the R S CMW trans mits on the forward traffic channels CONFigure EVDO SIGN i MAC INDex Rev0 RevA RevB Sets gets a pilot s associated carrier s MAC index The related pilot has to be pre selected using the CONFigure EVDO SIGN i PILot SETTing command Parameters Rev0 Range 5 to 63 RST 8 i...

Page 166: ...AUP ADOWn HOLD PATTern AUTO Active closed loop power control AUP Power up bits ADOW Power down bits HOLD Alternating power up and power down bits PATT Sends the user specific segment bits executed by CONFigure EVDO SIGN i RPControl RUN RST AUTO Example See Configuring Reverse Power Control Setup Firmware Software V1 0 15 0 V3 2 80 added PATT Options R S CMW K890 required for PATTern Manual operati...

Page 167: ...ONFigure EVDO SIGN i RPControl SEGMent no BITS SegmentBits Sets the user specific power control bits Suffix no 1 4 Segment number Parameters SegmentBits DOWN UP ALTernating All 0 all 1 or alternating Example See Configuring Reverse Power Control Setup Firmware Software V3 2 80 Options R S CMW K890 Manual operation See Segments on page 68 CONFigure EVDO SIGN i RPControl SEGMent no LENGth SegmentLen...

Page 168: ...re EVDO SIGN i SYSTem DATE 169 CONFigure EVDO SIGN i SYSTem TIME 169 CONFigure EVDO SIGN i SYSTem LTOFfset 169 CONFigure EVDO SIGN i SYSTem LTOFfset HEX 170 CONFigure EVDO SIGN i SYSTem LSEConds 170 CONFigure EVDO SIGN i SYSTem SYNC 171 CONFigure EVDO SIGN i SYSTem ATIMe 171 CONFigure EVDO SIGN i SYSTem TSOurce SourceTime Queries sets the time source for the derivation of the CMDA system time Para...

Page 169: ...YSTem TIME Hour Minute Second Time setting for CDMA system time source Date Time see CONFigure EVDO SIGN i SYSTem TSOurce Parameters Hour Range 0 to 23 RST 11 Minute Range 0 to 59 RST 11 Second Range 0 to 59 RST 0 Example See Sending Date and Time Information to the AT Firmware Software V3 0 10 Manual operation See Date Time on page 69 CONFigure EVDO SIGN i SYSTem LTOFfset Sign Hour Minute Defines...

Page 170: ...ording to he local time zone Return values LocalTimeOffHex LocalTimeOffset sign h abs h 60 m AND 1UL 11 1 Range H000 to HFFF RST H0 Example See Sending Date and Time Information to the AT Usage Query only Firmware Software V3 0 20 Options R S CMW KS890 Manual operation See Local Time Offset on page 69 CONFigure EVDO SIGN i SYSTem LSEConds LeapSeconds Adjusts track of leap second correction to UTC ...

Page 171: ...g is performance critical because applying the time at signal ON will cost 3 4 seconds Parameters ApplyTimeAt SUSO EVER NEXT SUSO Signaling Unit Startup Only the time setting will only be applied when the SUU starts up EVER the time setting will be applied at every signal ON NEXT the time setting will be applied at next signal ON note that after the next signal ON the R S CMW switches back to SUSO...

Page 172: ...D Example See Configuring the Test Application Firmware Software V1 0 15 0 V3 0 10 modified command syntax token TEST removed PACKet mode added Options PACKet mode requires R S CMW KA100 Manual operation See Application on page 71 CONFigure EVDO SIGN i APPLication Stream Queries the stream occupied by the configured session application see CONFigure EVDO SIGN i APPLication MODE on page 172 Setting...

Page 173: ...se 0 signals CONFigure EVDO SIGN i LAYer APPLication FTAP DRC INDex 173 CONFigure EVDO SIGN i LAYer APPLication FTAP DRC RATE 174 CONFigure EVDO SIGN i LAYer APPLication FTAP DRC SLOTs 174 CONFigure EVDO SIGN i LAYer APPLication FTAP LBACk ENABle 174 CONFigure EVDO SIGN i LAYer APPLication FTAP ACK FMODe 175 CONFigure EVDO SIGN i LAYer APPLication RTAP RMIN INDex 175 CONFigure EVDO SIGN i LAYer AP...

Page 174: ... page 73 CONFigure EVDO SIGN i LAYer APPLication FTAP DRC SLOTs Queries the slot count for the selected FTAP data rate index CONFigure EVDO SIGN i LAYer APPLication FTAP DRC INDex Return values DRCSlots Range 1 to 16 RST 16 Example See Application Layer Usage Query only Firmware Software V1 0 15 0 Manual operation See DRC on page 73 CONFigure EVDO SIGN i LAYer APPLication FTAP LBACk ENABle Indicat...

Page 175: ...TE to query the corresponding data rate Parameters RMinIndex Range 0 to 5 RST 1 Example See Application Layer Firmware Software V1 0 15 0 Manual operation See RTAP Configuration Min Max Data Rate on page 74 CONFigure EVDO SIGN i LAYer APPLication RTAP RMIN RATE Queries the data rate for the selected minimum data rate index CONFigure EVDO SIGN i LAYer APPLication RTAP RMIN INDex Return values RMinR...

Page 176: ... APPLication FETap DRC TYPE 176 CONFigure EVDO SIGN i LAYer APPLication FETap DRC INDex 177 CONFigure EVDO SIGN i LAYer APPLication FETap DRC SIZE 177 CONFigure EVDO SIGN i LAYer APPLication FETap DRC RATE 177 CONFigure EVDO SIGN i LAYer APPLication FETap DRC SLOTs 178 CONFigure EVDO SIGN i LAYer APPLication FETap LBACk ENABle 178 CONFigure EVDO SIGN i LAYer APPLication FETap ACK FMODe 178 CONFigu...

Page 177: ...i LAYer APPLication FETap DRC SIZE Queries the packet size for FETAP packets depending on the selected packet type CONFigure EVDO SIGN i LAYer APPLication FETap DRC TYPE Return values DRCSize Range 128 to 5120 RST 128 Example See Application Layer Usage Query only Firmware Software V1 0 15 0 Manual operation See DRC on page 75 CONFigure EVDO SIGN i LAYer APPLication FETap DRC RATE Queries the data...

Page 178: ...ues LBack OFF ON Example See Application Layer Usage Query only Firmware Software V1 0 15 0 Manual operation See Loopback Enable on page 77 CONFigure EVDO SIGN i LAYer APPLication FETap ACK FMODe FMode Configures the ACK channel in the reverse signal that the AT uses to acknowledge not acknowledge test packets received on the forward traffic channel Parameters FMode NUSed AALWays NAALways Not used...

Page 179: ...0 Manual operation See RETAP Configuration Min Max Packet Size on page 77 CONFigure EVDO SIGN i LAYer APPLication RETap SMIN SIZE Queries the minimum RETAP test packet size This is determined by the selected mini mum packet size index CONFigure EVDO SIGN i LAYer APPLication RETap SMIN INDex Return values MinSize Range 0 bits to 12 288E 3 bits RST 128 bits Example See Application Layer Usage Query ...

Page 180: ...ation See RETAP Configuration Min Max Packet Size on page 77 CONFigure EVDO SIGN i LAYer APPLication PACKet PREFerred PrefApplication Selects the packet application the R S CMW initially proposes to the AT during ses sion negotiation See chapter 2 2 3 2 Packet Applications on page 18 for details Parameters PrefApplication DPA EMPA EMPA Enhanced Multi flow Packet Application DPA Default Packet Appl...

Page 181: ... SIGN i LAYer APPLication FMCTap DRC TYPE DRCType Selects the type of FMCTAP test packets that shall be sent on a carrier The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command Use the queries in the DRC subsystem to query the corresponding DRC index packet size data rate and slot count Parameters DRCType Range 1 to 37 RST 1 Example See Application Layer...

Page 182: ...ge 79 CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC RATE Queries the data rate of the FMCTAP test packet stream sent on a particular carrier The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command The data rate is determined by the selected packet type CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC TYPE Return values DRCRate Range 4 8 kbit s to 3...

Page 183: ...o provide Packet Error Rate PER information Return values LBack OFF ON Example See Application Layer Usage Query only Firmware Software V2 1 20 Options R S CMW KS881 Manual operation See Loopback Enable on page 79 CONFigure EVDO SIGN i LAYer APPLication FMCTap ACK FMODe FMode Configures the ACK channel bit fixed mode see 3GPP2 C S0029 for a carrier The related carrier has to be pre selected using ...

Page 184: ...ets on this carrier The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command Use CONFigure EVDO SIGN i LAYer APPLication RETap SMIN SIZE to query the corresponding packet size Parameters MinIndex Range 0 to 12 RST 1 Example See Application Layer Firmware Software V2 1 20 Options R S CMW KS881 Manual operation See RMCTAP Configuration Min Max Packet Size on...

Page 185: ...ge 1 to 12 RST 1 Example See Application Layer Firmware Software V2 1 20 Options R S CMW KS881 Manual operation See RMCTAP Configuration Min Max Packet Size on page 80 CONFigure EVDO SIGN i LAYer APPLication RMCTap SMAX SIZE Queries the maximum RMCTAP test packet size on a carrier The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command The maximum packet ...

Page 186: ...ion SNINcluded SNIncluded Specifies whether the ATISubnetMask field and the UATI104 field are included in the UATI Assignment Message Parameters SNIncluded OFF ON RST OFF Example See Session Layer Firmware Software V1 0 15 0 Manual operation See Subnet Included on page 81 2 5 8 5 Connection Layer The following parameters configure the connection layer All settings are valid for sub type 0 1 and fo...

Page 187: ...xample See Connection Layer Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Reverse Link Frame Offset on page 81 CONFigure EVDO SIGN i LAYer CONNection ROMessages ROMessages Sets the Redirect bit in the QuickConfig Message of the Overhead Messages Protocol to 1 Parameters ROMessages OFF ON RST OFF Example See Connection Layer Firmware Software V1 0 15 0 Options R S CMW KS890...

Page 188: ...NFigure EVDO SIGN i LAYer MAC DRTProtocol DONom 193 CONFigure EVDO SIGN i LAYer MAC DRTProtocol DRATe 193 CONFigure EVDO SIGN i LAYer MAC DRTProtocol ITRansition 194 CONFigure EVDO SIGN i LAYer MAC DRTProtocol DTRansition 194 CONFigure EVDO SIGN i LAYer MAC DRATe DataRate Defines the data rate for asynchronous control channels Parameters DataRate R384 R768 RST R384 Example See MAC Layer Firmware S...

Page 189: ...be Backoff on page 83 CONFigure EVDO SIGN i LAYer MAC IPSBackoff IPSBackoff Defines the upper limit of the backoff range in units of Access Cycle Duration defined in the Network section which the AT uses between access probe sequen ces Parameters IPSBackoff Range 1 to 15 RST 8 Example See MAC Layer Firmware Software V1 0 15 0 Manual operation See Inter Probe Sequence Backoff on page 83 CONFigure E...

Page 190: ... and 3 signals only Parameters DSCValue Range 1 to 7 RST 4 Example See MAC Layer on page 117 Firmware Software V1 0 15 0 Manual operation See DSC Value on page 84 CONFigure EVDO SIGN i LAYer MAC EFTProtocol DSC CGAin DSCChGain Sets the power of the Reverse DSC relative to the power of the Reverse Pilot Channel for subtype 2 and 3 signals only Parameters DSCChGain Range 15 5 dB to 0 dB Increment 0 ...

Page 191: ...lti carrier support requires option R S CMW KS881 Manual operation See DRC Length on page 84 CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC CGAin DRCCGain Defines the ratio of the power of the Reverse Data Rate Control Channel to the power of the Reverse Pilot Channel for subtype 0 1 signals only Parameters DRCCGain Range 9 dB to 6 dB Increment 0 5 dB RST 2 dB Default unit dB Example See MAC Laye...

Page 192: ...o 6 dB Increment 0 5 dB RST 1 5 dB Default unit dB Example See MAC Layer Firmware Software V1 0 15 0 Manual operation See ACK Channel Gain on page 85 CONFigure EVDO SIGN i LAYer MAC EFTProtocol ACK CGAin ACKCGain Defines the ratio of the power of the Reverse ACK Channel to the power of the Reverse Pilot Channel on a carrier for subtype 2 and 3 signals only The related carrier has to be pre selecte...

Page 193: ...on See Data Offset Nom on page 86 CONFigure EVDO SIGN i LAYer MAC DRTProtocol DRATe R9K R19K R38K R76K R153K Defines the ratio of the Reverse Traffic Channel power at different data rates to the Reverse Pilot Channel power Parameters R9K Range 2 dB to 1 75 dB Increment 0 25 dB RST 0 dB Default unit dB R19K Range 2 dB to 1 75 dB RST 0 dB Default unit dB R38K Range 2 dB to 1 75 dB Increment 0 25 dB ...

Page 194: ...RST HFF Example See MAC Layer Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Increasing Decreasing Transition on page 86 CONFigure EVDO SIGN i LAYer MAC DRTProtocol DTRansition R19K R38K R76K R153K Defines the probability of the access terminal to decrease its transmission rate to the next lower data rate Parameters R19K Range H00 to HFF RST HFF R38K Range H00 to HFF RST HF...

Page 195: ... signaling tests Parameters Release R0 RA RB Release 0 A or B RST RA Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS881 required for release B Manual operation See Network Release on page 88 CONFigure EVDO SIGN i NETWork SID SystemID Defines the 15 bit System ID that the R S CMW broadcasts on its forward 1xEV DO signal Parameters SystemID Range 0 to 32767 2 ...

Page 196: ... Time on page 89 CONFigure EVDO SIGN i NETWork PROPerty FPACtivity Activity Defines the percentage of forward packets that the R S CMW directs to the AT under test Parameters Activity Range 0 to 100 RST 100 Default unit Example See Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See AT Forward Packet Activity on page 89 CONFigure EVDO SIGN i NETWork PROPerty IRAT InterRAT...

Page 197: ...dex of the generated forward 1xEV DO signal Parameters PNOffset Range 0 to 511 RST 0 Example See Configuring Network Settings Firmware Software V1 0 15 0 V2 1 20 renamed from CONFigure EVDO SIGNaling NETWork PROPerty PNOFfset Manual operation See PN Offset on page 90 CONFigure EVDO SIGN i NETWork SECTor CLRCode CLRCode Defines the 8 bit color code of the sector Parameters CLRCode Range 0 to 255 RS...

Page 198: ...ee Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See Format on page 91 CONFigure EVDO SIGN i NETWork SECTor ID ANSI ANSI41SectorID Defines the 24 bit sector ID to be used if the ANSI 41 format is selected CONFigure EVDO SIGN i NETWork SECTor FORMat Parameters ANSI41SectorID Sector ID 6 digit hexadecimal number Range H000000 to HFFFFFF RST 255 Example See Configuring Net...

Page 199: ... format is selected CONFigure EVDO SIGN i NETWork SECTor FORMat Parameters ManualSectorID Sector ID 32 digit hexadecimal number Range H000000000000000000000000 to HFFFFFFFFFFFFFFFFFFFFFFFF Example See Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See Manual Sector ID Bits 127 0 on page 91 2 5 9 4 Access Probes The following commands control the access channel transmissi...

Page 200: ...B Increment 1 dB RST 0 dB Default unit dB Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Initial Adjust on page 93 CONFigure EVDO SIGN i NETWork APRobes OLADjust OLAdjust Specifies the nominal transmit power offset NOM_PWR to be used by ATs for the given band class in the open loop power estimate Parameters OLAdjust Range 81 dB to 66...

Page 201: ...ge 1 to 15 RST 5 Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Probes per Sequence on page 93 CONFigure EVDO SIGN i NETWork APRobes PLENgth PLength Defines the length in frames of the access probe preamble Parameters PLength Range 1 frame to 6 frames RST 1 frame Example See Configuring Network Settings Firmware Software V1 0 15 0 Op...

Page 202: ...NFigure EVDO SIGN i NETWork APRobes SAMRate SAMRate Defines the maximum rate at which the AT may transmit on the access channel Parameters SAMRate R9K R19K R38K 9 6 19 2 38 4 kbps data rate RST R9K Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Sector Access Max Rate on page 94 2 5 9 5 Security CONFigure EVDO SIGN i NETWork SECurity ...

Page 203: ...DO SIGN i NETWork SECurity AUTHenticat Authentication Sets gets the Authentication Management Field AMF of the EAP AKA access authentication Parameters Authentication 4 hexadecimal digits Example See Configuring Network Settings Firmware Software V3 0 10 Manual operation See Authentication Management Field on page 95 CONFigure EVDO SIGN i NETWork SECurity SQN SequenceNumber Sets gets the sequence ...

Page 204: ...ration See Max Reselection Timer on page 96 CONFigure EVDO SIGN i NCELl RLMeutra RxlevminEUTRACommon Configures the low reselection threshold value for LTE neighbor cells Parameters RxlevminLTECom Range 0 to 96 RST 50 Example See Configuring Network Settings Firmware Software V3 2 60 Options R S CMW KS890 Manual operation See RxLevMinEUTRACommon on page 96 CONFigure EVDO SIGN i NCELl THRServing Th...

Page 205: ... neighbor cell list for LTE Suffix n 1 16 Number of neighbor cell Parameters Enable OFF ON Enables or disables the entry RST OFF Band OB1 OB2 OB3 OB4 OB5 OB6 OB7 OB8 OB9 OB10 OB11 OB12 OB13 OB14 OB15 OB16 OB17 OB18 OB19 OB20 OB21 OB22 OB23 OB24 OB25 OB26 OB27 OB28 OB29 OB30 OB31 OB32 OB33 OB34 OB35 OB36 OB37 OB38 OB39 OB40 OB41 OB42 OB43 OB44 UDEFined OB1 OB44 operating band 1 to 44 UDEFined user ...

Page 206: ...to 3449 8 3450 to 3799 9 3800 to 4149 10 4150 to 4749 11 4750 to 4949 12 5010 to 5179 13 5180 to 5279 14 5280 to 5379 15 5380 to 5579 16 5580 to 5729 17 5730 to 5849 18 5850 to 5999 19 6000 to 6149 20 6150 to 6449 21 6450 to 6599 22 6600 to 7499 23 7500 to 7699 24 7700 to 8039 25 8040 to 8689 26 8690 to 9039 27 9040 to 9209 28 9210 to 9659 29 9660 to 9769 30 9770 to 9869 31 9870 to 9919 32 10562 t...

Page 207: ... commands configure the message forwarding to a Message Analyzer host CONFigure EVDO SIGN i MMONitor ENABle Enable Enable Disable Message Monitor Parameters Enable OFF ON RST Off Example See Configuring Message Monitoring Firmware Software V3 0 10 Manual operation See Add 1xEV DO Signaling to logging on page 98 CONFigure EVDO SIGN i MMONitor IPADdress Index Select get the target IP address for mes...

Page 208: ...Statistical Settings 213 Limit Settings 215 Additional Softkeys and Hotkeys 217 Forward Link Results 217 Reverse Link Results 221 Data Results 226 2 5 11 1 Enable and Disable Measurements The following commands selectively enable disable the RX measurements CONFigure EVDO SIGN i RXQuality RESult FLPer Enable CONFigure EVDO SIGN i RXQuality RESult FLPFormance Enable CONFigure EVDO SIGN i RXQuality ...

Page 209: ...ility code 26 CONFigure EVDO SIGN i DISPlay 209 INITiate EVDO SIGN i PER 209 STOP EVDO SIGN i PER 209 ABORt EVDO SIGN i PER 209 INITiate EVDO SIGN i THRoughput 210 STOP EVDO SIGN i THRoughput 210 ABORt EVDO SIGN i THRoughput 210 CONFigure EVDO SIGN i RXQuality PER TOUT 211 CONFigure EVDO SIGN i RXQuality THRoughput TOUT 211 CONFigure EVDO SIGN i DISPlay Tab Selects the view to be shown when the di...

Page 210: ... STOP EVDO SIGN i THRoughput ABORt EVDO SIGN i THRoughput These remote commands control the Throughput Performance measurement either forward or reverse depending on the current Test Application mode see CONFigure EVDO SIGN i APPLication MODE Starts stops or aborts the measurement INITiate starts or restarts the measurement the R S CMW enters the RUN state STOP causes a running measurement to stop...

Page 211: ... statistical depth has not been reached A timeout of 0 s corresponds to an infinite measurement timeout Parameters Timeout Default unit s Firmware Software V3 0 10 Manual operation See Measurement Timeout on page 103 2 5 11 3 Measurement States The following commands return the current measurement states FETCh EVDO SIGN i PER STATe 211 FETCh EVDO SIGN i THRoughput STATe 211 FETCh EVDO SIGN i PER S...

Page 212: ...easurement switched off no resources allocated no results available when entered after STOP RDY measurement has been terminated valid results may be available RUN measurement running after INITiate READ synchronization pending or adjusted resources active or queued SyncState PEND ADJ INV PEND waiting for resource allocation adjustment hardware switching pending ADJ all necessary adjustments finish...

Page 213: ... set of measurement results Parameters UpdatePeriod Range 0 25 s to 2 s RST 1 s Default unit s Example See General Measurement Settings Firmware Software V1 0 15 0 Manual operation See Update Period on page 103 CONFigure EVDO SIGN i RXQuality PER REPetition Repetition Specifies the repetition mode of the PER Packer Error Rate measurement The repe tition mode specifies whether the measurement is st...

Page 214: ...890 Manual operation See Repetition on page 103 CONFigure EVDO SIGN i RXQuality FLPer SCONdition StopCondition CONFigure EVDO SIGN i RXQuality RLPer SCONdition StopCondition Qualifies whether the measurement is stopped after a failed limit check or continued SLFail means that the measurement is stopped and reaches the RDY state as soon as one of the results exceeds the limits Parameters StopCondit...

Page 215: ...t Packets Sent on page 104 CONFigure EVDO SIGN i RXQuality FLPFormance MFRames MaxFrames CONFigure EVDO SIGN i RXQuality RLPFormance MFRames MaxFrames Defines the maximum duration of the Forward Link Performance Reverse Link Per formance measurement as a number of 26 66 ms CDMA frames Parameters MaxFrames Range 1 to 10000 RST 1000 Example See Configure Performance Throughput Measurements Firmware ...

Page 216: ...ier Limit Evaluation on page 105 CONFigure EVDO SIGN i RXQuality LIMit FLPer MPER MaxPER CONFigure EVDO SIGN i RXQuality LIMit RLPer MPER MaxPER Defines an upper limit for the measured forward reverse link PER Packet Error Ratio Parameters MaxPER Range 0 to 100 RST 1 Default unit Example See Configure PER Measurements Firmware Software V2 1 20 Manual operation See Max PER on page 105 CONFigure EVD...

Page 217: ...lity RSTatistics Clears the statistics for all receiver quality measurements and re starts the measure ments Example See Perform Data RX Measurements Usage Event Firmware Software V1 0 15 0 Manual operation See Reset Statistics Hotkey on page 99 2 5 11 7 Forward Link Results The following commands return the results of the forward link PER and Throughput measurements FETCh EVDO SIGN i RXQuality FL...

Page 218: ...denceLevel Confidence level for the selected carrier Range 0 to 100 Default unit PacketErrors Number of detected packet errors for the selected carrier Range 0 to 100E 3 TestPacketsSent Packets sent on the selected carrier Range 0 to 100E 3 CmpPER Forward Link Packet Error Rate over all carriers only available for multi carrier measurements Range 0 to 100 CmpConfLevel Confidence level over all car...

Page 219: ...lt listed below Query parameters PacketSize S128 S256 S512 S1K S2K S3K S4K S5K TOTal This query parameter represents the physical layer packet size for which the results shall be returned i e it selects a row in the Forward Link Performance result table For instance S1k requests the results for a packet size of 1024 bits If this param eter is omitted the command returns the TOTal results i e the a...

Page 220: ...neral Information FETCh EVDO SIGN i RXQuality FLPer STATe FETCh EVDO SIGN i RXQuality FLPFormance STATe Returns a string containing status information about the measurement Return values Reliability See Reliability Indicator Status See table below Example See Perform Forward Link Measurements Usage Query only Firmware Software V1 0 15 0 V3 2 20 command renamed Options R S CMW KS890 required for th...

Page 221: ...23 READ EVDO SIGN i RXQuality RLPFormance 223 FETCh EVDO SIGN i RXQuality RLPer STATe 225 FETCh EVDO SIGN i RXQuality RLPFormance STATe 225 FETCh EVDO SIGN i RXQuality RLPer CSTate 225 FETCh EVDO SIGN i RXQuality RLPFormance CSTate 225 FETCh EVDO SIGN i RXQuality RLPer DataRate READ EVDO SIGN i RXQuality RLPer DataRate CALCulate EVDO SIGN i RXQuality RLPer DataRate Returns the Reverse Link PER mea...

Page 222: ...transmitted by the AT on the selected carrier that the R S CMW failed to receive success fully Range 0 to 10E 3 4_RLConfLev The statistical probability that the RL PER for the selected car rier is below the specified limit Range 0 to 100 5_RLPER The reverse link Packet Error Rate for the selected carrier Range 0 to 100 6_TTMACPkErr The number of MAC packets transmitted by the AT on the selected ca...

Page 223: ...pe 3 only Range 0 to 90E 3 15_CmpTTConfLev The statistical probability that the PER over all carriers is below the configured RL PER limit This is available for physical layer subtype 3 only Range 0 to 100 16_CmpTTPER The rate of MAC packets the R S CMW failed to receive suc cessfully on the selected carrier This is available for physical layer subtype 3 only Range 0 to 100 Example See Perform Rev...

Page 224: ...returned Return values Reliability see Reliability Indicator PacketSize The packet size corresponding to the specified DataRate given as string representations of the enum constants S128 S256 S512 S1K S2K S3K S4K S5K TOTal MACPackReceived The number of MAC packets successfully received by the R S CMW on the selected carrier Range 0 to 10E 3 ThVsTestTime The average throughput in kbit s on the sele...

Page 225: ...lem detected OK No forward test application run ning Reverse Test Application Off No results Connect call with Reverse Test Application AT not connected No call connected No results Connect call with Reverse Test Application Timeout internal Timeout waiting for RPER reports No results Restart signaling task FETCh EVDO SIGN i RXQuality RLPer CSTate FETCh EVDO SIGN i RXQuality RLPFormance CSTate Ret...

Page 226: ...mber of packets received in the last update period Range 0 to 0 999999E 6 RX_Total Total number of packets received since the beginning of the PPP connection Range 0 to 0 999999E 6 TX Number of packets transmitted in the last update period Range 0 to 0 999999E 6 TX_Total Total number of packets transmitted Range 0 to 0 999999E 6 Example See Perform Data RX Measurements Usage Query only Firmware So...

Page 227: ...eriod Range 0 to 0 999999E 6 RX_Total Total number of packets received since the beginning of the PPP connection Range 0 to 0 999999E 6 TX Number of packets transmitted in the last update period Range 0 to 0 999999E 6 TX_Total Total number of packets transmitted Range 0 to 0 999999E 6 Example See Perform Data RX Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KA100 Manual o...

Page 228: ...f bytes the R S CMW received Rx and sent Tx since the beginning of the PPP connection Return values RX Total size of data received Range 0 KB to 0 999999E 6 KB TX Total size of data transmitted Range 0 KB to 0 999999E 6 KB Example See Perform Data RX Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KA100 Manual operation See Results on page 109 SENSe EVDO SIGN i RXQuality IP...

Page 229: ...Application Off No results Connect call with Data Application AT not connected No call connected No results Connect call with Data Application Timeout internal Timeout waiting for RLP IP reports No results Restart signaling task 2 6 List of Commands ABORt EVDO SIGN i PER 209 ABORt EVDO SIGN i THRoughput 210 CALCulate EVDO SIGN i RXQuality FLPer 218 CALCulate EVDO SIGN i RXQuality FLPFormance 219 C...

Page 230: ...4 CONFigure EVDO SIGN i FADing AWGN SNRatio 155 CONFigure EVDO SIGN i FADing FSIMulator ENABle 150 CONFigure EVDO SIGN i FADing FSIMulator GLOBal SEED 150 CONFigure EVDO SIGN i FADing FSIMulator ILOSs LOSS 151 CONFigure EVDO SIGN i FADing FSIMulator ILOSs MODE 151 CONFigure EVDO SIGN i FADing FSIMulator RESTart 151 CONFigure EVDO SIGN i FADing FSIMulator RESTart MODE 152 CONFigure EVDO SIGN i FADi...

Page 231: ...SIGN i LAYer APPLication RMCTap SMAX INDex 185 CONFigure EVDO SIGN i LAYer APPLication RMCTap SMAX SIZE 185 CONFigure EVDO SIGN i LAYer APPLication RMCTap SMIN INDex 184 CONFigure EVDO SIGN i LAYer APPLication RMCTap SMIN SIZE 184 CONFigure EVDO SIGN i LAYer APPLication RTAP RMAX INDex 175 CONFigure EVDO SIGN i LAYer APPLication RTAP RMAX RATE 176 CONFigure EVDO SIGN i LAYer APPLication RTAP RMIN ...

Page 232: ...ork PILot AT ACQuired 164 CONFigure EVDO SIGN i NETWork PILot AT ASSigned 164 CONFigure EVDO SIGN i NETWork PILot CSECtor 163 CONFigure EVDO SIGN i NETWork PROPerty CLDTime 196 CONFigure EVDO SIGN i NETWork PROPerty FPACtivity 196 CONFigure EVDO SIGN i NETWork PROPerty IRAT 196 CONFigure EVDO SIGN i NETWork RELease 195 CONFigure EVDO SIGN i NETWork SECTor CLRCode 197 CONFigure EVDO SIGN i NETWork ...

Page 233: ...Vel 216 CONFigure EVDO SIGN i RXQuality LIMit RLPer MPER 216 CONFigure EVDO SIGN i RXQuality PER REPetition 213 CONFigure EVDO SIGN i RXQuality PER TOUT 211 CONFigure EVDO SIGN i RXQuality RESult FLPer 208 CONFigure EVDO SIGN i RXQuality RESult FLPFormance 208 CONFigure EVDO SIGN i RXQuality RESult IPSTatistics 208 CONFigure EVDO SIGN i RXQuality RESult RLPer 208 CONFigure EVDO SIGN i RXQuality RE...

Page 234: ...EVDO SIGN i RXQuality FLPFormance 219 READ EVDO SIGN i RXQuality RLPer 221 READ EVDO SIGN i RXQuality RLPFormance 223 ROUTe EVDO SIGN i SCENario HMODe 146 ROUTe EVDO SIGN i SCENario SCELl 146 ROUTe EVDO SIGN i SCENario SCFading INTernal 147 ROUTe EVDO SIGN i SCENario SCFading EXTernal 147 ROUTe EVDO SIGN i SCENario 145 ROUTe EVDO SIGN i 145 SENSe EVDO SIGN i ATADdress IPV n 139 SENSe EVDO SIGN i I...

Page 235: ...ement tasks To generate modulated RF signals the R S CMW must be equipped with the ARB and real time baseband generator module The following option enables processing of 1xEV DO waveform files R S CMW KW880 CDMA2000 1xEV DO enable WinIQSIM2 waveforms for ARB 3 1 What s New in this Revision This revision describes version 3 5 10 and later of the 1xEV DO Measurements firm ware application Compared t...

Page 236: ...ement range user margin 9 dB the physical layer subtype the long code masks for the I and Q channel 3 2 3 Multi Carrier Configurations Rev B The R S CMW can measure 1xEV DO reverse link signals with up to three radio fre quency carriers 1xEV DO Revision B All active reverse link carrier signals are captured and evaluated at the same time However in order to view the results or change settings for ...

Page 237: ...minal power and frequency steps of the AT under test The test signal that the R S CMW provides in list mode can be used e g for fast receiver or power meter adjustments over a wide range of channels and powers 3 2 5 1 List Mode Configuration Each segment contains an integer number of 1xEV DO slots and is measured at con stant analyzer settings i e at constant expected nominal power and RF frequenc...

Page 238: ...In figure 3 3 segment 2 and segment 3 have the same analyzer settings so that the last slot of segment 2 can be measured accurately If a slot cannot be measured accurately because of overflow third slot of segment 1 in figure 3 3 low signal or synchronization error and Measure On Exception is Off CONFigure EVDO MEAS i MEValuation MOEXception the results of the entire segment are INValid The error ...

Page 239: ...f the AT The ret rigger flag of the first segment of the measurement is always ignored implicitly set to ON In the example shown below the Segment mode is enabled The retrigger flag is OFF for the second segment and ON for the third segment Thus the measurement stops when the first and second segment have been captured and waits for a trigger event before capturing the third segment Remote command...

Page 240: ...most of the Measurement Con trol settings step length steps per segment averaging lengths enable disable results are special list mode settings The R S CMW ignores the corresponding multi evaluation parameters All other settings are taken from the multi evaluation measure ment e g Measure on Exception Some Modulation and Spectrum settings All limit settings 3 2 6 Reverse Signal Properties This sec...

Page 241: ...1473 1536 to 1715 1792 to 2016 450 0 025 N 1 410 0 025 N 472 451 01 0 02 N 1024 479 0 025 N 1536 479 0 025 N 1792 450 6 IMT 2000 0 to 1199 1920 0 05 N 1900 7 Upper 700 MHz 0 to 240 776 0 05 N 800 8 1800 MHz Band 0 to 1499 1710 0 05 N 1900 9 North American 900 MHz 0 to 699 880 0 05 N 800 10 Secondary 800 MHz 0 to 719 720 to 919 806 0 025 N 896 0 025 N 720 800 11 European 400 MHz PAMR 1 to 400 472 t...

Page 242: ...of generating codes that preserve orthogonality between channels They are derived from a hierarchical tree The OVSF spreading factor SF corresponds to the Walsh function order N For a given spreading factor SF Walsh codes and OVSF codes can be derived from each other via the binary representation of the channelization code numbers The Walsh code with code number n is equal to the OVSF code with co...

Page 243: ...e Hadamard representation the codes with number 01 and 10 binary must be interchanged 3 2 6 3 Code Channels The subtype of the physical layer protocol determines which code channels may be present in the traffic channel of a reverse signal The figures below show the code channels defined for physical layer protocol subtype 0 1 and subtypes 2 and 3 Fig 3 4 Subtype 0 1 code channels of reverse link ...

Page 244: ... Data channel not transmitted continuously W2 4 W2 4 and or W1 2 ACK Acknowledgment channel only transmitted in the first half slot and only when the AT is receiving packets on the forward link W4 8 W12 32 DSC Data Source Control channel only present in the second half slot W12 32 Aux Pilot Auxiliary Pilot chan nel transmitted on half slot basis W28 32 RRI Reverse Rate Indi cator channel for subty...

Page 245: ...imits 247 Occupied Bandwidth Limits 247 3 2 7 1 Transmit Modulation Limits A poor modulation accuracy of the AT transmitter increases the transmission errors in the reverse channel of the 1xEV DO network The waveform quality is the critical quan tity to assess the modulation accuracy of a 1xEV DO AT 3GPP2 C S0033 B section 4 2 2 defines the minimum requirements for the waveform quality in terms of...

Page 246: ...tive to the total power of the signal so none of the individual CDP contributions can be larger than 0 dB Minimum requirements for the code domain power are defined in 3GPP2 C S0033 B section 4 3 8 Code Domain Power The I and Q components of the code domain power of an inactive channel shall be at least 23 dB below the total output power The CDP limit can be set in the configuration dialog along w...

Page 247: ...Bm and the maximum ACP in dBc relative to carrier power i e relative to narrowband power for single carrier and to wideband power for multi carrier measurement Minimum requirements for off carrier emissions are defined in 3GPP2 C S0033 C sec tion 4 4 1 Conducted Spurious Emissions The table below lists some of these requirements relevant for the ACP limits Category Frequency Range Specified Limit ...

Page 248: ...single carrier operation the occupied bandwidth shall not exceed 1 48 MHz for multiple carrier transmission the recommended OBW limit for each isolated car rier is still 1 48 MHz in case of 2 or 3 adjacent carriers band class dependent lim its are defined as shown in the tables below Table 3 2 Occupied bandwidth for Band Class 0 1 23 MHz channel width Adjacency Occupied Bandwidth One Isolated Carr...

Page 249: ...iews are described in the following sections Multi Evaluation Overview 249 Multi Evaluation Detailed Views EVM Magnitude Error Phase Error 250 Multi Evaluation Detailed Views Code Domain 251 Multi Evaluation Detailed Views Spectrum 253 Multi Evaluation Detailed Views Channel Power 255 Multi Evaluation Detailed Views IQ 256 Multi Evaluation Detailed Views TX Measurement Scalar and Power 257 3 2 8 1...

Page 250: ...w with addi tional measurement results see Selecting and Modifying Views The traces and bar graphs are described in the following sections The limits if set are indicated by the red dashed lines 3 2 8 2 Multi Evaluation Detailed Views EVM Magnitude Error Phase Error This section applies to the following detailed views Error vector magnitude Magnitude error Phase error Each of the detailed views sh...

Page 251: ... statistical measurement results is covered in chapter 3 2 8 7 Multi Evaluation Detailed Views TX Measurement Scalar and Power on page 257 For additional information refer to Common Elements of Views 3 2 8 3 Multi Evaluation Detailed Views Code Domain The code domain view presents the CDP and the CDE results displayed in a Diagram View as bar graphs and in a Table View as scalar values Separate va...

Page 252: ...he Pilot channel is present The figure above shows the following channels Reverse Rate Indicator Channel W0 16 I Signal code 0 Pilot Channel W0 16 I Signal code 0 Data Channel W2 4 Q Signal codes 2 6 10 14 Data Rate Control channel W8 16 Q Signal code 8 For Subtypes 2 and 3 the RRI channel and the Pilot are transmitted on different Walsh channels and only one bar is displayed per code Bars for act...

Page 253: ...lculate its spectrum The measurement bandwidth can be configured as 8 MHz or 16 MHz for single carrier and is always 16 MHz for multi carrier scenarios The application provides the signal power in dB within the 8 16 MHz frequency band centered at the mean between the highest and lowest carrier frequency The spectrum is used to calculate both ACP and OBW results For single carrier scenarios the fre...

Page 254: ...nts in less than 10 seconds Extended ACP measurement with 40 frequency offsets and speed 1000 measure ments in less than 15 seconds The ACP results can also be viewed in tabular presentation see Selecting and Modify ing Views OBW Pairs of identically colored vertical marker lines indicate the respective carrier s occu pied bandwidth see Occupied Bandwidth Limits for a definition For adjacent carri...

Page 255: ...nce power see Reference Power Mode on page 277 for details Separate graphs are available for the I branch and the Q branch of the signal for sub type 0 1 For subtype 2 and 3 signals the I Q setting table is not shown Instead the measured signals are shown as bar graphs in one diagram and the in phase and quad rature components of Walsh codes are displayed in a separated table below Bar graphs in r...

Page 256: ... Power on page 257 For additional information refer to Common Elements of Views 3 2 8 6 Multi Evaluation Detailed Views IQ The constellation and vector diagrams trace the reverse signal in the I Q plane Fig 3 15 1xEV DO multi evaluation I Q constellation diagram Constellation diagram In the constellation diagram on the left side the modulation vector is traced at the con stellation points The diag...

Page 257: ...onal information refer to Common Elements of Views 3 2 8 7 Multi Evaluation Detailed Views TX Measurement Scalar and Power The detailed views Power and TX Measurement Scalar contain a table of statisti cal values and an enlarged representation of one of these statistical values Fig 3 16 1xEV DO multi evaluation TX measurement scalar view The tables provide an overview of statistical values Other d...

Page 258: ...ration See also Modulation Accuracy in the R S CMW user manual chapter System Overview For additional screen elements refer to Common Elements of Views For query of the results via remote control see chapter 3 3 11 Multi Evaluation Mea surement Results on page 280 3 2 9 OLTR Measurement The Open Loop Time Response OLTR application measures the AT s TX power response to decreases and increases of t...

Page 259: ...er step The Reference Power Interval RPI immediately preceding the trigger event is used to calculate the reference power for the subsequent power step the RPI trace can be displayed at the GUI and retrieved via remote command The RPI can be configured between 5 ms and 40 ms for all power steps All power values are rel ative to the corresponding reference power OLTR evaluation interval According t...

Page 260: ... measurement To obtain meaningful OLTR results in combined signaling mode measurements the following strategies and settings are recommended Establish an adequate connection between the 1xEVDO signaling and the DUT use the reverse test application with constant data rates and packet sizes min max to obtain a signal with stable power level use a step size 30 dB set the BS output power in a range su...

Page 261: ...t violations in particular time interval are indicated underneath the time axis The limit mask used for this measurement represent the minimum standard for Time Response of Open Loop Power Control specified in 3GPP2 C S0033 Fig 3 19 1xEV DO OLTR measurement one measurement sequence Each step trace consists of 60 equidistant values for the reference power interval 640 equidistant values for the OLT...

Page 262: ...ement Control section of the configura tion dialog 3 2 11 Using Markers Use the Marker parameters to activate markers and to modify their position The fol lowing Marker hotkeys are available at the bottom of the GUI Hotkey Description Ref Marker Enable or disable the reference marker and select the marker position If several traces can be displayed a trace can also be selected Marker Enable or dis...

Page 263: ...isplayed the biggest absolute value with the correct sign Results for the waveform quality and EVM Remote command MAXimum for the objects with asymmetrical parame ters e g waveform quality with the range 0 to 1 or EVM with the range 0 to 100 queries the worst result Remote command MINimum queries the best result which is not relevant therefore not displayed Std Dev Standard deviation of all Curren...

Page 264: ...s of the 1xEV DO multi evaluation and open loop time response OLTR measurements The GUI reference is structured as follows Measurement Control 264 Signal Routing and Analyzer Settings 266 Trigger Settings 269 Multi Evaluation Miscellaneous 271 Multi Evaluation Carrier Configuration 272 Multi Evaluation Code Channel Filter 273 Multi Evaluation Code Channel Data Modulation 274 Multi Evaluation Measu...

Page 265: ...ed whenever the OLTR measurement is selected The softkey shows the current measurement state Additional measurement substates can be retrieved via remote control Remote command FETCh EVDO MEAS i OLTR STATe FETCh EVDO MEAS i OLTR STATe ALL Measurement Control Keys Since version 3 0 of the 1xEV DO TX Measurement firmware application the com prised TX measurements can and have to be controlled indivi...

Page 266: ...s of parame ters Some parameters are only available for a specific scenario Standalone SA mode provides you the non signaling 1xEV DO measurement using all 1xEV DO measurement settings Combined Signal Path CSP allows you to use a 1xEV DO signaling application options R S CMW KS880 in combination with 1xEV DO measurement The sig naling application is selected by the additional parameter Controlled ...

Page 267: ...e in the input path The power readings of the R S CMW are corrected by the external attenu ation value The external attenuation value is also used in the calculation of the maximum input power that the R S CMW can measure If a correction table for frequency dependent attenuation is active for the chosen con nector then the table name and a button are displayed Press the button to display the table...

Page 268: ...ment it can as well be used to simulate a moving AT causing a Doppler shift of the received RF signal In the Standalone SA scenario this parameter is controlled by the measurement In the Combined Signal Path CSP scenario it is controlled by the signaling application Remote command CONFigure EVDO MEAS i RFSettings FOFFset SA CONFigure EVDO SIGN i RFSettings FOFFset CSP Expected Nominal Power Define...

Page 269: ...lti evaluation configuration trigger Trigger Source 269 Trigger Slope 270 Trigger Threshold 270 Trigger Delay 270 Trigger Timeout 270 Minimum Trigger Gap 271 Trigger Source Selects the source of the trigger event Some of the trigger sources require additional options Free Run The measurement starts immediately after it is initiated The R S CMW decodes the signal and derives its slot timing This pr...

Page 270: ...hreshold Defines the input signal power where the trigger condition is satisfied and a trigger event is generated The trigger threshold is valid for power trigger sources It is a dB value relative to the reference level minus the external attenuation Ref Level External Attenuation Input Frequency Dependent External Attenuation If the reference level is set to the actual maximum output power of the...

Page 271: ... gap defines the minimum time between the start of the measurement and the first trigger event The trigger system is re armed as soon as the timer has reached the specified mini mum gap The Minimum Trigger Gap can be used to prevent unwanted trigger events due to fast power variations Remote command TRIGger EVDO MEAS i MEValuation MGAP 3 3 4 Multi Evaluation Miscellaneous This section describes th...

Page 272: ...72 Offset to RF Carrier Freq 272 WB Filter 273 Enable Up to three carriers can be enabled and measured within the same measurement inter val Carrier 0 is always enabled Carriers 1 and 2 can be selectively enabled In the Standalone SA scenario this parameter is controlled by the measurement In the Combined Signal Path CSP scenario it is controlled by the signaling application Remote command CONFigu...

Page 273: ...CSP WB Filter Selects the bandwidth of the wideband filter used to measure the AT Power Wide band 8 MHz or 16 MHz For multi carrier configurations the filter bandwidth is fixed to 16 MHz Remote command CONFigure EVDO MEAS i MEValuation CARRier WBFilter 3 3 6 Multi Evaluation Code Channel Filter The channel setup determines the code channel filter and the modulation type of the data channel Fig 3 2...

Page 274: ...t Care measurements will be made both when the related channel is present and when it is not This may lead to confusing and or rapidly changing results Remote command CONFigure EVDO MEAS i MEValuation CARRier SELect CONFigure EVDO MEAS i MEValuation DRC CONFigure EVDO MEAS i MEValuation ACK CONFigure EVDO MEAS i MEValuation ACKDsc CONFigure EVDO MEAS i MEValuation DATA CONFigure EVDO MEAS i MEValu...

Page 275: ...ee also Statistical Settings in the R S CMW user manual chapter System Over view Fig 3 25 Multi evaluation configuration measurement control Measurement Timeout 275 Repetition 276 Stop Condition 276 Statistic Count Modulation Spectrum 276 Measure on Exception 276 Assign Views 277 Code Domain 277 Long Code Mask I Q 277 Reference Power Mode 277 Adjacent Channel Power 277 Measurement Timeout Defines ...

Page 276: ...rding to its Repetition mode and Statistic Count Use this setting for measurements that are essentially intended for checking limits e g production tests Remote command CONFigure EVDO MEAS i MEValuation SCONdition Statistic Count Modulation Spectrum Defines the number of measurement intervals per measurement cycle statistics cycle single shot measurement This value is also relevant for continuous ...

Page 277: ...er Mode Code Domain Select the reference power for the measurement This setting determines whether the channel power in dB is measured relative to the pilot power or to the total channel power AT power It also influences the vertical axis of the measurement diagrams Note that the pilot channel is always present on W0 16 Remote command CONFigure EVDO MEAS i MEValuation RPMode Adjacent Channel Power...

Page 278: ...EVDO MEAS i MEValuation ACP FOFFsets UPPer CONFigure EVDO MEAS i MEValuation ACP EXTended FOFFsets UPPer CONFigure EVDO MEAS i MEValuation ACP RBW LOWer CONFigure EVDO MEAS i MEValuation ACP EXTended RBW LOWer CONFigure EVDO MEAS i MEValuation ACP RBW UPPer CONFigure EVDO MEAS i MEValuation ACP EXTended RBW UPPer 3 3 9 Multi Evaluation Limit Settings The Limits in the multi evaluation configuratio...

Page 279: ... MEValuation LIMit DWCP CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer ABSolute CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended LOWer ABSolute CONFigure EVDO MEAS i MEValuation LIMit ACP UPPer ABSolute CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended UPPer ABSolute CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer RELative CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended LOWer RELa...

Page 280: ...available parameters see the GPRF generator documentation 3 3 11 Multi Evaluation Measurement Results The results of the 1xEV DO multi evaluation measurement are displayed in several dif ferent views see detailed description in section Multi Evaluation Measurement Results The multi evaluation measurement provides an overview dialog and a detailed view for each diagram in the overview Each dialog s...

Page 281: ...ier Hotkey The hotkey Select Carrier selects for which carrier the measurement results are dis played Press the softkey Display to activate the hotkey It is only available if more than one carrier is enabled The selected carrier is also relevant in remote control refer to the description of the fol lowing command Remote command CONFigure EVDO MEAS i MEValuation CARRier SELect GUI Reference 深圳德标仪器 ...

Page 282: ... i MEValuation TRACe ACP EXTended CURRent ABSolute etc FETCh EVDO MEAS i MEValuation TRACe ACP CURRent RELative etc FETCh EVDO MEAS i MEValuation TRACe ACP EXTended CURRent RELative etc FETCh EVDO MEAS i MEValuation TRACe OBW Number CURRent etc Statistical Overviews The results can be retrieved via the following remote commands Remote command FETCh EVDO MEAS i MEValuation MODulation CURRent etc FE...

Page 283: ...st power step in the forward link within an OLTR mea surement For each subsequent power step the direction is toggled Remote command CONFigure EVDO MEAS i OLTR PSTep DIRection Ref Power Interval Defines the duration of the reference power interval i e the interval that is used to cal culate the AT reference power for the subsequent power step All OLTR power values are relative to the reference pow...

Page 284: ... MEAS i OLTR MOEXception 3 3 13 OLTR Limits The OLTR specific Limits can be set in the configuration dialog of the OLTR mea surement Fig 3 31 OLTR limits Initial Lower Limit Sets the lower limit for the limit violation calculation Softkey is also available Remote command CONFigure EVDO MEAS i OLTR LIMit ILOWer 3 3 14 Generator Shortcut The Generator Shortcut parameters configure the GPRF connectio...

Page 285: ...xx KS8xx 285 User Manual 1173 9511 02 12 Fig 3 32 OLTR results with limit violation An overview is available in case more than one measurement sequence is configured Fig 3 33 OLTR measurement results GUI Reference 深圳德标仪器 135 1095 0799 ...

Page 286: ...nly in non signaling mode The rest is displayed only while the combined signal path scenario is active and are provided by the 1xEV DO Signaling application selected as master application See also Scenario Controlled by on page 266 The measurement provides no remote control commands corresponding to these hot keys Use the remote control commands of the signaling application instead While one of th...

Page 287: ... 292 Multi Evaluation Single Shot and Continuous Measurements 294 OLTR Specifying Measurement Specific Settings 294 OLTR Single Shot Measurement 295 3 4 1 1 Specifying General Measurement Settings The 1xEV DO TX measurement application uses general commands of the type EVDO MEAS no MEValuation no OLTR mnemonic to define the signal routing and perform RF and analyzer settings System Reset RST OPC C...

Page 288: ...surement is programmed as follows The measurement is controlled by SCPI commands with the following syn tax EVDO MEAS MEValuation Use general commands of the type EVDO MEAS no MEValuation no OLTR mnemonic to define the signal routing and perform RF and analyzer settings After a RST the measurement is switched off Use READ EVDO MEAS MEValuation to initiate a single shot measurement and retrieve the...

Page 289: ... MEAS MEValuation DRC ON CONFigure EVDO MEAS MEValuation ACKDsc DSC CONFigure EVDO MEAS MEValuation DATA ON CONFigure EVDO MEAS MEValuation APILot ON CONFigure EVDO MEAS MEValuation ACK OFF CONFigure EVDO MEAS MEValuation DMODulation B4 CONFigure EVDO MEAS MEValuation CARRier SELect 1 CONFigure EVDO MEAS MEValuation DRC ON CONFigure EVDO MEAS MEValuation ACKDsc DSC CONFigure EVDO MEAS MEValuation ...

Page 290: ...OFF CONFigure EVDO MEAS MEValuation ACP EXTended FOFFsets LOWer 1 1 1 1 2 1 3 OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF CONFigure EVDO MEAS MEValuation ACP FOFFsets UPPer 1 1 1 1 2 1 3 OFF OFF OFF OFF OFF OFF CONFigure EVDO MEAS MEValuation ACP EXTended FOFFsets UPPer 1 1 1 1 2 1 3 OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF CONFigure EVDO MEAS MEValuation...

Page 291: ... MEValuation LIMit CDP 20 CONFigure EVDO MEAS MEValuation LIMit CDE 20 CONFigure EVDO MEAS MEValuation LIMit CP 10 CONFigure EVDO MEAS MEValuation LIMit DWCP 20 CONFigure EVDO MEAS MEValuation IQLCheck ON Settings per carrier Define ACP limits CONFigure EVDO MEAS MEValuation CARRier SELect 0 CONFigure EVDO MEAS MEValuation LIMit ACP LOWer ABSolute 50 49 48 47 45 43 40 40 40 40 CONFigure EVDO MEAS ...

Page 292: ...EAS MEValuation RESult PERRor ON CONFigure EVDO MEAS MEValuation RESult IQ ON CONFigure EVDO MEAS MEValuation RESult ACP ON CONFigure EVDO MEAS MEValuation RESult OBW ON CONFigure EVDO MEAS MEValuation RESult CDP ON CONFigure EVDO MEAS MEValuation RESult CDE ON CONFigure EVDO MEAS MEValuation RESult POWer ON CONFigure EVDO MEAS MEValuation RESult TXM ON CONFigure EVDO MEAS MEValuation RESult ALL F...

Page 293: ...edges of the overall OBW FETCh EVDO MEASurement MEValuation TRACe OBW CURRent Query the CDP CP measurement state and CDP limit violation FETCh EVDO MEAS MEValuation TRACe CDP ISIGnal RRI STATe FETCh EVDO MEAS MEValuation TRACe CDP QSIGnal RRI STATe FETCh EVDO MEAS MEValuation TRACe CDP ISIGnal PILot STATe FETCh EVDO MEAS MEValuation TRACe CDP QSIGnal PILot STATe FETCh EVDO MEAS MEValuation TRACe C...

Page 294: ...d substates should be RUN ADJ ACT CONFigure EVDO MEAS MEValuation REPetition CONTinuous INIT EVDO MEAS MEValuation Pause 5000 FETCh EVDO MEAS MEValuation TRACe EVMagnitude AVERage FETCh EVDO MEAS MEValuation MODulation SDEViation FETCh EVDO MEAS MEValuation ACP MAXimum FETCh EVDO MEAS MEValuation STATe ALL 3 4 1 7 OLTR Specifying Measurement Specific Settings The 1xEV DO OLTR measurement is progra...

Page 295: ...e of the five configured and also the trace of the reference power interval Query the measurement state should be RDY Query measurement state and substates should be RUN ADJ ACT INITiate EVDO MEAS OLTR FETCh EVDO MEAS OLTR SEQuence2 TRACe DOWN FETCh EVDO MEAS OLTR SEQuence2 TRACe DOWN STATe FETCh EVDO MEAS RPINterval SEQuence2 TRACe DOWN FETCh EVDO MEAS OLTR STATe FETCh EVDO MEAS OLTR STATe ALL 3 ...

Page 296: ...uery To reset the system repeatedly use partial reset commands instead of the global reset command RST Example Use SYSTem RESet EVDO Meas1 to reset the 1xEV DO measurement instance 1 To configure the same list mode settings repeatedly use partial save recall com mands Configure all list mode settings once Save the list mode settings to a file for example to the file ListModeEVDO1 dfl located in th...

Page 297: ...gure EVDO MEAS MEValuation LIST SEGMent2 SPECtrum 20 ON ON Only for measurements with R S CMWS Configure the RF input connector per segment CONFigure EVDO MEAS MEValuation LIST CMWS CMODe LIST CONFigure EVDO MEAS MEValuation LIST SEGMent1 CMWS CONNector R11 CONFigure EVDO MEAS MEValuation LIST SEGMent2 CMWS CONNector R12 Enable the list mode CONFigure EVDO MEAS MEValuation LIST ON Use fast synchro...

Page 298: ...OBW frequencies out of tolerance and statistic count results for modulation and ACP measurement Return the state of a particular reverse link channel Query segment reliabilities for all active segments FETCh EVDO MEAS MEValuation LIST MODulation EVM PEAK AVERage FETCh EVDO MEAS MEValuation LIST MODulation EVM RMS AVERage FETCh EVDO MEAS MEValuation LIST MODulation FERRor AVERage FETCh EVDO MEAS ME...

Page 299: ... WQUality AVERage FETCh EVDO MEAS MEValuation LIST MODulation WQUality PMAX CURRent FETCh EVDO MEAS MEValuation LIST MODulation WQUality PMIN CURRent FETCh EVDO MEAS MEValuation LIST OBW1 FREQuency LOWer FETCh EVDO MEAS MEValuation LIST OBW1 FREQuency UPPer FETCh EVDO MEAS MEValuation LIST MODulation OTOLerance FETCh EVDO MEAS MEValuation LIST MODulation STCount FETCh EVDO MEAS MEValuation LIST AC...

Page 300: ... are used to retrieve measurement results FETCh returns the results of the current measurement cycle single shot mea surement after they are valid FETCh must be used after the measurement has been started INITiate measurement states RUN or RDY READ starts a new single shot measurement and returns the results CALCulate returns one limit check result per FETCh result OK The FETCh result is located w...

Page 301: ...oftware documentation It describes typ ical instrument configurations with the allowed RF connector TX RX module combina tions and the mapping of virtual connector names to physical connectors See also Signal Path Settings in the R S CMW user manual chapter Remote Con trol Single R S CMW RF path selection values RX module RX1 RX2 RX3 RX4 RX connector RF1C RF2C RF3C RF4C RFAC RFBC RF 1 COM to RF 4 ...

Page 302: ...as occurred during the measurement Example for an output array 0 10 22 10 15 10 01 10 29 100 reliability 0 followed by 5 numeric measurement values The reliability indicator has one of the following values 0 OK Measurement values available no error detected 1 Measurement Timeout The measurement has been stopped after the configurable measurement time out Measurement results may be available howeve...

Page 303: ... Usable For measurements The measurement could not be started because the estab lished signaling connection had wrong properties For DAU IMS service The voice over IMS settings could not be applied 21 Call Lost For measurements The measurement was interrupted because the signaling con nection to the DUT was lost For DAU IMS service The voice over IMS call was lost 23 Missing Option The ARB file ca...

Page 304: ...a DAU selftest 60 Invalid RF Connector Setting The individual segments of a list mode measurement with R S CMWS use differ ent connector benches This is not allowed All segments must use the same bench Check the Info dialog for the relevant segment numbers 101 Firmware Error Indicates a firmware or software error If you encounter this error for the first time restart the instrument If the error oc...

Page 305: ...below Signal Routing 305 Analyzer Settings 307 3 5 2 1 Signal Routing The following commands configure the scenario select the connector and define an external attenuation value ROUTe EVDO MEAS i 305 ROUTe EVDO MEAS i SCENario 306 ROUTe EVDO MEAS i SCENario SALone 306 ROUTe EVDO MEAS i SCENario CSPath 306 ROUTe EVDO MEAS i SCENario CATalog CSPath 307 CONFigure EVDO MEAS i RFSettings EATTenuation 3...

Page 306: ...Specifying General Measurement Settings Firmware Software V1 0 15 20 Manual operation See Scenario Controlled by on page 266 ROUTe EVDO MEAS i SCENario CSPath Master Activates the combined signal path scenario and selects a master The master controls the signal routing analyzer settings and AT signal info settings while the combined sig nal path scenario is active Configure the connector and conve...

Page 307: ...ion CONFigure EVDO SIGN i RFSettings EATTenuation Parameters RFInputExtAtt Range 50 dB to 90 dB RST 0 dB Default unit dB Example See Specifying General Measurement Settings Firmware Software V1 0 3 3 Manual operation See External Attenuation Input on page 267 3 5 2 2 Analyzer Settings The following commands configure the input signal and the view selection in remote control CONFigure EVDO MEAS i R...

Page 308: ... NA7C BC 7 Upper 700 MHz B18M BC 8 1800 MHz Band NA9C BC 9 North American 900 MHz NA8S BC 10 Secondary 800 MHz PA4M BC 11 European 400 MHz PAMR PA8M BC 12 800 MHz PAMR IEXT BC 13 IMT 2000 2 5 GHz Extension USPC BC 14 US PCS 1900 MHz AWS BC 15 AWS Band U25B BC 16 US 2 5 GHz Band PS7C BC 18 Public Safety Band 700 MHz LO7C BC 19 Lower 700 MHz RST USC Example See Specifying General Measurement Setting...

Page 309: ... SIGN i RFSettings RLFRequency or CONFigure EVDO SIGN i RFSettings CHANnel Parameters Frequency Range 100E 6 Hz to 6E 9 Hz RST 833 49E 6 Hz Default unit Hz Example See Specifying General Measurement Settings Firmware Software V1 0 3 3 Manual operation See Band Channel Frequency on page 267 CONFigure EVDO MEAS i RFSettings FOFFset FreqOffset Selects a positive or negative offset frequency to be add...

Page 310: ... 3 V3 0 10 max limits changed from 34 dBm to 55 dBm Manual operation See Expected Nominal Power on page 268 CONFigure EVDO MEAS i RFSettings UMARgin UserMargin Sets the margin that the R S CMW adds to the expected nominal power in order to determine its reference power The reference power minus the external input attenua tion must be within the power range of the selected input connector refer to ...

Page 311: ...ation PLSubtype Return values SpreadingFactor SF16 SF32 RST SF32 Example See Specifying General Measurement Settings Usage Query only Firmware Software V1 0 3 3 Manual operation See Physical Layer Subtype on page 271 CONFigure EVDO MEAS i DISPlay Tab Selects the view to be shown when the display is switched on during remote control Parameters Tab MEVA OLTR Multi evaluation overview OLTR view Firmw...

Page 312: ...re always available in this firm ware application They are listed below Depending on the installed options additional values may be available A complete list of all supported values can be displayed using TRIGger CATalog SOURce Parameters TriggerSource Free Run Free Run untriggered IF Power Power trigger received RF power IF Auto Sync Power trigger auto syncronized RST Free Run Example See Configu...

Page 313: ...arameters Delay Range 1 25E 3 s to 0 08 s RST 0 s Default unit s Example See Configuring the Trigger System Firmware Software V2 0 20 Manual operation See Trigger Delay on page 270 TRIGger EVDO MEAS i MEValuation TOUT TriggerTime Selects the maximum time that the R S CMW will wait for a trigger event before it stops the measurement in remote control mode or indicates a trigger timeout in manual op...

Page 314: ...ation SOURce The range is entered as an integer number of slots Each slot has a duration of 1 25 ms Parameters EvalOffset Range 0 to 64 RST 0 Default unit slot Example See Configuring the Trigger System Firmware Software V2 0 20 3 5 4 Multi Evaluation Measurement Commands The commands for the 1xEV DO Multi Evaluation measurement are divided into the groups listed below The general measurement sett...

Page 315: ... 316 FETCh EVDO MEAS i MEValuation STATe ALL 316 INITiate EVDO MEAS i MEValuation STOP EVDO MEAS i MEValuation ABORt EVDO MEAS i MEValuation Starts stops or aborts the measurement INITiate starts or restarts the measurement the R S CMW enters the RUN state STOP causes a running measurement to stop after the current evaluation period is terminated and valid results are available the R S CMW enters ...

Page 316: ...See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 3 3 Manual operation See Multi Evaluation Softkey on page 265 FETCh EVDO MEAS i MEValuation STATe ALL Queries the main measurement state and the measurement substates Both measure ment substates are relevant for running measurements only Use FETCh STATe to query the main measurement state only Use INIT...

Page 317: ...ollowing commands configure the reverse link carriers to be measured CONFigure EVDO MEAS i MEValuation CARRier SETTing 317 CONFigure EVDO MEAS i MEValuation CARRier ENABle 318 CONFigure EVDO MEAS i MEValuation CARRier FOFFset 318 CONFigure EVDO MEAS i MEValuation CARRier FREQuency 319 CONFigure EVDO MEAS i MEValuation CARRier WBFilter 319 CONFigure EVDO MEAS i MEValuation CARRier SETTing SetCarrie...

Page 318: ...See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V1 0 10 1 Manual operation See Enable on page 272 CONFigure EVDO MEAS i MEValuation CARRier FOFFset CFOffset Gets sets the frequency offset of a selected carrier relative to carrier 0 The related carrier has to be pre set using the CONFigure EVDO MEAS i MEValuation CARRier SETTing command All carriers can be queried bu...

Page 319: ...ttings Firmware Software V1 0 10 1 Manual operation See Offset to RF Carrier Freq on page 272 CONFigure EVDO MEAS i MEValuation CARRier WBFilter WBFilter Selects the bandwidth of the wideband filter used to measure the AT Power wide band of a single carrier configuration For a multi carrier configuration the bandwidth can only be queried equals 16 MHz Parameters WBFilter F8M0 F16M0 F8M0 8 MHz filt...

Page 320: ...ion ACP EXTended FOFFsets UPPer CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer RELative CONFigure EVDO MEAS i MEValuation LIMit ACP UPPer RELative CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended LOWer RELative CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended UPPer RELative CONFigure EVDO MEAS i MEValuation ACP RBW LOWer CONFigure EVDO MEAS i MEValuation ACP RBW UPPer CONFigure EVDO MEA...

Page 321: ... evaluate the first half slot SHSLot evaluate the second half slot BHSLots evaluate both half slots RST BHSL Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V1 0 3 3 Manual operation See Half Slot on page 273 CONFigure EVDO MEAS i MEValuation DRC DRControl Specifies a measurement condition for the selected carrier see CONFigure EVDO MEAS i MEValuation CARRie...

Page 322: ...ftware V2 0 10 Manual operation See Carrier n DRC ACK DSC Data Aux Pilot on page 274 CONFigure EVDO MEAS i MEValuation ACKDsc AckDsc Specify a measurement condition for the selected carrier see CONFigure EVDO MEAS i MEValuation CARRier SELect based on the presence of the acknowl edgment channel data source control channel Value DSC is only relevant for physical layer protocol subtypes 2 and 3 see ...

Page 323: ...arrier see CONFigure EVDO MEAS i MEValuation CARRier SELect based on the presence of the auxiliary pilot channel The condition is only relevant for physical layer protocol subtypes 2 and 3 see CONFigure EVDO MEAS i MEValuation PLSubtype Parameters APilot DNCare ON OFF DNCare evaluate the signal irrespective of the presence of the channel ON evaluate the signal only when the channel is present OFF ...

Page 324: ...Data Modulation on page 274 3 5 4 5 Enabling Results and Views The following commands select the evaluated results and the displayed views CONFigure EVDO MEAS i MEValuation RESult ALL EVM MagnitudeError PhaseError ACP CDP CDE Power TXMeasurements ChannelPower OBW IQ Enables or disables the evaluation of results and shows or hides the views in the multi evaluation measurement This command combines ...

Page 325: ...tware V1 0 10 1 V2 0 10 added ChannelPower V2 0 20 added OBW V3 2 80 added IQ CONFigure EVDO MEAS i MEValuation RESult EVMagnitude Enable CONFigure EVDO MEAS i MEValuation RESult MERRor Enable CONFigure EVDO MEAS i MEValuation RESult PERRor Enable CONFigure EVDO MEAS i MEValuation RESult ACP Enable CONFigure EVDO MEAS i MEValuation RESult OBW Enable CONFigure EVDO MEAS i MEValuation RESult CDP Ena...

Page 326: ... i MEValuation TOUT 326 CONFigure EVDO MEAS i MEValuation REPetition 327 CONFigure EVDO MEAS i MEValuation SCONdition 327 CONFigure EVDO MEAS i MEValuation SCOunt MODulation 328 CONFigure EVDO MEAS i MEValuation SCOunt SPECtrum 328 CONFigure EVDO MEAS i MEValuation MOEXception 329 CONFigure EVDO MEAS i MEValuation ILCMask 329 CONFigure EVDO MEAS i MEValuation QLCMask 329 CONFigure EVDO MEAS i MEVa...

Page 327: ...tion Specifies the repetition mode of the measurement The repetition mode specifies whether the measurement is stopped after a single shot or repeated continuously Use CONFigure MEAS i SCOunt to determine the number of measurement intervals per single shot See also Statistical Settings in the R S CMW user manual chapter Remote Con trol Parameters Repetition SINGleshot CONTinuous SINGleshot Single ...

Page 328: ...Measurement Specific Settings Firmware Software V1 0 3 3 V2 0 10 Change RST value to 10 V2 0 20 Change RST value to 2 Manual operation See Statistic Count Modulation Spectrum on page 276 CONFigure EVDO MEAS i MEValuation SCOunt SPECtrum SCountSpectrum Specifies the statistic count of the measurement The statistic count is equal to the number of measurement intervals per single shot Use CONFigure M...

Page 329: ...ifies the long code mask for the I branch Parameters LCMaskI Range H0 to H3FFFFFFFFFF RST H0 Example See Specifying General Measurement Settings Firmware Software V1 0 3 3 Manual operation See Long Code Mask I Q on page 277 CONFigure EVDO MEAS i MEValuation QLCMask LCMaskQ Specifies the long code mask for the Q branch Parameters LCMaskQ Range H0 to H3FFFFFFFFFF RST H0 Example See Multi Evaluation ...

Page 330: ...9 to 0 MHz 4 0 3 5 3 0 2 5 2 0 1 6 1 2 0 9 0 885 0 87 Default unit MHz Additional parameters OFF ON disables enables the offset Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V1 0 10 1 Manual operation See Adjacent Channel Power on page 277 CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer FreqOffset0 FreqOffset9 Defines the positive upper frequency offs...

Page 331: ... offset Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V3 2 20 Manual operation See Adjacent Channel Power on page 277 CONFigure EVDO MEAS i MEValuation ACP EXTended FOFFsets UPPer FrequencyOffset 20 Defines the positive upper frequency offsets 0 to 19 to be used for extended ACP measurements of the selected carrier see CONFigure EVDO MEAS i MEValuation CAR...

Page 332: ...nit Hz Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V3 2 20 Manual operation See Adjacent Channel Power on page 277 CONFigure EVDO MEAS i MEValuation ACP RBW UPPer RBW 10 Defines the resolution bandwidth to be used for upper frequency offset 0 to 9 of the selected carrier for ACP measurements see CONFigure EVDO MEAS i MEValuation CARRier SELect Parameters...

Page 333: ...0K F12K5 F25K F30K F50K F100k F1M0 F1M23 F1K0 1 kHz F6K25 6 25 kHz F10K 10 kHz F12K5 12 5 kHz F25K 25 kHz F30K 30 kHz F50K 50 kHz F100k 100 kHz F1M0 1 MHz F1M23 1 23 MHz RST F30K Default unit Hz Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V3 2 20 Manual operation See Adjacent Channel Power on page 277 CONFigure EVDO MEAS i MEValuation ACP EXTended RBW UP...

Page 334: ...ation LIMit MERR RMS 335 CONFigure EVDO MEAS i MEValuation LIMit MERR PEAK 335 CONFigure EVDO MEAS i MEValuation LIMit PERR RMS 336 CONFigure EVDO MEAS i MEValuation LIMit PERR PEAK 336 CONFigure EVDO MEAS i MEValuation LIMit IQOFfset 336 CONFigure EVDO MEAS i MEValuation LIMit IQIMbalance 337 CONFigure EVDO MEAS i MEValuation LIMit CFERror 337 CONFigure EVDO MEAS i MEValuation LIMit TTERror 337 C...

Page 335: ...ure EVDO MEAS i MEValuation LIMit MERR RMS MErrRMS Defines an upper limit for the RMS values of the magnitude error Parameters MErrRMS Range 0 to 100 RST 23 6 Default unit Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Limits Firmware Software V1 0 3 3 Manual operation See Limits on page 279 CONFig...

Page 336: ...Peak Defines a symmetric limit for the peak values of the phase error The limit check fails if the absolute value of the measured phase error exceeds the specified value Parameters PErrPeak Range 0 deg to 180 deg RST 19 6 deg Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Limits Firmware Software V...

Page 337: ...z Default unit Hz Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Limits Firmware Software V1 0 3 3 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit TTERror TransTimeErr Defines an upper limit for the transmit time error Parameters TransTimeErr Range 0 µs to 10 µs RST ...

Page 338: ...FF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Limits Firmware Software V1 0 3 3 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit MINPower AbsMinPower Defines a lower limit for the AT power Parameters AbsMinPower Range 128 dBm to 0 1 dBm RST 40 dBm OFF Default unit dBm Additional parameters...

Page 339: ...lti Evaluation Limits Firmware Software V1 0 4 11 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit CDP CDPUserLimit Defines an upper limit for the code domain power of inactive channels Parameters CDPUserLimit Range 70 dB to 0 dB RST 23 dB Default unit dB Example See Multi Evaluation Limits Firmware Software V1 0 3 3 Manual operation See Limits on page 279 CONFigure ...

Page 340: ...l Power and Occupied Bandwidth measurements CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer ABSolute 341 CONFigure EVDO MEAS i MEValuation LIMit ACP UPPer ABSolute 341 CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer RELative 341 CONFigure EVDO MEAS i MEValuation LIMit ACP UPPer RELative 342 CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended LOWer ABSolute 342 CONFigure EVDO MEAS i MEValuatio...

Page 341: ... Defines upper limits 0 to 9 for the extended ACP measurement in dBm of the selected carrier see CONFigure EVDO MEAS i MEValuation CARRier SELect at the individual positive offset frequencies set via CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer The limit index 0 to 9 corresponds to the index used in manual control Parameters ACPSetting Range 80 dBm to 10 dBm RST For offset frequencies 0 to...

Page 342: ... EVDO MEAS i MEValuation ACP FOFFsets UPPer The limit index 0 to 9 corresponds to the index used in manual control Parameters Limit_0 Limit_9 Range 80 dBc to 10 dBc RST For offset frequencies 0 to 9 dBc 43 43 43 54 54 54 54 54 54 54 Default unit dBc Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Li...

Page 343: ...ol Parameters ACPSetting Range 80 dBm to 10 dBm RST For offset frequencies 0 to 19 all 54 dBm OFF Default unit dBm Additional parameters ON OFF enables disables the limit check Example See Multi Evaluation Limits Firmware Software V3 2 70 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit ACP EXTended LOWer RELative ACPSetting 20 Defines lower limits 19 to 0 for the ex...

Page 344: ...ll OFF dBc 43 43 43 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 Default unit dBc Additional parameters OFF ON enables disables the limit check Example See Multi Evaluation Limits Firmware Software V3 2 20 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit OBW MULTi OBWLimit Gets sets the overall occupied bandwidth limit and the state of the limit check for multi...

Page 345: ...irmware Software V 2 1 20 Manual operation See Limits on page 279 CONFigure EVDO MEAS i MEValuation LIMit OBW SETA OBWLimit_1 OBWLimit2 OBWLimit3 Gets sets the OBW limits for Limit Set A This limit set is dedicated to Band Class 0 Parameters OBWLimit_1i OBWLimit_2a OBWLimit_3a Range 0 MHz to 16 MHz RST 1 48 MHz The OBW limits for 1 isolated carrier 2 adjacent carriers and 3 adjacent carriers In si...

Page 346: ...ation TRACe EVMagnitude AVERage READ EVDO MEAS i MEValuation TRACe EVMagnitude MAXimum Returns the values of the RMS EVM traces A trace covers a time interval of 833 μs one half slot and contains one value per chip The results of the current average and maximum traces can be retrieved Return values Reliability Reliability Indicator EVM1 EVM1024 Range 0 to 100 Default unit Example See Multi Evaluat...

Page 347: ...aluation measurement FETCh EVDO MEAS i MEValuation TRACe PERRor CURRent FETCh EVDO MEAS i MEValuation TRACe PERRor AVERage FETCh EVDO MEAS i MEValuation TRACe PERRor MAXimum READ EVDO MEAS i MEValuation TRACe PERRor CURRent READ EVDO MEAS i MEValuation TRACe PERRor AVERage READ EVDO MEAS i MEValuation TRACe PERRor MAXimum Returns the values of the phase error traces A trace covers a time interval ...

Page 348: ...CDP QSIGnal RRI CURRent 349 FETCh EVDO MEAS i MEValuation TRACe CDP QSIGnal RRI AVERage 349 FETCh EVDO MEAS i MEValuation TRACe CDP QSIGnal RRI MAXimum 349 FETCh EVDO MEAS i MEValuation TRACe CDP QSIGnal RRI MINimum 349 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI CURRent 349 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI AVERage 349 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MAX...

Page 349: ...DP ISIGnal PILot MAXimum 352 CALCulate EVDO MEAS i MEValuation TRACe CDP ISIGnal PILot MINimum 352 CALCulate EVDO MEAS i MEValuation TRACe CDP QSIGnal PILot CURRent 352 CALCulate EVDO MEAS i MEValuation TRACe CDP QSIGnal PILot AVERage 352 CALCulate EVDO MEAS i MEValuation TRACe CDP QSIGnal PILot MAXimum 352 CALCulate EVDO MEAS i MEValuation TRACe CDP QSIGnal PILot MINimum 352 FETCh EVDO MEAS i MEV...

Page 350: ...TCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator CDPcode0 CDPcodeSF The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 Range 70 dB to 0 dB Default unit dB Example See Multi Eva...

Page 351: ...QSigRRIState0 QSigRRIStateSF NAV ACTive INACtive The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 only NAV values NAV No channel available ACTive Active code channel INACtive Inactive code channel Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware ...

Page 352: ...sical layer subtype 0 1 measurement is retrieved For RRI part and subtype 2 or 3 measurements see FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI CURRent etc The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator CDPcode0 CDPcodeSF The number ...

Page 353: ... CDP QSIGnal RRI STATe Return values Reliability Reliability Indicator SigPilotState0 SigPilotStateSF NAV ACTive INACtive The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 only NAV values NAV No channel available ACTive Active code channel INACtive Inactive code channel Example See Multi ...

Page 354: ...D EVDO MEAS i MEValuation TRACe CDE ISIGnal PILot CURRent 356 READ EVDO MEAS i MEValuation TRACe CDE ISIGnal PILot AVERage 356 READ EVDO MEAS i MEValuation TRACe CDE ISIGnal PILot MAXimum 356 READ EVDO MEAS i MEValuation TRACe CDE QSIGnal PILot CURRent 356 READ EVDO MEAS i MEValuation TRACe CDE QSIGnal PILot AVERage 357 READ EVDO MEAS i MEValuation TRACe CDE QSIGnal PILot MAXimum 357 CALCulate EVD...

Page 355: ... values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator CDEcode0 CDEcodeSF The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 Range 70 dB to ...

Page 356: ...aphs contain also pilot results see FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal PILot STATe Return values Reliability Reliability Indicator SigRRIState0 SigRRIStateSF NAV ACTive INACtive The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 only NAV values NAV No channel available ACTive ...

Page 357: ...URRent etc The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator CDEcode0 CDEcodeSF The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for Subtype 0 1 and SF 31 for Subtypes 2 and 3 o...

Page 358: ...ly the pilot part of a physical layer subtype 0 1 measurement is retrieved For RRI part and subtype 2 or 3 measurements see FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal RRI STATe Return values Reliability Reliability Indicator QSigPilotState0 QSigPilotStateSF NAV ACTive INACtive The number of results depends on the physical layer subtype see CONFigure EVDO MEAS i MEValuation PLSubtype SF 15 for...

Page 359: ...m READ EVDO MEAS i MEValuation TRACe CP CURRent READ EVDO MEAS i MEValuation TRACe CP AVERage READ EVDO MEAS i MEValuation TRACe CP MAXimum READ EVDO MEAS i MEValuation TRACe CP MINimum Returns the channel power of the reverse link physical channels of both the I and Q signal The slots for the Pilot and the RRI channel are evaluated within the same mea surement slot The values described below are ...

Page 360: ...ommands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator W24IData W24QData W12IData W12QData W2 4 I Data channel W2 4 Q Data channel W1 2 I Data channel W1 2 Q Data channel Range 60 dB to 10 dB Default unit dB Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Softwar...

Page 361: ...tive 363 READ EVDO MEAS i MEValuation TRACe ACP MAXimum RELative 363 CALCulate EVDO MEAS i MEValuation TRACe ACP CURRent RELative 363 CALCulate EVDO MEAS i MEValuation TRACe ACP AVERage RELative 363 CALCulate EVDO MEAS i MEValuation TRACe ACP MAXimum 363 CALCulate EVDO MEAS i MEValuation TRACe ACP EXTended CURRent ABSolute 363 CALCulate EVDO MEAS i MEValuation TRACe ACP EXTended AVERage ABSolute 3...

Page 362: ...luation TRACe ACP MAXimum ABSolute Returns the adjacent channel absolute power measured in dBm at a series of frequen cies The frequencies are determined by the offset values defined via the commands CONFigure EVDO MEAS i MEValuation ACP FOFFsets LOWer and CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer All defined offset values are considered irrespective of their activation status The curre...

Page 363: ...or each result listed below Return values Reliability Reliability Indicator PowOffsetM9 PowOffsetM0 PowCarrier PowOffsetP0 PowOffsetP9 The power offsets PowOffsetPn PowOffsetMn refer to the average power at the carrier frequency plus minus the fre quency offset value number n Range 100 dB to 20 dB Default unit dB Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Fir...

Page 364: ... Indicator 2_PowOffsetM19 21_PowOffsetM0 23_PowCarrier 24_PowOffsetP0 43_PowOffsetP19 The power offsets PowOffsetPn PowOffsetMn refer to the average absolute power at the carrier frequency plus minus the frequency offset value number n Range 100 dBm to 20 dBm Default unit dBm Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 2 70 For additional ...

Page 365: ...inus the frequency offset value number n Range 100 dBc to 20 dBc Default unit dBc Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 2 20 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh EVDO MEAS i MEValuation ACP CURRent FETCh EVDO MEAS i MEValuation ACP AVERage FETCh E...

Page 366: ...hot and Continuous Measure ments Usage Query only Firmware Software V1 0 10 1 For additional information concerning syntax elements and returned values refer to Conventions and General Information 3 5 4 19 OBW Results The following commands return the occupied bandwidth OBW results of the multi evaluation measurement CALCulate EVDO MEAS i MEValuation TRACe OBW Number CURRent 367 FETCh EVDO MEAS i ...

Page 367: ...he values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Suffix number 1 4 Selects the isolated carrier or group carrier to be analyzed Return values Reliability Reliability Indicator LowerEdge UpperEdge Lower and upper edge of the selected carrier s or carrier group s occupied bandwidth For singl...

Page 368: ...ws for an active and isolated carrier i use Number i 1 to get its OBW results i 0 1 2 use Number 4 to display the OBW results of the Overall Carrier if all active carriers are adjacent use Number 4 to get the group overall OBW results if three carriers are active and exactly two carriers i j with 0 i j 2 are adjacent use Number i 1 to get the joint OBW results for the adjacent carriers Suffix Numb...

Page 369: ...EValuation MODulation CURRent CALCulate EVDO MEAS i MEValuation MODulation AVERage CALCulate EVDO MEAS i MEValuation MODulation MINimum CALCulate EVDO MEAS i MEValuation MODulation MAXimum CALCulate EVDO MEAS i MEValuation MODulation SDEViation Return the current average minimum maximum and standard deviation modulation single value results The values described below are returned by FETCh and READ...

Page 370: ...mbalance I Q imbalance Range 100 dB to 0 dB Default unit dB 10_CFreqError Carrier frequency error Range 5000 Hz to 5000 Hz Default unit Hz 11_TransTimeErr Transmit time error Range 100 µs to 100 µs Default unit µs 12_ATPow1M23 Access terminal power measured with a filter bandwidth of 1 23 MHz Range 100 dBm to 50 dBm Default unit dBm 13_ATPowWide Access terminal power measured with the wideband fil...

Page 371: ...list mode To retrieve list mode results use the commands in sections List Mode Results Result Groups Single Segment and List Mode Results Result Groups All Segments The following sections provide detailed reference information on the remote control commands of the 1xEV DO Measurements application CONFigure EVDO MEAS i MEValuation LIST 371 CONFigure EVDO MEAS i MEValuation LIST COUNt 372 CONFigure ...

Page 372: ...ple via ROUTe EVDO MEAS i SCENario SALone LIST The input connector is configured individually for each segment See CONFigure EVDO MEAS i MEValuation LIST SEGMent no CMWS CONNector or CONFigure EVDO MEAS i MEValuation LIST SEGMent no SETup RST GLOB Example See Specifying List Mode Settings Firmware Software V3 2 70 Options R S CMW KM012 CONFigure EVDO MEAS i MEValuation LIST SEGMent no CMWS CONNect...

Page 373: ...ured Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Parameters SegmentLength Number of measured slots in the segment The sum of the segment lengths must not exceed 8192 slots limit violation is indicated by a reliability indicator of 2 Capture Buffer Overflow Range 1 to 1000 RST 1 Level Expected nominal power in the segment The range of the expected nomin...

Page 374: ...Lot BHSLots Specifies which half slot s of the code channel is are evaluated for measurements using physical layer subtype 2 or 3 see parameter before Consider that the DSC channel and the ACK channel are trans mitted time multiplexed on Walsh channel W12 32 The ACK is transmitted on the first half slot and the DSC on the second half slot FHSLot evaluate the first half slot SHSLot evaluate the sec...

Page 375: ... the total number of seg ments measured Parameters StatisticLength The statistical length is limited by the number of steps in the segment which is defined by CONFigure EVDO MEAS i MEValuation LIST SEGMent no SETup RST 1 EnableEVM OFF ON OFF Disable measurement ON Enable measurement of EVM RST OFF EnableMagError OFF ON Disable or enable measurement of magnitude error RST OFF EnablePhaseErr OFF ON ...

Page 376: ...al length for AVERage MAXimum MINimum and SDEViation cal culation and enables the calculation of the different spectrum results in segment no see Multi Evaluation List Mode Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Parameters StatisticLength The statistical length is limited by the number of steps in the segment which is defined by CONFigure EVDO MEA...

Page 377: ...CMW KM012 3 5 4 22 List Mode Results Result Groups Single Segment Each of the following commands returns a group of results related to a particular evaluation Modulation Channel Power Adjacent Channel Power for a single segment addressed by the corresponding suffix To configure the list mode use the commands in section List Mode Settings For additional information concerning syntax elements and re...

Page 378: ...no ACP EXTended MAXimum 385 CALCulate EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended MINimum 385 CALCulate EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended SDEViation 385 FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended AVERage 385 FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended CURRent 385 FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended MAXimum 385 FETCh ...

Page 379: ... no MODulation The ranges indicated below apply to all results except standard deviation results The minimum for standard deviation results equals 0 The maximum equals the width of the indicated range divided by two Exceptions are explicitly stated The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result list...

Page 380: ...tion 0 deg to 90 deg Default unit deg 9_IQOffset I Q origin offset Range 100 dB to 0 dB Default unit dB 10_IQImbalance I Q imbalance Range 100 dB to 0 dB Default unit dB 11_CFreqError Carrier frequency error Range 5000 Hz to 5000 Hz Default unit Hz 12_TransTimeErr Transmit time error Only for future use Therefore the return value is always NCAP Range NCAP Default unit µs 13_ATPow1M23 Access termin...

Page 381: ...IST SEGMent no CP AVERage CALCulate EVDO MEAS i MEValuation LIST SEGMent no CP MINimum CALCulate EVDO MEAS i MEValuation LIST SEGMent no CP MAXimum FETCh EVDO MEAS i MEValuation LIST SEGMent no CP CURRent FETCh EVDO MEAS i MEValuation LIST SEGMent no CP AVERage FETCh EVDO MEAS i MEValuation LIST SEGMent no CP MINimum FETCh EVDO MEAS i MEValuation LIST SEGMent no CP MAXimum Returns Channel Power CP...

Page 382: ...the subtype 0 1 or 2 some channels exist or not If not available no power measurement is possible therefore NAV is returned Range 60 dB to 10 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V2 0 20 Options R S CMW KM012 FETCh EVDO MEAS i MEValuation LIST SEGMent no CP STATe Return the states of the channels for power measurement CP The number t...

Page 383: ...AS i MEValuation LIST SEGMent no ACP AVERage FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP MINimum FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP MAXimum FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP SDEViation Returns all ACP value results for the segment no in list mode To define the statisti cal length for AVERage MAXimum MINimum calculation and enable the calculation of the results ...

Page 384: ...e frequencies are determined by the offset values defined via the commands CONFigure EVDO MEAS i MEValuation ACP FOFFsets LOWer and CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer All defined offset val ues are considered irrespective of their activation status The power offsets PowOffsetPn PowOffsetMn refer to the average power at the carrier frequency plus minus the fre quency offset value ...

Page 385: ...MINimum FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended SDEViation Returns all ACP value results for the segment no in list mode To define the statisti cal length for AVERage MAXimum MINimum calculation and enable the calculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no SPECtrum The ranges indicated below apply to all results except standard devia...

Page 386: ...MEAS i MEValuation ACP FOFFsets LOWer and CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer All defined offset val ues are considered irrespective of their activation status The power offsets PowOffsetPn PowOffsetMn refer to the average power at the carrier frequency plus minus the fre quency offset value number n Range 100 dB to 20 dB Default unit dB 44_ATPowerWide Access terminal power measur...

Page 387: ...ist mode To define the statistical length for AVERage MAXimum MINimum calculation and enable the calculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulation The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below The number to the left of each result p...

Page 388: ...er suffix can be omitted to obtain the OBW results For multi carrier configurations the Number suffixes should be used as follows for an active and isolated carrier i use Number i 1 to get its OBW results i 0 1 2 use Number 4 to display the OBW results of the Overall Carrier if all active carriers are adjacent use Number 4 to get the group overall OBW results if three carriers are active and exact...

Page 389: ...r group s occupied bandwidth For single carrier configurations the lower and upper edges are returned as frequency offsets w r t the carrier s center fre quency For multi carrier configurations absolute frequency val ues are returned Range 16 to 6000 MHz Default unit MHz Example See Performing Single Shot Measurements Usage Query only Firmware Software V2 0 20 Options R S CMW KM012 For additional ...

Page 390: ... that the results in all measured seg ments are valid A non zero value indicates that an error occur red in at least one of the measured segments 2_SegReliability 0 3 4 8 The segment reliability indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is i...

Page 391: ... ACP CURRent 396 CALCulate EVDO MEAS i MEValuation LIST ACP MINimum 396 CALCulate EVDO MEAS i MEValuation LIST ACP MAXimum 396 CALCulate EVDO MEAS i MEValuation LIST ACP SDEViation 396 FETCh EVDO MEAS i MEValuation LIST ACP AVERage 396 FETCh EVDO MEAS i MEValuation LIST ACP CURRent 396 FETCh EVDO MEAS i MEValuation LIST ACP MINimum 396 FETCh EVDO MEAS i MEValuation LIST ACP MAXimum 396 FETCh EVDO ...

Page 392: ... enable the calculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulation The ranges indicated below apply to all results except standard devia tion results The minimum for standard deviation results equals 0 The maximum equals the width of the indicated range divided by two Exceptions are explicitly stated The values listed below in curly brackets are ret...

Page 393: ... deg to 90 deg Default unit deg 9_IQOffset I Q origin offset Range 100 dB to 0 dB Default unit dB 10_IQImbalance I Q imbalance Range 100 dB to 0 dB Default unit dB 11_CFreqError Carrier frequency error Range 5000 Hz to 5000 Hz Default unit Hz 12_TransTimeErr Transmit time error Range 100 µs to 100 µs Default unit µs 13_ATPow1M23 Access terminal power measured with a filter bandwidth of 1 23 MHz Ra...

Page 394: ... MEValuation LIST CP CURRent FETCh EVDO MEAS i MEValuation LIST CP MINimum FETCh EVDO MEAS i MEValuation LIST CP MAXimum Returns the Channel Power CP value results in list mode To define the statistical length for AVERage MAXimum MINimum calculation and enable the calculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulation The values listed below in curl...

Page 395: ...oftware V2 0 20 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh EVDO MEAS i MEValuation LIST CP STATe Return the states of the channels for power measurement CP The values listed below in curly brackets are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determin...

Page 396: ...P CURRent FETCh EVDO MEAS i MEValuation LIST ACP MINimum FETCh EVDO MEAS i MEValuation LIST ACP MAXimum FETCh EVDO MEAS i MEValuation LIST ACP SDEViation Returns all ACP value results in list mode To define the statistical length for AVERage MAXimum MINimum calculation and enable the calculation of the results use the com mand CONFigure EVDO MEAS i MEValuation LIST SEGMent no SPECtrum The ranges i...

Page 397: ...e frequencies are determined by the offset values defined via the commands CONFigure EVDO MEAS i MEValuation ACP FOFFsets LOWer and CONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer All defined offset val ues are considered irrespective of their activation status The power offsets PowOffsetPn PowOffsetMn refer to the average power at the carrier frequency plus minus the fre quency offset value ...

Page 398: ...quals 0 The maximum equals the width of the indicated range divided by two Exceptions are explicitly stated The values listed below in curly brackets are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determined by CONFigure EVDO MEAS i MEValuation LIST COUNt The values described below are returned by FETCh and READ commands CALCulate commands return limit ch...

Page 399: ...wNarrow Access terminal power measured with a filter bandwidth of 1 23 MHz Range 100 dBm to 50 dBm Default unit dBm 46_OutOfTolCount Out of tolerance result i e percentage of measurement inter vals of the statistic count see CONFigure EVDO MEAS i MEValuation SCOunt SPECtrum exceeding the specified limits see Limits Spectrum Range 0 to 100 Default unit 47_CurStatCount Number of evaluated valid slot...

Page 400: ...for each result listed below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_Reliabiltiy Conventions and General Information In list mode a zero relia bility indicator indicates that the results in all measured seg ments are valid A non zero value indicates that an error occur red in at least one ...

Page 401: ...ad one value for each result listed below For details refer to chapter 3 2 8 Multi Evaluation Measurement Results on page 249 Return values 1_Reliability Conventions and General Information In list mode a zero relia bility indicator indicates that the results in all measured seg ments are valid A non zero value indicates that an error occur red in at least one of the measured segments 2_SegReliabi...

Page 402: ...ange divided by two Exceptions are explicitly stated The values listed below in curly brackets are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determined by CONFigure EVDO MEAS i MEValuation LIST COUNt The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed be...

Page 403: ...409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS CURRent 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS MAXimum 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS SDEViation 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM PEAK AVERage 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM PEAK CURRent 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM...

Page 404: ...S i MEValuation LIST MODulation MERRor PEAK AVERage 412 FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK CURRent 412 FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK MAXimum 412 FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK SDEViation 412 FETCh EVDO MEAS i MEValuation LIST MODulation MERRor RMS AVERage 412 FETCh EVDO MEAS i MEValuation LIST MODulation MERRor RMS CURRe...

Page 405: ...ion TERRor CURRent 415 FETCh EVDO MEAS i MEValuation LIST MODulation TERRor MAXimum 415 FETCh EVDO MEAS i MEValuation LIST MODulation TERRor SDEViation 415 CALCulate EVDO MEAS i MEValuation LIST MODulation WQUality AVERage 415 CALCulate EVDO MEAS i MEValuation LIST MODulation WQUality CURRent 415 CALCulate EVDO MEAS i MEValuation LIST MODulation WQUality MAXimum 415 CALCulate EVDO MEAS i MEValuati...

Page 406: ...t 419 CALCulate EVDO MEAS i MEValuation LIST CP PILot MAXimum 419 CALCulate EVDO MEAS i MEValuation LIST CP PILot MINimum 419 FETCh EVDO MEAS i MEValuation LIST CP PILot AVERage 419 FETCh EVDO MEAS i MEValuation LIST CP PILot CURRent 419 FETCh EVDO MEAS i MEValuation LIST CP PILot MAXimum 419 FETCh EVDO MEAS i MEValuation LIST CP PILot MINimum 419 CALCulate EVDO MEAS i MEValuation LIST CP RRI AVER...

Page 407: ... DWCP WTFQ MAXimum 422 FETCh EVDO MEAS i MEValuation LIST DWCP WTFQ MINimum 422 FETCh EVDO MEAS i MEValuation LIST OBW number FREQuency LOWer 422 FETCh EVDO MEAS i MEValuation LIST OBW number FREQuency UPPer 422 CALCulate EVDO MEAS i MEValuation LIST OBW FREQuency AVERage 423 CALCulate EVDO MEAS i MEValuation LIST OBW FREQuency CURRent 423 CALCulate EVDO MEAS i MEValuation LIST OBW FREQuency MAXim...

Page 408: ...Ch EVDO MEAS i MEValuation LIST ACP NPOW CURRent 425 FETCh EVDO MEAS i MEValuation LIST ACP NPOW MAXimum 425 FETCh EVDO MEAS i MEValuation LIST ACP NPOW MINimum 425 FETCh EVDO MEAS i MEValuation LIST ACP NPOW SDEViation 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW AVERage 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW CURRent 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW MAXimum ...

Page 409: ...AVERage CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK CURRent CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK SDEViation CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS AVERage CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS CURRent CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RM...

Page 410: ...Ror MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation FERRor SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation FERRor AVERage FETCh EVDO MEAS i MEValuation LIST MODulation FERRor CURRent FETCh EVDO MEAS i MEValuation LIST MODulation FERRor MAXimum FETCh EVDO MEAS i MEValuation LIST MODulation FERRor SDEViation Returns carrier frequency error values for all active list mode segments ...

Page 411: ...ues one per active segment Range 100 dB to 0 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate EVDO MEAS i MEValuation LIST MODulation IQOFfset AVERage CALCulate EVDO MEAS i MEValuation LIS...

Page 412: ...CALCulate EVDO MEAS i MEValuation LIST MODulation MERRor RMS MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation MERRor RMS SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK AVERage FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK CURRent FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK MAXimum FETCh EVDO MEAS i MEValuation LIST MODulation MERRor PEAK SDE...

Page 413: ...Ror RMS CURRent CALCulate EVDO MEAS i MEValuation LIST MODulation PERRor RMS MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation PERRor RMS SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation PERRor PEAK AVERage FETCh EVDO MEAS i MEValuation LIST MODulation PERRor PEAK CURRent FETCh EVDO MEAS i MEValuation LIST MODulation PERRor PEAK MAXimum FETCh EVDO MEAS i MEValuation LIST MODulation...

Page 414: ...IST MODulation PWBand SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation PNBand AVERage FETCh EVDO MEAS i MEValuation LIST MODulation PNBand CURRent FETCh EVDO MEAS i MEValuation LIST MODulation PNBand MAXimum FETCh EVDO MEAS i MEValuation LIST MODulation PNBand MINimum FETCh EVDO MEAS i MEValuation LIST MODulation PNBand SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation PWBand AVERag...

Page 415: ...result listed below Return values Reliability chapter 3 5 1 6 Reliability Indicator on page 302 TransTimeError Comma separated list of values one per active segment Range 100 µs to 100 µs Default unit s Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to C...

Page 416: ...ditional information concerning syntax elements and returned values refer to Conventions and General Information FETCh EVDO MEAS i MEValuation LIST MODulation OTOLerance Returns the out of tolerance count of the modulation measurement for all active list mode segments Return values Reliability chapter 3 5 1 6 Reliability Indicator on page 302 OutOfTolCount The percentage of measurement intervals o...

Page 417: ... data source con trol channel for all active list mode segments The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability chapter 3 5 1 6 Reliability Indicator on page 302 ACKDSC Comma separated list of values one per active segment Range 60 dB to 10 dB Default unit dB Example Se...

Page 418: ...ns and General Information CALCulate EVDO MEAS i MEValuation LIST CP DATA AVERage CALCulate EVDO MEAS i MEValuation LIST CP DATA CURRent CALCulate EVDO MEAS i MEValuation LIST CP DATA MAXimum CALCulate EVDO MEAS i MEValuation LIST CP DATA MINimum FETCh EVDO MEAS i MEValuation LIST CP DATA AVERage FETCh EVDO MEAS i MEValuation LIST CP DATA CURRent FETCh EVDO MEAS i MEValuation LIST CP DATA MAXimum ...

Page 419: ...on page 302 DRC Comma separated list of values one per active segment Range 60 dB to 10 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate EVDO MEAS i MEValuation LIST CP PILot AVERage CALCu...

Page 420: ...MAXimum FETCh EVDO MEAS i MEValuation LIST CP RRI MINimum Returns the RMS power statistical values of the reverse rate indicator channel for all active list mode segments The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability chapter 3 5 1 6 Reliability Indicator on page 302 R...

Page 421: ...Q MINimum CALCulate EVDO MEAS i MEValuation LIST DWCP WTFI AVERage CALCulate EVDO MEAS i MEValuation LIST DWCP WTFI CURRent CALCulate EVDO MEAS i MEValuation LIST DWCP WTFI MAXimum CALCulate EVDO MEAS i MEValuation LIST DWCP WTFI MINimum CALCulate EVDO MEAS i MEValuation LIST DWCP WTFQ AVERage CALCulate EVDO MEAS i MEValuation LIST DWCP WTFQ CURRent CALCulate EVDO MEAS i MEValuation LIST DWCP WTFQ...

Page 422: ...Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh EVDO MEAS i MEValuation LIST OBW number FREQuency LOWer FETCh EVDO MEAS i MEValuation LIST OBW number FREQuency UPPer Returns lower and upper OBW frequencies for all active list mode segments The values are taken from the CURRent measur...

Page 423: ...12 CALCulate EVDO MEAS i MEValuation LIST ACP ACPM freqpoint AVERage CALCulate EVDO MEAS i MEValuation LIST ACP ACPM freqpoint CURRent CALCulate EVDO MEAS i MEValuation LIST ACP ACPM freqpoint MAXimum CALCulate EVDO MEAS i MEValuation LIST ACP ACPP freqpoint AVERage CALCulate EVDO MEAS i MEValuation LIST ACP ACPP freqpoint CURRent CALCulate EVDO MEAS i MEValuation LIST ACP ACPP freqpoint MAXimum F...

Page 424: ...ion LIST ACP EXTended ACPP freqpoint AVERage CALCulate EVDO MEAS i MEValuation LIST ACP EXTended ACPP freqpoint CURRent CALCulate EVDO MEAS i MEValuation LIST ACP EXTended ACPP freqpoint MAXimum FETCh EVDO MEAS i MEValuation LIST ACP EXTended ACPM freqpoint AVERage FETCh EVDO MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent FETCh EVDO MEAS i MEValuation LIST ACP EXTended ACPM freqpoint ...

Page 425: ...DO MEAS i MEValuation LIST ACP NPOW AVERage FETCh EVDO MEAS i MEValuation LIST ACP NPOW CURRent FETCh EVDO MEAS i MEValuation LIST ACP NPOW MAXimum FETCh EVDO MEAS i MEValuation LIST ACP NPOW MINimum FETCh EVDO MEAS i MEValuation LIST ACP NPOW SDEViation CALCulate EVDO MEAS i MEValuation LIST ACP WPOW AVERage CALCulate EVDO MEAS i MEValuation LIST ACP WPOW CURRent CALCulate EVDO MEAS i MEValuation...

Page 426: ...nel power measurement for all active list mode segments Return values Reliability chapter 3 5 1 6 Reliability Indicator on page 302 OutOfTolCount Comma separated list of values one per active segment Range 0 to 100 Default unit Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 FETCh EVDO MEAS i MEValuation LIST ACP STCount Returns the ...

Page 427: ...S i OLTR ABORt EVDO MEAS i OLTR Starts stops or aborts the measurement INITiate starts or restarts the measurement the R S CMW enters the RUN state STOP causes a running measurement to stop after the current evaluation period is terminated and valid results are available the R S CMW enters the RDY state ABORt causes a running measurement to stop immediately the R S CMW enters the OFF state Use FET...

Page 428: ...nd the measurement substates Both measure ment substates are relevant for running measurements only Use FETCh STATe to query the main measurement state only Use INITiate STOP ABORt to change the measurement state See also Measurement Control in the R S CMW user manual chapter Remote Control Return values MainState OFF RDY RUN OFF measurement switched off no resources allocated no results available...

Page 429: ...INTerval TIME 432 CONFigure EVDO MEAS i OLTR MOEXception 432 CONFigure EVDO MEAS i OLTR LIMit ILOWer 433 CONFigure EVDO MEAS i OLTR TOUT Timeout Defines a timeout for the measurement The timer is started when the measurement is initiated via a READ or INIT command It is not started if the measurement is initiated manually ON OFF key or RESTART STOP key When the measurement has completed the first ...

Page 430: ...easurement Specific Settings Usage Query only Firmware Software V3 0 10 CONFigure EVDO MEAS i OLTR SEQuence NoOfMeasSeq Sets gets the number of measurement sequences within a single OLTR measurement Each sequence consists of a power UP or power DOWN step followed by a power step in the opposite direction see CONFigure EVDO MEAS i OLTR PSTep DIRection on page 431 Parameters NoOfMeasSeq Range 1 to 5...

Page 431: ...s the duration of the reference power interval i e the interval that is used to calcu late the AT reference power for the subsequent power step Parameters RefPowInterval The time as the number of slots from 3 5 ms to 24 40 ms Range 3 to 24 RST 6 Example See OLTR Specifying Measurement Specific Settings Firmware Software V3 0 10 Manual operation See Ref Power Interval on page 283 CONFigure EVDO MEA...

Page 432: ... duration of the guard intervals i e the intervals succeeding the OLTR evalua tion intervals and preceding the reference power intervals Return values GuardInterval Range 5 ms to 100 ms Example See OLTR Specifying Measurement Specific Settings Usage Query only Firmware Software V3 0 10 V3 0 20 range of GuardInterval changed Manual operation See Guard Interval on page 283 CONFigure EVDO MEAS i OLTR...

Page 433: ...Quence Sequence TRACe DOWN STATe 434 FETCh EVDO MEAS i OLTR SEQuence Sequence TRACe UP STATe 434 READ EVDO MEAS i OLTR SEQuence Sequence TRACe DOWN STATe 434 READ EVDO MEAS i OLTR SEQuence Sequence TRACe UP STATe 434 FETCh EVDO MEAS i RPINterval SEQuence Sequence TRACe DOWN 434 FETCh EVDO MEAS i RPINterval SEQuence Sequence TRACe UP 434 READ EVDO MEAS i RPINterval SEQuence Sequence TRACe DOWN 435 ...

Page 434: ...g the power down up step The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Suffix Sequence 1 5 The number of the sequence whose trace shall be queried must be smaller than the configured number of sequences see CONFigure EVDO MEAS i OLTR SEQuence Return values Reliability Reliability Indic...

Page 435: ... Path Commands For some settings the command to be used depends on the active scenario While the Combined Signal Path CSP scenario is active these settings are configured via com mands of the signaling application While the Standalone SA scenario is active they are configured via measurement commands The following mapping table provides an overview Table 3 4 Mapping of SA commands to CSP commands ...

Page 436: ...ONFigure EVDO SIGN i NETWork PILot AT ASSigned CONFigure EVDO MEAS i MEValuation CARRier FOFFset not relevant CONFigure EVDO MEAS i MEValuation CARRier FREQuency CONFigure EVDO SIGN i CARRier CHANnel or CONFigure EVDO SIGN i CARRier RLFRequency 3 6 List of Commands ABORt EVDO MEAS i MEValuation 315 ABORt EVDO MEAS i OLTR 427 CALCulate EVDO MEAS i MEValuation ACP AVERage 365 CALCulate EVDO MEAS i M...

Page 437: ... WPOW CURRent 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW MAXimum 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW MINimum 425 CALCulate EVDO MEAS i MEValuation LIST ACP WPOW SDEViation 425 CALCulate EVDO MEAS i MEValuation LIST CP ADSC AVERage 417 CALCulate EVDO MEAS i MEValuation LIST CP ADSC CURRent 417 CALCulate EVDO MEAS i MEValuation LIST CP ADSC MAXimum 417 CALCulate EVDO MEAS i ...

Page 438: ...ion LIST MODulation EVM PEAK AVERage 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK CURRent 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK MAXimum 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM PEAK SDEViation 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS AVERage 409 CALCulate EVDO MEAS i MEValuation LIST MODulation EVM RMS CURRent 409 CAL...

Page 439: ...Band SDEViation 414 CALCulate EVDO MEAS i MEValuation LIST MODulation SDEViation 392 CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor AVERage 415 CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor CURRent 415 CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor MAXimum 415 CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor SDEViation 415 CALCulate EVDO MEAS i MEValuation LI...

Page 440: ...MEValuation MODulation MINimum 369 CALCulate EVDO MEAS i MEValuation MODulation SDEViation 369 CALCulate EVDO MEAS i MEValuation OBW Number AVERage 367 CALCulate EVDO MEAS i MEValuation OBW Number CURRent 367 CALCulate EVDO MEAS i MEValuation OBW Number MAXimum 367 CALCulate EVDO MEAS i MEValuation TRACe ACP AVERage ABSolute 362 CALCulate EVDO MEAS i MEValuation TRACe ACP AVERage RELative 363 CALC...

Page 441: ...359 CALCulate EVDO MEAS i MEValuation TRACe CP CURRent 359 CALCulate EVDO MEAS i MEValuation TRACe CP MAXimum 359 CALCulate EVDO MEAS i MEValuation TRACe CP MINimum 359 CALCulate EVDO MEAS i MEValuation TRACe OBW Number CURRent 367 CALCulate EVDO MEAS i OLTR SEQuence Sequence TRACe DOWN STATe 434 CALCulate EVDO MEAS i OLTR SEQuence Sequence TRACe UP STATe 434 CONFigure EVDO MEAS i DISPlay 311 CONF...

Page 442: ... CHECk 344 CONFigure EVDO MEAS i MEValuation LIMit OBW CHECk USED 345 CONFigure EVDO MEAS i MEValuation LIMit OBW MULTi 344 CONFigure EVDO MEAS i MEValuation LIMit OBW SETA 345 CONFigure EVDO MEAS i MEValuation LIMit OBW SETB 345 CONFigure EVDO MEAS i MEValuation LIMit PERR PEAK 336 CONFigure EVDO MEAS i MEValuation LIMit PERR RMS 336 CONFigure EVDO MEAS i MEValuation LIMit TTERror 337 CONFigure E...

Page 443: ...gure EVDO MEAS i RFSettings UMARgin 310 FETCh EVDO MEAS i MEValuation ACP AVERage 365 FETCh EVDO MEAS i MEValuation ACP CURRent 365 FETCh EVDO MEAS i MEValuation ACP MAXimum 365 FETCh EVDO MEAS i MEValuation CP AVERage 360 FETCh EVDO MEAS i MEValuation CP CURRent 360 FETCh EVDO MEAS i MEValuation CP MAXimum 360 FETCh EVDO MEAS i MEValuation CP MINimum 360 FETCh EVDO MEAS i MEValuation LIST ACP ACP...

Page 444: ...tion LIST CP ADSC STATe 420 FETCh EVDO MEAS i MEValuation LIST CP APILot AVERage 417 FETCh EVDO MEAS i MEValuation LIST CP APILot CURRent 417 FETCh EVDO MEAS i MEValuation LIST CP APILot MAXimum 418 FETCh EVDO MEAS i MEValuation LIST CP APILot MINimum 418 FETCh EVDO MEAS i MEValuation LIST CP APILot STATe 420 FETCh EVDO MEAS i MEValuation LIST CP AVERage 394 FETCh EVDO MEAS i MEValuation LIST CP C...

Page 445: ... MODulation EVM PEAK AVERage 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM PEAK CURRent 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM PEAK MAXimum 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM PEAK SDEViation 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM RMS AVERage 409 FETCh EVDO MEAS i MEValuation LIST MODulation EVM RMS CURRent 409 FETCh EVDO MEAS i MEValuation L...

Page 446: ...IST MODulation PWBand MINimum 414 FETCh EVDO MEAS i MEValuation LIST MODulation PWBand SDEViation 414 FETCh EVDO MEAS i MEValuation LIST MODulation SDEViation 392 FETCh EVDO MEAS i MEValuation LIST MODulation STCount 416 FETCh EVDO MEAS i MEValuation LIST MODulation TERRor AVERage 415 FETCh EVDO MEAS i MEValuation LIST MODulation TERRor CURRent 415 FETCh EVDO MEAS i MEValuation LIST MODulation TER...

Page 447: ...ETCh EVDO MEAS i MEValuation LIST SEGMent no OBW MAXimum 389 FETCh EVDO MEAS i MEValuation LIST SEGMent no OBW SDEViation 389 FETCh EVDO MEAS i MEValuation LIST SRELiability 408 FETCh EVDO MEAS i MEValuation MODulation AVERage 369 FETCh EVDO MEAS i MEValuation MODulation CURRent 369 FETCh EVDO MEAS i MEValuation MODulation MAXimum 369 FETCh EVDO MEAS i MEValuation MODulation MINimum 369 FETCh EVDO...

Page 448: ...uation TRACe CDP ISIGnal PILot STATe 353 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI AVERage 349 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI CURRent 349 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI LIMit 350 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MAXimum 349 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MINimum 349 FETCh EVDO MEAS i MEValuation TRACe CDP I...

Page 449: ... i MEValuation MODulation AVERage 369 READ EVDO MEAS i MEValuation MODulation CURRent 369 READ EVDO MEAS i MEValuation MODulation MAXimum 369 READ EVDO MEAS i MEValuation MODulation MINimum 369 READ EVDO MEAS i MEValuation MODulation SDEViation 369 READ EVDO MEAS i MEValuation OBW Number AVERage 368 READ EVDO MEAS i MEValuation OBW Number CURRent 368 READ EVDO MEAS i MEValuation OBW Number MAXimum...

Page 450: ...TRACe CDP QSIGnal RRI CURRent 349 READ EVDO MEAS i MEValuation TRACe CDP QSIGnal RRI MAXimum 349 READ EVDO MEAS i MEValuation TRACe CDP QSIGnal RRI MINimum 349 READ EVDO MEAS i MEValuation TRACe CP AVERage 359 READ EVDO MEAS i MEValuation TRACe CP CURRent 359 READ EVDO MEAS i MEValuation TRACe CP MAXimum 359 READ EVDO MEAS i MEValuation TRACe CP MINimum 359 READ EVDO MEAS i MEValuation TRACe EVMag...

Page 451: ... TRIGger EVDO MEAS i MEValuation DELay 313 TRIGger EVDO MEAS i MEValuation EOFFset 314 TRIGger EVDO MEAS i MEValuation LIST MODE 377 TRIGger EVDO MEAS i MEValuation MGAP 314 TRIGger EVDO MEAS i MEValuation SLOPe 312 TRIGger EVDO MEAS i MEValuation SOURce 312 TRIGger EVDO MEAS i MEValuation THReshold 313 TRIGger EVDO MEAS i MEValuation TOUT 313 List of Commands 深圳德标仪器 135 1095 0799 ...

Page 452: ... using the CDMA2000 Multi Evaluation measurement option R S CMW KM800 Data transfer tests can be performed using the Data Appli cation Unit DAU option R S CMW B450x and R S CMW KM050 Additional RX measurements are provided by the CDMA2000 signaling application For details refer to Frame Error Rate FCH SCH0 Measurement RLP and IP Statistics Pilot Strength Measurement Speech Measurement 4 1 What s N...

Page 453: ...already a basic knowledge of the forward link signal you may also skip these sections and continue reading with the GUI Reference The GUI Reference provides links to the background information where required Test Setups 453 Initiating Signaling Tests 456 End to End Packet Data Connections 458 Audio Measurements 459 Hybrid Mode 460 External Fading 463 Internal Fading 464 Connection States 466 Hando...

Page 454: ...Scenarios 455 Test Setup for Internal Fading Scenarios 456 4 2 1 1 Test Setup for Standard Cell Scenario The device under test DUT can be connected to one of the bidirectional RF connec tors RF 1 COM or RF 2 COM at the front panel of the R S CMW No additional cabling and no external trigger is needed The input level ranges of all RF COM connectors are identical The bidirectional RF connection betw...

Page 455: ...below Fig 4 1 Test setup using two connectors at instrument side 4 2 1 3 Test Setup for External Fading Scenarios In order to superimpose fading on the baseband signal you can integrate an R S AMU200A into a test setup The R S AMU200A must be connected to the digital I Q interface of the R S CMW At least one I Q board must be installed at the R S CMW for that purpose option R S CMW B510x B520x All...

Page 456: ...ernal fading shall be used the test setup is the same as for the corresponding sce nario without fading 4 2 2 Initiating Signaling Tests The CDMA2000 forward signal is turned on as long as the CDMA2000 Sig softkey indicates the ON statesee ON OFF Key CDMA2000 Sig Softkey After switching on wait until the hour glass symbol has disappeared When forward signal transmission has been turned on the conn...

Page 457: ...e MS state indicates Connected In connected state the main view provides also connection details and MS information 7 To switch to the measurement application press the Go to softkey The CDMA2000 RX Measurement is provided by the CDMA2000 signaling firm ware application The CDMA2000 Multi Evaluation measurements are available as option R S CMW KM800 In the latter case the softkey also selects the ...

Page 458: ... For IPv4 option R S CMW KA100 is required for IPv6 additionally option R S CMW KA150 To set up an end to end packet data connection proceed as follows 1 Configure the IP settings of the DAU according to the DAU s user manual 2 Select the packet data service option SO33 see 1st Service Option on page 529 3 Configure the packet data parameters see chapter 4 3 8 5 Packet Data Service on page 543 4 C...

Page 459: ...nt option This allows for example microphone and speaker tests for a mobile phone In addition the audio board houses a speech codec board that provides an interface to the signaling units of the R S CMW It decodes the signal delivered by a CDMA2000 signaling application or encodes an audio signal and delivers it to the CDMA2000 sig naling application The speech codec allows a signaling application...

Page 460: ...A2000 TX measurements evaluate the different characteristics of the signal as well For the detailed information and test setups refer to the user manual of the audio mea surements application 4 2 5 Hybrid Mode In hybrid mode option R S CMW KS888 the MS registers in CDMA2000 1xRTT and opens a session in CDMA2000 1xEV DO at the same time to support voice and data services As the MS monitors the cont...

Page 461: ... use these time settings and ignore the other time setting parame ters This makes sure that unnecessary updates are avoided and that the time settings for both FWAs are synchronized when the hybrid mode has been selected If one FWA is running in hybrid mode and the 2nd FWA is being started with new time settings this will affect the running FWA and lead to call drops It is recommended to switch bo...

Page 462: ...ode on a single SUU 1xEV DO signaling only supports Rev 0 A If Rev B is required to run in hybrid mode the dual SUU setup has to be chosen Setup Procedure in Hybrid Mode 1 Select scenario hybrid mode in both CDMA2000 and 1xEV DO 2 Configure both FWAs on different RF converters e g CDMA2000 Sig on RF1 COM and 1xEV DO Sig on RF3 COM 3 Connect the DUT to the configured RF connectors using an external...

Page 463: ...ons All available functionality is supported in both signaling applications Setup Procedure 1 If using two R S CMWs synchronize both R S CMWs according to the multibox scenario 2 Configure both FWAs on different RF converters e g CDMA2000 Signaling on RF1 COM and 1xEV DO Signaling on RF3 COM 3 Connect the DUT to the configured RF connectors using an external combiner 4 Configure both signaling FWA...

Page 464: ...Configure the I Q input of the R S CMW In the configuration tree section IQ Settings IQ In Baseband Level enter the signal level noted in the previous step Alternatively it is also possible to specify the signal output level of the R S AMU200A to note the resulting PEP and to enter this PEP value at the R S CMW for Baseband PEP But this is not recommended 7 Turn on the forward link signal at the s...

Page 465: ...n order to avoid distor tion the baseband signal must be attenuated before entering the fading module with the necessary attenuation insertion loss depending on the selected fading profile In CDMA2000 signaling the insertion loss at the baseband level can be calculated automatically or set manually It is automatically compensated on the HF level which implies a shift of the allowed DL power level ...

Page 466: ...transmitting a CDMA2000 signal to which the MS can synchronize The R S CMW generates a control channel signal BS Signal to which an MS can synchronize Paging A transitory state indicating that the R S CMW attempts a connection but no traffic channel is active yet Alerting Displayed during the call setup Registered or On MS Connected after the MS has started alerting Registered Registration of the ...

Page 467: ...mplete The Off state can be reached from any state by turning off the forward CDMA2000 signal ON OFF Moreover incidents like an inac tive session timeout or a loss of the radio link cause additional transitions A CDMA2000 dual band handoff can be performed in the Connected state see chap ter 4 2 9 Handoff on page 468 General Description 深圳德标仪器 135 1095 0799 ...

Page 468: ... is the process of transferring an ongoing call or data connection from one network to another The R S CMW supports CDMA2000 dual band handoff between different CDMA2000 band classes and RF channels The Handoff hotkey appears as soon as the R S CMW enters the connected state See section chapter 4 2 8 Connection States on page 466 A Handoff includes 1 selection of the destination band class and cha...

Page 469: ...alsh Codes to provide a constant spreading rate It provides data rates from 1 2 kbit s up to 1036 8 kbit s 4 8 16 32 64 128 RC3 to RC5 4 8 16 32 64 128 256 RC6 to RC12 QPSK QPSK see table below F FCH Forward Fundamen tal Channel The F FCH contains control data and user data It is a sub channel of the traffic channel The traffic channel is used for transmitting the radio link information i e for co...

Page 470: ...t the sys tem time the long code status information about the paging channel the system ID and the network ID The data rate is always 1200 bps 64 BPSK 32 Table 4 2 F SCH Walsh codes dependancies on MuxPDUs per physical layer SDU RC and frame type for frame size 20 ms MuxPDUs Layer Frame Type Rate1 MuxPDUs Layer Frame Type Rate2 RC3 RC4 RC5 1 Wn 64 Wn 128 Wn 64 2 1 Wn 32 Wn 64 Wn 32 4 2 Wn 16 Wn 32...

Page 471: ... codes that preserve orthogonality between channels They are derived from a hierarchical tree Channelization codes are used to separate different physical channels of the same carrier frequency cell and user They are defined in terms of the spreading factor SF and a code number m ranging from 0 to SF 1 The codes cSF m are called Orthogonal Variable Spreading Factor OVSF codes and are derived from ...

Page 472: ... 1 01 1 1 1 1 1 1 1 1 2 10 1 1 1 1 1 1 1 1 3 11 1 1 1 1 Quasi Orthogonal Functions To increase the number of possible channels the IS 2000 standard defines alternative sets of orthogonal functions These functions are called Quasi Orthogonal Functions QOF and can be used in parallel to the Walsh functions QOF are defined for radio configurations 3 to 9 For the purpose to generate a new channelizati...

Page 473: ...228 7d277772d87dd W173 256 3 1724bd71b28118d48ebddb172b187eb2e7d4b27ebd8ee82481b 22be7dbe871bd W47 256 4 2 10 3 Power Levels The individual physical channel power and the OCNS power are expressed relative to the total output power of the generator The total power of all active physical channels excluding OCNS channels is called accumulated power If the accumulated power is smaller than the output ...

Page 474: ...een the BS R S CMW and the MS under test is negligible or Î Ior then Eb Nt is given by the power Levelon the traffic channel and the data rate in the forward channel Level and Frame Rate Dependencies for F FCH The F FCH level specifies the channel level for the Full frame rate If a frame rate other than Full is used the actual test traffic level is lower Test traffic level F FCH Level Corr The lev...

Page 475: ...all to the MS Modulation measurements and the other TX tests may run slower in speech service since the MS signal may not be using full rate TX Measurements TX measurements depend on the Reverse Radio Configuration R RC of the MS In general O QPSK measurements require a R RC 1 or 2 whereas H PSK measure ments require a R RC 3 or 4 Service Option 1 Service Option 1 provides a variable rate two way ...

Page 476: ...e sponding speech coder source bit rates are 8550 bps 4000 bps 2000 bps and 800 bps Service Option 68 meets the requirements described in 3GPP2 C S0014 The FCH can be configured as follows FCH sets the radio configuration to use for the Forward and Reverse Fundamental Channel F FCH RC and R FCH RC The Multiplex Options F FCH MO and R FCH MO are not selectable they are set to 1 by the Service Optio...

Page 477: ...rre sponding to the 9600 bps 4800 bps 2400 bps and 1200 bps frame rates The corre sponding speech coder source bit rates are 8550 bps 4000 bps 2000 bps and 800 bps Service Option 73 meets the requirements described in 3GPP2 C S0014 The FCH can be configured as follows FCH sets the radio configuration to use for the Forward and Reverse Fundamental Channel F FCH RC and R FCH RC The Multiplex Options...

Page 478: ...nd Reverse Fundamental Channel F FCH RC and R FCH RC The Multiplex Options F FCH MO and R FCH MO are not selectable they are set to 1 by the Service Option 2 selection and to 2 by the Service Option 9 selection Frame Rate See chapter 4 3 8 2 Loopback Service on page 540 Pattern Generation Pattern See chapter 4 3 8 2 Loopback Service on page 540 Service Option 55 Service Option 55 applies to system...

Page 479: ...er the TDSO is configured to generate primary traffic over the for ward and reverse traffic channel The test mode for the TDSO is the byte pattern 0xFF with a 100 frame activity By default it creates a traffic channel frame every 20 ms TDSO generates Rate 1 frame with a data block For details see chapter 4 2 17 1 Frame Error Rate FCH SCH0 Measurement on page 492 The FCH and SCH can be configured a...

Page 480: ... Fundamental Channel F FCH RC and R FCH RC Radio Configuration with SCH cannot be used for SO33 Frame Rate see table 4 6 For the IP configuration see DAU user manual See also chapter 4 2 3 End to End Packet Data Connections on page 458 4 2 12 Radio Configurations The CDMA2000 standard defines several radio configurations RC A radio configura tion comprises a set of forward traffic channel and reve...

Page 481: ...um bers and the formulas for calculation of center frequencies from channel numbers Table 4 9 Band classes for forward signals Band Class Number Band Class Name Channel Number N Center Frequency MHz 0 US Cellular Korean Cellular 1 N 799 991 N 1023 1024 N 1323 870 0 03 N 870 0 03 N 1023 860 03 0 03 N 1024 1 North American PCS 0 N 1199 1930 0 05 N 2 TACS Band 0 N 1000 1329 N 2047 2048 N 2108 934 987...

Page 482: ...5 N 18 Public Safety Bands 700 MHz 0 N 240 757 0 05 N 19 Lower 700 MHz 0 N 360 728 0 05 N Table 4 10 Band classes for reverse signals Band Class Number Band Class Name Channel Number N Center Frequency MHz 0 US Cellular Korean Cellu lar 1 N 799 991 N 1023 1024 N 1323 825 0 03 N 825 0 03 N 1023 815 04 0 03 N 1024 1 North American PCS 0 t N o 1199 1850 0 05 N 2 TACS Band 0 N 1000 1329 N 2047 2048 N ...

Page 483: ...networks control of the Mobile Station MS transmit power is essential to ensure stable transmission and an efficient radio resource management within the sys tem Generally speaking an output power of the MS transmitter that is too low decrea ses the coverage area while an excess output power may cause interference to other channels or systems Both effects decrease the system capacity Within CDMA20...

Page 484: ...l does not exist NONE if a call does not exist drop the message do not establish a call Data Burst Message 484 SMS Message File Format 484 Send Method 487 SMS_Cause_Code 487 Receive Method 490 Handling of Large SMS Messages 491 4 2 15 1 Data Burst Message The message is a simple container that allows an array of octets to be sent to the other end of the link DBM is defined in 3GPP2 C S0005 in sect...

Page 485: ... mandatory O optional n a not applicable Since the channels do have different capacities the length of one message depends on the selected transmit method After sending or receiving the SMS the R S CMW MS Info display shows the information about the length of the sent or received SMS If a SMS message is entered at the GUI the text is always encoded as ASCII and Tel eservice ID CMT 95 Wireless Mess...

Page 486: ...8006F007200740020004D0065007300730061 0067006500200053006500720076006900630065002000540065007300740020002D00200055006E00 690063006F0064006500200053004D0053 Fig 4 3 SMS file with unicode encoding SMS Teleservice ID The teleservice identifier Teleservice ID associated with a short message identifies which upper layer service access point is sending or should receive the message In the message files ...

Page 487: ...gistered state and click the softkey Send SMS The R S CMW sends the message to the MS and transmits it over the defined method PCH SO 6 or SO14 SMS Test Procedure Connected State 1 Create or select an SMS message to send 2 Configure the send parameters 3 Establish a call Afterwards click the softkey Send SMS Since a call is already connected the R S CMW sends the message over the Traf fic Channel ...

Page 488: ... SME is known but it does not respond to a page SMS Notification is not pending Destination busy The destination MS based SME is SMS capable but is cur rently engaged in a call a service or a call mode that pre cludes the use of SMS or the destination SME is congested This value shall only be used between the MSC and the MC when allowed by bilateral agreement SMS Notification is not pending No ack...

Page 489: ...ME refused the message the destination is not authorized for a required sup plementary service etc Supplementary service not supported The originating supplementary service is not known or suppor ted the sender is not authorized for an originating supplemen tary service etc SMS not supported SMS is not supported by an addressed functional entity Missing expected parameter An optional parameter tha...

Page 490: ...of the R S CMW during the reception of the message Information about the received SMS and how the SMS was transmitted is displayed for the last message at MS Info Messaging SMS Info Last Received Message or can be reviewed by selecting it see Received Messages Select File on page 560 The other DBM messages other than SMS can be read via the com mands RECeive READ The messages are stored in the def...

Page 491: ...Sequential SMS is enabled the R S CMW stores all received segments in one file as several data segments Otherwise the seg ment messages are stored in separate files Example Received large SMS message saved in one file ENCODING ASCII TELESERVICEID CMT 95 DATA R S CMW Short Message Service Test Text SMS DATA R S CMW Short Message Service Test Part 2 of ASCII Message 4 2 16 Trigger Signals The CDMA20...

Page 492: ...rements especially transmit time error tests Sync Channel Frame Trigger Trigger event at the beginning of each Sync Channel Frame 26 67 ms 4 2 17 RX Measurements The RX measurement results are displayed in a tabbed style The state of the signaling application can be observed from within the RX measure ment view A configuration dialog is common for all RX measurements To access the RX mea surement ...

Page 493: ...ires a test data call SO32 to test the high data rates Frame Error Rate FER measures the percentage of frame errors over the total num ber of frames received The R S CMW monitors the Fundamental Channel FCH and Supplemental Channel 0 SCH0 The actual size of the transmitted data blocks during a TDSO frame depends on the multiplex sublayer command FER measurement requires option R S CMW KS810 Signal...

Page 494: ... Rx and forward Tx direction The results are available and constantly updated while a PPP connection is active and the measure ment is switched on Established call required The RX Meas RLP requires packet data call SO33 to be established via the signal ing application using DAU see chapter 4 2 3 End to End Packet Data Connections on page 458 RLP measurement requires options for DAU see chapter 4 2...

Page 495: ...C control RLP frames ACK Number of ACK control RLP frames data received correctly SYNCACK Number of SYNCACK control RLP frames B_Data Number of B format frames with user data C_Data Number of C format frames with user data D_Data Number of D format frames with user data Reassembly Number of RLP frames associated with reassembly a stream of data in its original form into Service Data Unit SDU by pu...

Page 496: ...t power relative to the serving frequency power reported by the MS Serving frequency power total transmit power of the BS reported by the MS 4 2 17 4 Speech Measurement The speech measurement evaluates the traffic flow between DUT and R S CMW The idea behind this measurement is to monitor the speech frame activity to from the MS in terms of blanked frames 1 8 rate frames 1 4 rate frames 1 2 rate f...

Page 497: ...te set Additionally forward and reverse throughput is displayed Speech measurement requires option R S CMW KS810 Test Procedure 1 Select a speech option see 1st Service Option on page 529 2 If an audio board is used follow the setup according to the procedure for audio measurements see chapter 4 2 4 Audio Measurements on page 459 3 Start the circuit switched session as described in chapter 4 2 2 I...

Page 498: ... chapter show the GUI with all available options installed Depending on the installed options some parameters may not be configurable display the default value or may not be visible at all This is indicated in the parameter description The GUI reference is structured as follows Signaling View 498 Signaling Control 513 Using the Shortcut Softkeys 516 General Settings 517 I Q Settings 518 Internal F...

Page 499: ... individual areas of the view refer to the subsections Connection Status 499 MS Info 501 MS Capabilities 503 SMS Info 510 Base Station Control 511 Event Log 512 Mobile Station Control 512 4 3 1 1 Connection Status The connection status area dynamically displays the current states of the R S CMW CDMA2000 signal the mobile station and their current connection state and informa tion for troubleshooti...

Page 500: ...OURce CDMA SIGN i STATe SOURce CDMA SIGN i STATe ALL Mobile Station Provides a current connection state of MS See chapter 4 2 8 Connection States on page 466 Remote command FETCh CDMA SIGN i SOPTion STATe RX Power Indicates the quality of the received power in reverse link no signal from MS detected the MS may be switched off or in idle mode in range the MS power is in the expected range according...

Page 501: ...n Displays the current radio configuration used during the established connection Addi tionally the modulation resulting from the used radio configuration is displayed For the background information refer to chapter 4 2 12 Radio Configurations on page 480 Remote command CONFigure CDMA SIGN i LAYer RCONfig CONFigure CDMA SIGN i LAYer MODulation MUX Options Returns the actual multiplex options of FC...

Page 502: ...ix 503 Dialed Number For MS originated calls dialed number called number Remote command CONFigure CDMA SIGN i MSINfo DNUMber Global Emergency Call Indicates if the current call is a global emergency call Remote command CONFigure CDMA SIGN i MSINfo GECall MS Protocol Revision Queries the protocol revision supported by the MS Remote command CONFigure CDMA SIGN i MSINfo PREVision MCC NMSI If no MS is...

Page 503: ...mand CONFigure CDMA SIGN i MSINfo EIRP MS IPv4 Address IPv6 Prefix Display the IPv4 address and or the IPv6 prefix that have been assigned to the MS by the R S CMW The MS indicates whether it supports IPv4 only or IPv6 only or both Depending on this information the R S CMW assigns either an IPv4 address or an IPv6 prefix or both and displays the assigned values Remote command SENSe CDMA SIGN i ATA...

Page 504: ...Support 505 Multiplex Option Support 505 Terminal Information 506 Roaming Information 506 Geo Location MS Capabilities 506 Wireless Local Loop MS Capabilities 507 Authentication MS Capabilities 507 Other MS Capabilities 508 Band Class Support The MS capability information in this section indicates band class support of MS Fig 4 10 Band class MS capabilities Band Class Support Queries the Band Clas...

Page 505: ...ptions MS capabilities Service Options Support 0 Queries which service options the MS supports on the forward and reverse fundamen tal channels Remote command CONFigure CDMA SIGN i CAPabilities SOSupport FFCH CONFigure CDMA SIGN i CAPabilities SOSupport RFCH Multiplex Option Support Fig 4 13 Multiplex option MS capabilities MUX Option Support 0 Queries MS capabilities about MUX support on the forw...

Page 506: ...ng MS capabilities Roaming Information Overloaded class Queries MS overload class Home registration enable Queries MS capability about the home registration functionality Foreign roaming registration Queries information about the MS foreign roaming registration SID and NID Remote command CONFigure CDMA SIGN i CAPabilities ROAMing OCLass CONFigure CDMA SIGN i CAPabilities ROAMing HOME CONFigure CDM...

Page 507: ... Capabilities Fig 4 17 WLL MS capabilities WLL Capabilities WLL information included Indicates whether the MS supports Wireless Local Loop WLL information WLL device type Indicates WLL mobility support WLL hook status Indicates MS hook status during WLL Remote command CONFigure CDMA SIGN i CAPabilities WLL Authentication MS Capabilities Fig 4 18 Authentication MS capabilities Authentication Indica...

Page 508: ...and authentication center for clone detection Remote command CONFigure CDMA SIGN i CAPabilities AUTHentic Other MS Capabilities This section provides other MS capabilities including capabilities for radio link protocol data rate support coding etc Fig 4 19 Other MS capabilities Common Capabilities 509 Radio Link Protocol Information 509 Flexible Data Rate Support 510 Variable Rate Support 510 GUI ...

Page 509: ...s timer based or implicit registration type Slot cycle index Queries preferred slot cycle index of the MS Station class mark See 3GPP2 C S0005 Table 2 3 3 1 Mobile termination indicator Queries whether the MS will accept MS terminated calls in its current roaming sta tus QPCH Queries whether the MS supports the quick paging channel Enhanced radio configuration Indicates whether the MS supports RC ...

Page 510: ...DRSupport DCCH Variable Rate Support Queries whether the MS supports the variable rates of the forward and reverse supple mental channels Additionally indicates the supported coding rates for convolutional and turbo coding in the variable rate set see 3GPP2 C S0005 Remote command CONFigure CDMA SIGN i CAPabilities VRSupport SCH CONFigure CDMA SIGN i CAPabilities VRSupport MSBits 4 3 1 4 SMS Info T...

Page 511: ... Message Displays information about the last message received to the MS To configure an incoming SMS see chapter 4 3 10 2 Incoming Point to Point on page 560 Signaling view provides the following information related to the last received message time stamp when the SMS has been received see Time Stamp on page 561 teleservice ID message encoding see chapter 4 2 15 2 SMS Message File Format on page 4...

Page 512: ...9 1 System Parameters on page 544 and chapter 4 3 9 3 Network Identity on page 547 4 3 1 6 Event Log The event log area reports events and errors such as applied system settings startup events and connection events Fig 4 22 Event log Event Log Each entry consists of a timestamp and a short text describing the event Remote command CONFigure CDMA SIGN i CSTatus LOG 4 3 1 7 Mobile Station Control Thi...

Page 513: ...r background information about the connection states refer to chapter 4 2 8 Con nection States on page 466 ON OFF Key CDMA2000 Sig Softkey 513 Connection Control Hotkeys 514 Handoff Hotkey 514 Reconfigure Hotkey 515 ON OFF Key CDMA2000 Sig Softkey The ON OFF key is used to turn the forward signal transmission on or off The current state is shown by the softkey The current state is shown by the sof...

Page 514: ...etup This feature can be useful if the MS is replaced without switching the CDMA2000 forward signal off Send SMS Send an Short Message Service message Refer to chapter 4 2 15 3 Send Method on page 487 Send Broadcast Sends cell broadcast message via PCH Refer to chapter 4 3 10 3 Broadcast on page 562 Reconfigure Sets a primary service option and radio configuration during the connection established...

Page 515: ...ure Hotkey This dialog contains the first service option and the radio configuration to be reconfig ured during an established connection Note that if an attempt is made to select a value that is not supported by the MS the connection is lost Additionally the modulation resulting from the specified radio configuration is dis played The button Reconfigure applies the changed settings to the current...

Page 516: ...lly in the measurement Using a shortcut softkey ensures that the measurement is configured in accordance with the settings of the signaling application Consequences The signaling and the measurement application can be used in parallel i e both forward signal transmission and measurement can be switched on The signaling RF settings are also used for the measurement Some measurement control settings...

Page 517: ...while the forward signal is switched off Standard Cell Standard CDMA2000 cell with only one RF output path Hybrid Mode Scenario to enable Hybrid Mode on a Single SUU Revision B is not supported in hybrid mode with one SUU If revision B is required the dual SUU setup has to be chosen Standard Cell Fading Standard Cell plus fading and or AWGN insertion Additional parameter Fading selects between ext...

Page 518: ...l ROUTe CDMA SIGN i SCENario SCFading EXTernal 4 3 5 I Q Settings The parameters in this section configure the I Q output and input paths for scenarios with external fading In such scenarios a connected R S AMU200A superimposes fading on the baseband forward link signal For a dual carrier scenario with external fading all parameters described below are available per carrier For general prerequisit...

Page 519: ... Configure the input PEP so that it matches the baseband output of the connected instrument Remote command CONFigure CDMA SIGN i IQIN PATH n Crest Factor Out Indicates the crest factor of the baseband signal i e the ratio of peak to average base band power The average power is calculated for time intervals with active forward link traffic channel timeslots only Use the displayed crest factor value...

Page 520: ...age 465 Fig 4 31 Fading simulator settings Enable 520 Profile 520 Restart Event 521 Start Seed 521 Insertion Loss 521 Doppler Frequency 521 Enable Enables disables the fading simulator Remote command CONFigure CDMA SIGN i FADing AWGN ENABle Profile Selects one of the propagation condition defined in the table 6 4 1 3 1 of 3GPP2 C S0011 Different fading propagation profiles support various vehicle ...

Page 521: ...urrently selected Profile In User mode it can be adjusted by the user A lower insertion loss allows for a higher forward link power but may result in clipping Remote command CONFigure CDMA SIGN i FADing FSIMulator ILOSs MODE CONFigure CDMA SIGN i FADing FSIMulator ILOSs LOSS Doppler Frequency Displays the maximum Doppler frequency resulting from the selected fading profile 4 3 6 2 Forward Link Set...

Page 522: ...ading module For background information see chapter 4 2 7 2 AWGN Generator on page 465 Fig 4 33 AWGN settings Enable 522 Min Noise System Bandwidth Ratio 522 Noise Bandwidth 522 Effective Signal Bandwidth 523 Signal Noise Ratio 523 Enable Enables disables AWGN insertion via the fading module Remote command CONFigure CDMA SIGN i FADing AWGN ENABle Min Noise System Bandwidth Ratio Sets the minimum v...

Page 523: ...nal to noise ratio resulting from the configured AWGN level and the base level of the forward signal generator Remote command CONFigure CDMA SIGN i FADing AWGN SNRatio 4 3 7 System Settings The system settings are structured as follows Fig 4 34 System overview Signal Routing 523 RF Frequency 525 RF Power Settings 526 Physical Layer Configuration 528 Reverse Power Control 534 Time Settings 535 4 3 ...

Page 524: ...scenario see chapter 4 5 7 1 RF Routing on page 621 Example ROUTe CDMA SIGN i SCENario SCELl External Attenuation RF Output TX Defines the value of an external attenuation or gain if the value is negative in the out put path With an external attenuation of x dB the power of the generated signal is increased by x dB The actual generated levels are equal to the displayed values plus the external att...

Page 525: ...or frequency dependent attenuation is active for the chosen con nector then the table name and a button are displayed Press the button to display the table entries Remote command CONFigure CDMA SIGN i RFSettings EATTenuation 4 3 7 2 RF Frequency This section configures the band class and channel frequency for forward and reverse links Additionally frequency offset is set Fig 4 36 RF frequency sett...

Page 526: ...d link frequency of the selected band class and RF chan nel A frequency offset represents a signal impairment it can be as well used to simu late a moving MS causing a Doppler shift of the received RF signal Remote command CONFigure CDMA SIGN i RFSettings FOFFset 4 3 7 3 RF Power Settings The parameters in this section provide the general power settings For background information see chapter 4 2 1...

Page 527: ...he power level configured via the parameter Manual Expected Power Open Loop Rule Assume that the MS transmits according to the open loop power rule The sum of the mean input power at the MS receiver plus the mean output power at the MS transmitter is maintained at a constant power offset input power output power power offset The power offset depends on the band class see standard 3GPP2 C S0057 D M...

Page 528: ...propriate for low and medium AWGN levels High Power appropriate for high AWGN levels It requires option R S CMW KS810 Remote command CONFigure CDMA SIGN i RFPower MODE AWGN AWGN Level Specifies level of the Additional White Gaussian Noise AWGN interferer relative to the CDMA Power The signaling unit adds the AWGN signal to the forward signal unless AWGN is switched off Like the output channel powe...

Page 529: ...he R S CMW will accept and acti vate the suggested option if possible During the mobile originated call attempt the MS can request a particular service option and service configuration The R S CMW can be set to accept all calls or only calls requesting a particular service option see also Accept Speech Calls For the connection reconfiguration during the call use the hotkey Reconfigure see Reconfig...

Page 530: ... main view see Radio Configuration on page 501 For the background information refer to chapter 4 2 12 Radio Configurations on page 480 Remote command CONFigure CDMA SIGN i PREConfigure LAYer RCONfig CONFigure CDMA SIGN i LAYer MODulation Code Channels See Code Channel Settings on page 530 FCH Frame Offset Sets the frame offset in the forward fundamental channel Changing the frame offset immediatel...

Page 531: ...e CDMA Power value The remaining power is assigned to the OCNS channels so that the configured CDMA Power is reached Remote command CONFigure CDMA SIGN i RFPower LEVel FCH CONFigure CDMA SIGN i RFPower EBNT FCH CONFigure CDMA SIGN i RFPower LEVel OCNS CONFigure CDMA SIGN i RFPower LEVel PCH CONFigure CDMA SIGN i RFPower LEVel PICH CONFigure CDMA SIGN i RFPower LEVel QPCH CONFigure CDMA SIGN i RFPo...

Page 532: ... forward channel use the same channelization code QOF is only available for F FCH and if the selected RC Radio Configurations is greater than 2 See also Quasi Orthogonal Functions on page 472 Remote command CONFigure CDMA SIGN i LAYer CHANnel FCH CONFigure CDMA SIGN i LAYer CHANnel SCH SCH0 Settings This section configures the main parameters of forward and reverse supplemental channel 0 Fig 4 40 ...

Page 533: ...volution coding for all block sizes Remote command CONFigure CDMA SIGN i LAYer SCH CODing PCH and QPCH Settings This section configures Paging Channel PCH and Quick Paging Channel QPCH Fig 4 41 PCH and QPCH settings Channel 533 Level 533 Rate 534 Indicators 534 Channel Specifies the channelization codes of PCH and QPCH See also Walsh Code on page 531 Remote command CONFigure CDMA SIGN i LAYer PCH ...

Page 534: ...rmation see chapter 4 2 14 Power Control Bits PCB on page 483 Fig 4 42 Reverse power control settings Power Control Bits 534 Step Size 535 Repetition 535 Segments 535 Run Sequence 535 Power Control Bits Defines which type of Power Control Bits PCB are transmitted to the MS The PCB controls the mobile station total output power Depending on the PCB the MS increases or reduces its output power The p...

Page 535: ... whether the segment sequence is executed once single shot or repeated continuously and stopped by the Run Sequence Option R S CMW KS810 is required Remote command CONFigure CDMA SIGN i RPControl REPetition Segments Sets the user specific power control bits Combine the bits All Up All Down and Alternating within the four segments of the variable length These parameters are rel evant only for the P...

Page 536: ... Time and Leap Seconds will be used This pro vides a repeatable and well defined time reference Sync Code With this time source selected the value of parameter Sync Code will be used Sync Code is only needed for synchronization in Hybrid Mode on Two or more SUU In order to access this setting software option R S CMW KS888 needs to be present Remote command CONFigure CDMA SIGN i SYSTem TSOurce Date...

Page 537: ...the same time settings of two synchronized SUUs Two SUUs in one CMW are automatically synchronized if the software option for hybrid mode is present In order to synchronize two SUUs in two CMWs the multibox scenario needs to be used This requires option R S CMW KS888 Hybrid Mode Remote command CONFigure CDMA SIGN i SYSTem SYNC Apply Time At The purpose of this parameter is to avoid unwanted time s...

Page 538: ...us Service Configuration 538 Loopback Service 540 Speech Service 541 Test Data Service 542 Packet Data Service 543 4 3 8 1 Miscellaneous Service Configuration This section defines the calls from the MS that the R S CMW will accept Fig 4 45 Miscellaneous service configuration settings Accept Speech Calls 538 Accept Packet Calls 540 Accept Speech Calls Selects the types of Mobile Originated Calls MO...

Page 539: ...Order message Accept No Calls Ignore MS Do not accept any MOCs discard the MS Origination Message ORM This pro vides a simple way to simulate extreme loading or fading conditions which prohibit the BS from delivering a response to an MS ORM The setting causes the MS to time out Properties of call conditions the different call conditions have the following meaning and consequences Intercept An inte...

Page 540: ... 3 8 2 Loopback Service Different service options can be selected and configured for a Loopback Service See also chapter 4 2 11 Service Options on page 475 Fig 4 46 Loopback service settings Frame Rate 540 Pattern Generation 540 Pattern 541 Frame Rate Sets the frame rate of the F FCH to Full Half Quarter or Eighth for the loopback con nection See also Level and Frame Rate Dependencies for F FCH Re...

Page 541: ...settings Voice Coder 541 Echo Delay 541 Enhanced Variable Rate Codec 542 Voice Coder Configures the CS connection setup for the selected service option Echo Connection setup for the loopback with delay the R S CMW transparently sends back all data received on the FCH after the specified Echo Delay without invoking the speech codec Codec Connection setup for the speech codec connection the R S CMW ...

Page 542: ...lso chap ter 4 2 11 1 Speech Services on page 475 Rate restriction selects allowed rate of the R FCH during the speech connection Rate restriction has impact on the number of detected R FCH frames in the speech RX measurement see chapter 4 3 13 8 Speech View Tab on page 575 Initialize voice coder triggers the changed upper enhanced variable rate codec settings Remote command CONFigure CDMA SIGN i ...

Page 543: ... pattern generator uses to send to the MS for measure ments This pattern is used if Pattern Generation is set to Fixed Remote command CONFigure CDMA SIGN i SCONfig TDATa FCH PATTern CONFigure CDMA SIGN i SCONfig TDATa SCH PATTern Circular Buffer Frames FCH SCH0 Configuration Sets the number of frames to use in the circular buffer of the FCH and SCH0 when the random pattern is selected Remote comma...

Page 544: ...age Remote command CONFigure CDMA SIGN i SCONfig PDATa DTIMer 4 3 9 Network The Network section configures parameters of the simulated radio network Fig 4 50 Network settings overview For parameter descriptions refer to the subsections System Parameters 544 Base Station Properties 546 Network Identity 547 Mobile Settings 548 Call Indicators 550 Paging 550 Registration 552 Access Probes 555 4 3 9 1...

Page 545: ... Candidate Window SRCH_WIN_A Search window size for the Active Set and Candidate Set Requires option R S CMW KS810 Remote command CONFigure CDMA SIGN i NETWork SYSTem AWIN Neighbor Window SRCH_WIN_N Search window size for the Neighbor Set Requires option R S CMW KS810 Remote command CONFigure CDMA SIGN i NETWork SYSTem NWIN Remaining Window SRCH_WIN_R Search window size for the Remaining Set Requi...

Page 546: ...et 547 Latitude and Longitude 547 PN Offset Sets the offset index of the PN sequence PILOT_PN in units of 64 chips Changing the PN offset changes the timing of the pilot channel the timing and contents of the sync channel message and the long code mask of the paging channel Remote command CONFigure CDMA SIGN i NETWork PROPerty PNOFfset Call Loss Detect Time Sets the value of the fade timer to dete...

Page 547: ...d value Time offset h 0 0 0 0 1 1 0 5 2 2 1 0 3 3 1 5 31 31 15 5 32 32 16 0 33 31 15 5 34 30 15 0 63 1 0 5 Remote command CONFigure CDMA SIGN i NETWork PROPerty LTOFfset Latitude and Longitude Indicate the geographical position of the base station should be set to zero if the posi tion is not known default Both latitude and longitude can be specified with 1 4 arc seconds granularity The geographic...

Page 548: ...cifies the 4 digit Mobile Country Code MCC Remote command CONFigure CDMA SIGN i NETWork IDENtity MCC IMSI_11_12 11th and 12th digits of the IMSI Remote command CONFigure CDMA SIGN i NETWork IDENtity IMSI Use Wildcard If enabled the R S CMW broadcasts the wildcard values binary 1111111111 decimal 1023 for MNC and binary 1111111 decimal 127 for IMSI_11_12 Remote command CONFigure CDMA SIGN i NETWork...

Page 549: ...s a per mutation of the bits of the MS ESN MEID Prefer red The Mobile Equipment Identifier MEID is used for the public long code mask Remote command CONFigure CDMA SIGN i NETWork MSETtings PLCM NMSI Mobile ID Specifies the mobile ID of the MS which is used to set up the connection to the MS For some protocol revisions it is possible to choose either a MIN Mobile Identification Number or NMSI Natio...

Page 550: ... S CMW sends to the MS in order to test whether it is properly displayed Unless the setting is Off the Caller ID is transferred immediately after the Alerting message In addition it can be sent during an established call using the Call Waiting Indicator parameter Remote command CONFigure CDMA SIGN i NETWork CINDicator CID ENABle Caller ID Presentation Specifies how the MS under test will display t...

Page 551: ...e left half of the Signaling View see Other MS Capabilities Example An MS has an internally programmed preferred slot cycle index of 5 The Max Slot Cycle Index is configured to 3 Here the System Parameter Overhead message contains the configured Max Slot Cycle Index of 3 The MS sends its preferred slot cycle index of 5 in the Registration message which is displayed on the Signaling View Band Class...

Page 552: ...k PCHannel SCINdex Broadcast Slot Cycle Index Specifies the interval of the periodical broadcast messaging signaled to the MS The value zero indicates that periodic paging is disabled Broadcast slot cycle B 7 slots where B 16 21 I index 1 I 7 Remote command CONFigure CDMA SIGN i NETWork PCHannel BSCindex Page Registered MS Specifies if also the non registered mobile stations have to be paged This ...

Page 553: ...5 inclu sive and the timer value is determined by the following formula 2REG_PRD 4 x0 08 s This results in intervals from approximately 12 seconds to 3 days Remote command CONFigure CDMA SIGN i NETWork REGistration TBASed Distance based Registration Distance based registration causes an MS to register when the distance between the current BS and the BS in which it last registered exceeds a thresho...

Page 554: ...i NETWork REGistration FNID Power up Registration If power up registration is enabled the mobile station registers when it powers on when it switches from using a different frequency block designator when it switches from using a different band class when it switches from using an alternative operating mode upon insertion of an R UIM into a powered on ME This is an autonomous registration see Auto...

Page 555: ...Sequences Attempt REQ 556 Access Probes Defines if the transmitted access probes from the MS will be ignored or acknowledged by the R S CMW Acknowledge The R S CMW acknowledges incoming access probes from the MS Ignore The R S CMW does not acknowledge incoming access probes from the MS Remote command CONFigure CDMA SIGN i NETWork APRobes MODE Nominal Offset Sets the nominal transmit power offset N...

Page 556: ...response MAX_RSP_SEQ Remote command CONFigure CDMA SIGN i NETWork APRobes SPATtempt RSP Sequences Attempt REQ Maximum number of access probe sequences for an Access Channel or Enhanced Access Channel request MAX_REQ_SEQ Remote command CONFigure CDMA SIGN i NETWork APRobes SPATtempt REQ 4 3 10 Messaging SMS The Messaging SMS section configures parameters of the Short Message Service SMS Refer also ...

Page 557: ...Send Method when Registered 557 Acknowledgment 558 Add Time Stamp 558 Large SMS Handling 558 Outgoing Message Handling 558 Internal Outgoing SMS 559 From File 559 File Selection Select File 559 Teleservice ID 559 Message Encoding 559 Message Text 559 Message Length 559 Send Method when Registered Specifies the send method for the message file when the MS is in Registered state If the MS is in Conn...

Page 558: ... from rejecting repeated identical messages Format hh mm ss Refer to chapter 4 2 15 2 SMS Message File Format on page 484 Remote command CONFigure CDMA SIGN i SMS OUTGoing ATSTamp Large SMS Handling Manage SMS messages which exceed the maximum physical size of an SMS mes sage According to the transmit method PCH SO6 SO14 Traffic Channel and data encoding ASCII binary or unicode the maximum physica...

Page 559: ...ode For more details refer to chapter 4 2 15 Data Burst Message Applications on page 483 Remote command CONFigure CDMA SIGN i SMS OUTGoing FILE Teleservice ID From File Shows the teleservice identifier of the message file Remote command CONFigure CDMA SIGN i SMS OUTGoing FILE INFO Message Encoding From File Shows the encoding of the text field of the message file Any other value results in an erro...

Page 560: ...lear Message Info 562 Concatenate Sequential SMS If checked the R S CMW concatenates received message files to one file The received files have to arrive in a specified interval and need the same header informa tion about encoding teleservice ID and send MS number Otherwise each received SMS message is saved separately Remote command CONFigure CDMA SIGN i SMS INComing CSSMs Received Messages Selec...

Page 561: ...ges Select File Remote command CONFigure CDMA SIGN i SMS INComing FILE INFO Message Text Shows the text of the received SMS message that was selected via Received Mes sages Select File According to the encoding type the viewed content is encoded as binary ASCII or unicode Remote command CONFigure CDMA SIGN i SMS INComing FILE INFO Message Length Shows the length of the received SMS message that wa...

Page 562: ...ages via PCH Option R S CMW KS810 is required Fig 4 62 Messaging broadcast settings WEA Message 562 Priority 563 Service Category 563 Language 563 Message Text 563 WEA Message Specifies whether the message is used for the measurement of the Wireless Emer gency Alerts WEA solution formerly known as the Commercial Mobile Alert System CMAS with focus on battery life time This feature allows you to mo...

Page 563: ... C R1001 section 9 3 Remote command CONFigure CDMA SIGN i SMS BROadcast SERVice CATegory Language Selects the language of the broadcast SMS as defined in 3GPP2 C R1001 section 9 2 Remote command CONFigure CDMA SIGN i SMS BROadcast LANGuage Message Text Defines the text of the broadcast SMS message to send It is always encoded as 7 bit ASCII text Remote command CONFigure CDMA SIGN i SMS BROadcast I...

Page 564: ...gnaling application and the DUT can be moni tored For this purpose the messages are sent to an external PC See also Logging in the R S CMW user manual chapter Basic Instrument Func tions Fig 4 64 Message Monitoring Add CDMA2000 Signaling to logging If enabled messages exchanged between the CDMA2000 signaling application and the DUT are reported to the selected logging PC Remote command CONFigure C...

Page 565: ...ER FCH FER SCH0 View Tab 571 RLP View Tab 573 Pilot Strength Tab 574 Speech View Tab 575 4 3 13 1 Measurement Control The measurement is turned on or off using the ON OFF or RESTART STOP keys See also Measurement Control in the R S CMW user manual chapter System Overview Fig 4 65 CDMA2000 RX measurement softkeys with active application RX Measurement Softkeys 565 Signaling Parameter Softkey 566 Cu...

Page 566: ...Sch STATe FETCh CDMA SIGN i RXQuality TDATa FERSch STATe ALL RLP The RLP measurement is being started and stopped in parallel with a packet data con nection service option 33 or via Reset Statistics hotkey Pilot strength INITiate CDMA SIGN i RXQuality PSTRength STOP CDMA SIGN i RXQuality PSTRength ABORt CDMA SIGN i RXQuality PSTRength FETCh CDMA SIGN i RXQuality PSTRength STATe FETCh CDMA SIGN i R...

Page 567: ...trol see chapter 4 3 7 5 Reverse Power Con trol on page 534 Current Service Option On the top of the CDMA2000 RX measurement view the Current Service Option is displayed For background information refer to chapter 4 2 11 Service Options on page 475 4 3 13 2 Measurement Control Settings This section configures the scope of the measurement See also Statistical Settings in the R S CMW user manual cha...

Page 568: ...d views can speed up the tests Remote command CONFigure CDMA SIGN i RXQuality RESult FERFch CONFigure CDMA SIGN i RXQuality RESult FERSch CONFigure CDMA SIGN i RXQuality RESult RLP CONFigure CDMA SIGN i RXQuality RESult SPEech FER FCH FER SCH0 Configures measurement control for FER FCH and FER SCH0 measurements Measurement Timeout FER FCH FER SCH0 Defines the timeout for the measurement in remote ...

Page 569: ...spective of the repetition mode set If no limit failure occurs it is per formed according to its Repetition mode and Max Frames settings Use this value for measurements that are essentially intended for checking limits e g pro duction tests Min Confidence Level exceeded The measurement is stopped as soon as the minimum confidence level exceeds the set limit This indicates the probability that the ...

Page 570: ... other Remote command CONFigure CDMA SIGN i RXQuality PSTRength REPetition Update Rate Pilot Strength Sets the period of the Pilot Strength reporting in continuous mode Softkey is also available Remote command CONFigure CDMA SIGN i RXQuality PSTRength URATe Update Rate Sets the update period of RLP and speech views Softkey is also available Remote command CONFigure CDMA SIGN i RXQuality URATe 4 3 ...

Page 571: ...ell signal is on and you press ON OFF a warning can be displayed asking whether you really want to switch off the cell signal In this situation users often want to start stop the measurement not the cell signal but forget to select the RX Meas softkey The checkbox enables disables the warning Fig 4 69 Display of cell off message No remote control is provided for this feature 4 3 13 5 FER FCH FER S...

Page 572: ... total number of frame errors Confidence Level statistical probability that the true FER is within limits based on the current number of frame errors compared to the number of frames received Frames total number of test frames sent Erased Frames total number of erased frames Not all erased frames are erroneous some may be undetected by MS Frames bar graph indicating the measurement progress Remote...

Page 573: ...ts for the RLP and IP statistics of a PPP connec tion For more information see detailed description chapter 4 2 17 2 RLP and IP Sta tistics on page 494 SO33 data testing is defined in 3GPP2 C S0017 Fig 4 71 RX measurement RLP view RLP Frames 574 Throughput 574 Status 574 Reset Statistics 574 GUI Reference 深圳德标仪器 135 1095 0799 ...

Page 574: ...ity RLP REASembly SENSe CDMA SIGN i RXQuality RLP BLANk SENSe CDMA SIGN i RXQuality RLP INValid SENSe CDMA SIGN i RXQuality RLP SUMMary Throughput Throughput aspects of the PPP connection are displayed at the bottom of the RLP view PPP Total Bytes and Data Rate Remote command SENSe CDMA SIGN i RXQuality RLP PPPTotal SENSe CDMA SIGN i RXQuality RLP DRATe Status Indicates the connection status and p...

Page 575: ...ommand FETCh CDMA SIGN i RXQuality PSTRength etc FETCh CDMA SIGN i RXQuality SFPower etc 4 3 13 8 Speech View Tab The speech activity measurement requires option R S CMW KS810 This view shows measurement results For detailed description see chapter 4 2 17 4 Speech Measure ment on page 496 Fig 4 73 RX measurement speech view Frames 576 Throughput 576 Status 576 Pie Charts 576 Reset Statistics 576 G...

Page 576: ...e CDMA SIGN i RXQuality SPEech STATe Pie Charts Illustrate the percental proportion of the forward and reverse speech frames since the beginning of the measurement The various colors are assigned to the particular frame rate sets as displayed on the left side of the speech activity table Reset Statistics Softkey Reset Statistics sets all counters to zero relevant for RLP and speech views only Remo...

Page 577: ... STATe ALL The result ON ADJ indicates that the FL signal is available To initiate a CS connection setup use CALL CDMA SIGN SOPTion CONNect To query the connection states use FETCh CDMA SIGN SOPTion STATe 4 4 1 1 Specifying General Signaling Settings System Reset RST OPC CLS OPC Define paths for a standard cell with or without fading including signal routing and external attenuation Alternatively ...

Page 578: ...ment bits and segment lenth for the continuous pattern execution Start the power control After the measurement switch off the pattern execution CONFigure CDMA SIGN RPControl PCBits PATT CONFigure CDMA SIGN RPControl SSIZe 0 5 CONFigure CDMA SIGN RPControl REPetition CONT CONFigure CDMA SIGN RPControl SEGMent1 BITS DOWN CONFigure CDMA SIGN RPControl SEGMent2 BITS UP CONFigure CDMA SIGN RPControl SE...

Page 579: ... ON CONFigure CDMA SIGN FADing FSIMulator STANdard P5 CONFigure CDMA SIGN FADing FSIMulator RESTart MODE AUTO CONFigure CDMA SIGN FADing FSIMulator GLOBal SEED 0 CONFigure CDMA SIGN FADing FSIMulator ILOSs MODE USER CONFigure CDMA SIGN FADing FSIMulator ILOSs LOSS 16 Configure AWGN insertion enable AWGN and set a signal to noise ratio and low limit for the noise bandwith to system bandwidth ratio ...

Page 580: ... Set frame offset of F FCH CONFigure CDMA SIGN LAYer FCH FOFFset 0 Configure the forward supplemental channel 0 set frame type multiplexing and coding Query data rate and frame size of SCH0 CONFigure CDMA SIGN LAYer SCH FTYPe R2 R1 CONFigure CDMA SIGN LAYer SCH MPPL 2 1 CONFigure CDMA SIGN LAYer SCH CODing CONV CONV CONFigure CDMA SIGN LAYer SCH DRATe CONFigure CDMA SIGN LAYer SCH FSIZe Configure ...

Page 581: ...68 configure enhanced variable rate codec CONFigure CDMA SIGN SCONfig SPEech VCODer ECHO CONFigure CDMA SIGN SCONfig SPEech EDELay 4 CONFigure CDMA SIGN PREConfigure LAYer SOPTion FIRSt SO68 CONFigure CDMA SIGN SCONfig SPEech EVRC EOPoint 1 CONFigure CDMA SIGN SCONfig SPEech EVRC AERate R85K CONFigure CDMA SIGN SCONfig SPEech EVRC IVOCoder ON Configure test data service for FCH and SCH fixed patte...

Page 582: ...MA SIGN NETWork SYSTem PREVision 7 CONFigure CDMA SIGN NETWork SYSTem MPRevision 2 CONFigure CDMA SIGN NETWork IDENtity IMSI 12 CONFigure CDMA SIGN NETWork IDENtity UWCard OFF Configure BS properties set the offset of the PN sequence fade timer local time offset pager timeout latitude and longitude of the BS CONFigure CDMA SIGN NETWork PROPerty PNOFfset 100 CONFigure CDMA SIGN NETWork PROPerty CLD...

Page 583: ... SIGN NETWork REGistration FSID OFF Configure required supported registration types timer based registration OFF distance Power up Power down and Parameter Change registration ON CONFigure CDMA SIGN NETWork REGistration TBASed OFF CONFigure CDMA SIGN NETWork REGistration DBASed H1A CONFigure CDMA SIGN NETWork REGistration PUP ON CONFigure CDMA SIGN NETWork REGistration PDOWn ON CONFigure CDMA SIGN...

Page 584: ...il it equals CONN connection established CALL CDMA SIGN SOPTion ACTion CONNect WAITKEY Accept call at MS WHILE FETCh CDMA SIGN SOPTion STATe CONN Monitor the event log CONFigure CDMA SIGN CSTatus LOG Reconfigure the first service option and radio configuration for forward and reverse signal activate the new setting CONFigure CDMA SIGN REConfigure LAYer SOPTion FIRSt SO68 CONFigure CDMA SIGN REConf...

Page 585: ...NFigure CDMA SIGN CAPabilities ROAMing NID CONFigure CDMA SIGN CAPabilities ROAMing OCLass CONFigure CDMA SIGN CAPabilities ROAMing SID CONFigure CDMA SIGN CAPabilities SCSupport CONFigure CDMA SIGN CAPabilities SOSupport FFCH CONFigure CDMA SIGN CAPabilities SOSupport RFCH CONFigure CDMA SIGN CAPabilities TERMinal CONFigure CDMA SIGN CAPabilities VRSupport MSBits CONFigure CDMA SIGN CAPabilities ...

Page 586: ...ng ATSTamp OFF CONFigure CDMA SIGN SMS OUTGoing LHANdling TRUN CONFigure CDMA SIGN SMS OUTGoing MESHandling INT CONFigure CDMA SIGN SMS OUTGoing INTernal Test SMS 012 CONFigure CDMA SIGN SMS OUTGoing FILE INFO CALL CDMA SIGN SOPTion ACTion SMS Reset parameters related to an already received SMS message Wait until message has been received from the MS Evaluate the text of the last sent and received...

Page 587: ...p RECeive READ CALL CDMA SIGN OTASp RECeive WATermark 4 4 1 12 Sending Date and Time Information to the MS Select a time source and configure date time and offset 1h Adjust leap seconds 1s Query time offset from UTC in hexadecimal format Enable daylight saving time Send the information to the MS now CONFigure CDMA SIGN SYSTem TSOurce DATE CONFigure CDMA SIGN SYSTem DATE 24 12 2012 CONFigure CDMA S...

Page 588: ...tly related to the test data mea surement For general configuration of the signaling application refer to chapter chap ter 4 4 1 General Configuration on page 577 4 4 2 1 Configuring the Measurement Configure RX measurement singleshot measurement continuous on limit failure number of frames to be measured and limits CONFigure CDMA SIGN RXQuality FERFch REPetition SINGleshot CONFigure CDMA SIGN RXQ...

Page 589: ...ated to the packet data measurement For general configuration of the signaling application refer to chapter chapter 4 4 1 General Configuration on page 577 4 4 3 1 Configuring the Measurement Configure RX measurement enable results set packet call handling update rate and windows size CONFigure CDMA SIGN RXQuality RESult RLP ON CONFigure CDMA SIGN SCONfig APCalls ACCept CONFigure CDMA SIGN RXQuali...

Page 590: ...ed off You can start the pilot strength measurement and retrieve the results using READ CDMA SIGN RXQuality PSTRength and READ CDMA SIGN RXQuality SFPower The examples in this section focus on commands directly related to the test data mea surement For general configuration of the signaling application refer to chapter chap ter 4 4 1 General Configuration on page 577 4 4 4 1 Configuring the Measur...

Page 591: ... 4 5 1 Configuring the Measurement Select first service option speech SO73 Configure and enable the voice codec for the speech measurement Configure enhanced variable rate codec settings and trigger them Reset statistics CONFigure CDMA SIGN PREConfigure LAYer SOPTion FIRSt SO73 CONFigure CDMA SIGN RXQuality RESult SPEech ON CONFigure CDMA SIGN SCONfig SPEech VCODer CODE CONFigure CDMA SIGN SCONfig...

Page 592: ...llowing sections provide detailed reference information on the remote control commands of the CDMA2000 Signaling application Conventions and General Information 592 Connection Control and States 597 MS Information 602 Mobile Capabilities 606 SMS Information 617 General Settings 620 System Settings 620 Service Configuration 653 Network Settings 663 Messaging SMS 679 Other DBM Applications 686 Messa...

Page 593: ...limit exceeded lower A lower limit is violated The FETCh result is located below the limit See also Retrieving Measurement Results in the R S CMW user manual chapter Remote Control 4 5 1 3 Values for Signal Path Selection To select an RF path you must specify an RF connector and a TX or RX module con verter To select an I Q path you specify a DIG IQ connector Which connectors and modules can be sp...

Page 594: ...ted by the keyword preceding the parameter s Parameters are sent with a setting or query command and are returned as the result of a query Setting parameters are only sent with a setting command Query parameters are only sent with a query command to refine the query Return values are only returned as the result of a query Firmware Software Indicates the lowest software version supporting the comma...

Page 595: ...connectors indicate whether the input and output paths are active 17 RF Level not Settled 18 RF Frequency not Settled The measurement could not be started because the R S CMW was not yet ready to deliver stable results after a change of the input signal power the input signal frequency 19 Call not Established For measurements The measurement could not be started because no signaling connection to ...

Page 596: ...reduce the playback length or set the repetition mode to Continuous Length Cycles Samples Additional Samples Clock Rate 50 Startup Error The Data Application Unit DAU a DAU service or a DAU measurement could not be started Please execute a DAU selftest 51 No Reply The DAU has received no response for example for a ping request 52 Connection Error The DAU could not establish a connection to interna...

Page 597: ...meter settings A good approach to localize the conflicting settings is to start with a reset or preset or even restore the factory default settings Then reconfigure the measurement step by step and check when the error occurs for the first time If you need assistance to localize the conflicting parameter settings please contact Rohde Schwarz see http www service rohde schwarz com 104 Not Functiona...

Page 598: ...generator switched on signal available RST OFF Example See General Configuration Firmware Software V1 0 15 0 Manual operation See Cell on page 500 SOURce CDMA SIGN i STATe ALL Returns detailed information about the CDMA2000 Signaling generator state Return values MainState ON OFF ON generator has been turned on OFF generator switched off SyncState PENDing ADJusted PENDing the generator has been tu...

Page 599: ...ure LAYer SOPTion FIRSt CONFigure CDMA SIGN i REConfigure LAYer RCONfig Example See Setting up a Connection Usage Event Firmware Software V3 2 80 Manual operation See Reconfigure Hotkey on page 515 FETCh CDMA SIGN i SOPTion STATe Returns the connection state of a CDMA2000 connection Use CALL CDMA SIGN i SOPTion ACTion to initiate a transition between different connection states The state changes t...

Page 600: ...N i CSTatus MOPTion SCH Queries MS multiplex option on the forward and reverse SCH0 Refer to 3GPP2 C S0003 Return values ForwardSCH Range H0 to HFFFF RST n a ReverseSCH Range H0 to HFFFF RST n a Example See Setting up a Connection Usage Query only Firmware Software V3 0 20 Manual operation See MUX Options on page 501 CONFigure CDMA SIGN i CSTatus DRATe SCH Displays data rate on SCH0 See SCH maximu...

Page 601: ...r on page 501 CONFigure CDMA SIGN i LAYer SOPTion FIRSt Queries the currrent primary service option used during the connection to the mobile station see also 1st Service Option on page 529 Setting this value will have no effect as the service option parameter is a result of the session negotiation Parameters ServiceOption SO1 SO2 SO3 SO9 SO17 SO32 SO33 SO55 SO68 SO8000 SO70 SO73 Speech Services SO...

Page 602: ... F4R3 F5R4 The allowed values for the forward and reverse fundamental channel depends on the 1st Service Option RST F1R1 Example See Setting up a Connection Usage Query only Firmware Software V1 0 15 0 Manual operation See Radio Configuration on page 501 CONFigure CDMA SIGN i CSTatus LOG Reports events and errors like connection state changes RRC connection establish ment release and authenticatio...

Page 603: ...EST MSINfo MEID 605 CONFigure CDMA SIGN i MSINfo MSUPport 605 CONFigure CDMA SIGN i MSINfo PREVision 606 SENSe CDMA SIGN i ATADdress IPV n 606 SENSe CDMA SIGN i TEST RX POWer STATe Queries the the quality of the RX signal from the connected MS Return values State NAV LOW OK HIGH NAV no signal from MS detected LOW the MS power is below the expected range OK the MS power is in the expected range HIG...

Page 604: ... digit hex string format Return values ESN Range H0 to HFFFFFFFF Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See ESN on page 503 CONFigure CDMA SIGN i TEST MSINfo ESN ESN Sets the hard coded Electronic Serial Number of the connected MS Parameters ESN Range 0 to 4 294967296E 9 RST 0 Example See Query MS information Firmware Software V3 2 70 Manual ...

Page 605: ... MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See MEID on page 503 CONFigure CDMA SIGN i TEST MSINfo MEID MEID Sets the mobile equipment identifier of the connected MS Parameters MEID Range 0 to 9 22337203685477E 18 RST 0 Example See Query MS information Firmware Software V3 2 70 Manual operation See MEID on page 503 CONFigure CDMA SIGN i MSINfo MSUPport Queries inf...

Page 606: ...e 503 4 5 4 Mobile Capabilities The following queries retrieve information about the connected MS To obtain valid mobile information the MS has to be connected If no MS is connected or if the MS under test is not synchronized the queries in this section will return the default values NAV CONFigure CDMA SIGN i CAPabilities ENABle 607 CONFigure CDMA SIGN i CAPabilities AUTHentic 607 CONFigure CDMA S...

Page 607: ...lities report Parameters MSReportEnable OFF ON ON Enable OFF Disable RST OFF Example See Query MS information Firmware Software V2 0 10 Manual operation See Band Class Support on page 504 CONFigure CDMA SIGN i CAPabilities AUTHentic Queries MS authentication capabilities Authentication is the process by which informa tion is exchanged between an MS and BS for the purpose of confirming the identity...

Page 608: ...re V1 0 15 0 Manual operation See Band Class Support on page 504 CONFigure CDMA SIGN i CAPabilities COMMon Queries capability information of the MS about supported features and channel config uration capabilities Refer to 3GPP2 C S0005 for details The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_AE...

Page 609: ...ries whether the MS supports assisted hard handoff 7_PowerUpFunc NSUP SUPP PUF Power Up Function support 8_SlottedTimer NSUP SUPP SLOTTED_TIMER Slotted Timer support Queries whether the MS supports the Slotted Timer 9_CtrlHoldMode NSUP SUPP CHM_SUPPORTED Control Hold Mode supported indicator 10_RevPiGatRate GATING_RATE_SET Queries the set of MS supported reverse pilot gating rates Only available i...

Page 610: ... Range 0 to 255 8 bits 17_MobTermCall NSUP SUPP MOB_TERM Mobile station termination indicator Queries whether the MS will accept MS terminated calls in its current roaming status 18_QPCH NSUP SUPP QPCH Quick Paging Channel Queries whether the MS sup ports the Quick Paging Channel 19_ERadioConfig NSUP SUPP ENHANCED_RC Enhanced Radio Configuration support Quer ies whether the MS supports any Radio C...

Page 611: ...se channel This command is available for the Fundamental Channel FCH Dedicated Control Channel DCCH and Supplemental Channel SCH Return values ForwardDCCH OFF ON FDR support for the forward channel ReverseDCCH OFF ON FDR support for the reverse channel Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See Flexible Data Rate Support on page 510 CONFigure...

Page 612: ...age 507 CONFigure CDMA SIGN i CAPabilities MUXSupport FWD Queries MS capabilities about MUX support on the forward channel Refer to 3GPP2 C S0003 C Number Name StateFull StateHalf StateQuarter StateEighth Return values Number Number of the used multiplex option Range 0 to 99 Name Name of the forward channel I e FCH StateFull OFF ON StateHalf OFF ON StateQuarter OFF ON StateEighth OFF ON Example Se...

Page 613: ... capabilities about the radio link protocol support Return values BitCountInfo Information Bit Count Range H0 to HF423F ProtocolInfo Protocol information Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See Radio Link Protocol Information on page 509 CONFigure CDMA SIGN i CAPabilities ROAMing HOME Queries MS capability about the Home Registration funct...

Page 614: ...MA SIGN i CAPabilities ROAMing OCLass Queries MS overload class Return values OverloadedClass Range 0 to 15 Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See Roaming Information on page 506 CONFigure CDMA SIGN i CAPabilities ROAMing SID Queries information about the MS foreign roaming registration SID Return values Enable OFF ON SID 16 bit system id...

Page 615: ...ate for all supported service options see chapter 4 2 11 Service Options on page 475 Return values Number Service option number Range 0 to 99 Name Service option name State OFF ON Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See Service Options Support 0 on page 505 CONFigure CDMA SIGN i CAPabilities SOSupport RFCH Queries which service options the...

Page 616: ...only Firmware Software V1 0 15 0 Manual operation See Terminal Information on page 506 CONFigure CDMA SIGN i CAPabilities VRSupport MSBits Queries MS information about the maximum sum of number of bits corresponding to convolutional and turbo code rates in the variable rate set Refer to 3GPP2 C S0005 for details Return values ConvolRates Range 0 to 65535 16 bits TurboCodeRates Range 0 to 65535 16 ...

Page 617: ...ULL NO MS with no mobility LIMited MS with limited mobility FULL MS with full mobility HookStatus ON OFF SOFF ON MS is on hook OFF MS is off hook SOFF MS is stuck off hook Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See WLL Capabilities on page 507 4 5 5 SMS Information The following commands query information about the last message sent to and re...

Page 618: ...4 SMS_Cause_Code on page 487 MessageLength Shows the number decimal of characters of the message text Range 0 to 10E 3 MessageSegments Number of the current segment Range 0 to 1000 UsedSendMethod PCH SO6 SO14 TCH Used send method of the last sent message PCH Paging Channel SO6 Service Option 6 SO14 Service Option 14 TCH Traffic Channel Example See Sending Receiving a Short Message Signaling Usage ...

Page 619: ...e Software V1 0 15 23 Options R S CMW KS810 Manual operation See Last Received Message on page 511 CONFigure CDMA SIGN i SMS INFO LRMessage RFLag Specifies whether the command CONFigure CDMA SIGN i SMS INFO LRMessage was called for the last received message or not Therefore it is possible to verify if the last received message was read and postprocessed or if it is a new received message that has ...

Page 620: ...eturn values Scenario SCEL HMODe SCFading SCEL Standard Cell HMOD Hybrid Mode SCFading Standard Cell Fading Fader EXTernal INTernal Only returned for fading scenario SCF Indicates whether internal or external fading is active Usage Query only Firmware Software V2 0 10 Manual operation See Scenario Fading on page 517 V3 2 10 scenario HMOD added V3 2 80 added Fader and scenario SCFading 4 5 7 System...

Page 621: ...e 126 Return values Scenario SCELl HMODe SCFading SCEL Standard Cell HMOD Hybrid Mode SCFading Standard Cell Fading Controller For future use returned value not relevant RXConnector RF connector for the input path RXConverter RX module for the input path TXConnector RF connector for the output path TXConverter TX module for the output path IQ1Connector DIG IQ OUT connector for the output path only...

Page 622: ... input path RXConverter RX module for the input path TXConnector RF connector for the output path TXConverter TX module for the output path Example See Specifying General Signaling Settings Firmware Software V3 2 10 Options R S CMW KS888 Manual operation See Scenario Fading on page 517 ROUTe CDMA SIGN i SCENario SCFading INTernal RXConnector RXConverter TXConnector TXConverter Activates the Standa...

Page 623: ...TX module for the output path IQConnector DIG IQ OUT connector for external fading of the output path Example See Specifying General Signaling Settings Firmware Software V3 2 80 Manual operation See Scenario Fading on page 517 CONFigure CDMA SIGN i RFSettings EATTenuation RFInputExtAtt RFOutputExtAtt Defines the external attenuations or gain if the value is negative to be applied to the selected R...

Page 624: ...See chapter 4 2 3 End to End Packet Data Connections on page 458 Parameters EndToEndEnable OFF ON RST ON Firmware Software V3 0 10 V3 2 60 multiple end to end connections Options R S CMW KA100 4 5 7 2 Internal Fading The following commands configure the internal fader of the R S CMW Fading Simulator 624 Forward Link Settings 627 Fading Module AWGN 628 Fading Simulator The following commands config...

Page 625: ...al Fading Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Start Seed on page 521 CONFigure CDMA SIGN i FADing FSIMulator ILOSs LOSS InsertionLoss Sets the insertion loss for the fading simulator A setting is only allowed in USER mode see CONFigure CDMA SIGN i FADing FSIMulator ILOSs MODE Parameters InsertionLoss Range 0 dB to 18 dB RST 0 dB Default unit dB Ex...

Page 626: ...S CMW KE100 and R S CMW KE800 Manual operation See Restart Event on page 521 CONFigure CDMA SIGN i FADing FSIMulator RESTart MODE RestartMode Sets the restart mode of the fading simulator Parameters RestartMode AUTO MANual TRIGger AUTO fading automatically starts with the DL signal MANual fading is started and restarted manually see CONFigure CDMA SIGN i FADing FSIMulator RESTart TRIGger fading st...

Page 627: ...ower information CONFigure CDMA SIGN i FADing POWer NOISe 627 CONFigure CDMA SIGN i FADing POWer NOISe TOTal 627 CONFigure CDMA SIGN i FADing POWer SUM 628 CONFigure CDMA SIGN i FADing POWer NOISe Queries the calculated system bandwidth noise power on the forward link Return values NoisePower Range 500 dBm to 500 dBm Default unit dBm Example See Configuring Internal Fading Usage Query only Firmwar...

Page 628: ...AWGN generator of the internal fader CONFigure CDMA SIGN i FADing AWGN BWIDth NOISe 628 CONFigure CDMA SIGN i FADing AWGN BWIDth RATio 628 CONFigure CDMA SIGN i FADing AWGN ENABle 629 CONFigure CDMA SIGN i FADing AWGN SNRatio 629 CONFigure CDMA SIGN i FADing AWGN BWIDth NOISe Queries the bandwidth of the AWGN inserted via the internal fading module Return values NoiseBandwidth Range 0 25 MHz to 80...

Page 629: ...Example See Configuring Internal Fading Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Enable on page 520 CONFigure CDMA SIGN i FADing AWGN SNRatio Ratio Queries the signal to noise ratio for the AWGN inserted via the internal fading module Parameters Ratio Range 50 dB to 30 dB RST 0 dB Default unit dB Example See Configuring Internal Fading Firmware Softwar...

Page 630: ...nter frequency is valid for this BC the corresponding channel number is also calculated and set See also chapter 4 2 13 Band Classes on page 481 Parameters BandClass USC KCEL NAPC TACS JTAC KPCS N45T IM2K NA7C B18M NA9C NA8S PA4M PA8M IEXT USPC AWS U25B U25F PS7C LO7C USC BC 0 US Cellular KCEL BC 0 Korean Cellular NAPC BC 1 North American PCS TACS BC 2 TACS Band JTAC BC 3 JTACS Band KPCS BC 4 Kore...

Page 631: ...re V1 0 15 0 Manual operation See Band Class Channel Frequency on page 525 CONFigure CDMA SIGN i RFSettings FREQuency Queries the forward and reverse link frequency depending on the selected band class and channel Return values ForwardLinkFreq Range 0 Hz to 6 1E 9 Hz RST 878 49 M Hz ReverseLinkFreq Range 0 Hz to 6 1E 9 Hz RST 833 49E 6 Hz Example See Specifying General Signaling Settings Usage Que...

Page 632: ...t Range 50E 3 Hz to 50E 3 Hz RST 0 Hz Default unit Hz Example See Specifying General Signaling Settings Firmware Software V1 0 15 0 Manual operation See BS Frequency Offset on page 526 CONFigure CDMA SIGN i RFPower CDMA CDMAPower Sets the total CDMA output power The value range depends on the RF output used and the external attenuation set The CDMA Power level does not include the AWGN power level...

Page 633: ...rage ratio crest factor of the received CDMA2000 signal and allows for an additional reserve See also Expected Power Mode on page 527 Parameters ExpPowerMode MANual OLRule MAX MIN MANual Assume that the MS transmits at the fixed Manual Expected Power value and configure the R S CMW input path accordingly OLRule Open Loop Rule Assume that the MS transmits according to the open loop power rule The s...

Page 634: ...culated value of the expected input power from the MS The input power range is stated in the data sheet Return values ExpNomPower Default unit dBm Example See Specifying General Signaling Settings Usage Query only Firmware Software V1 0 15 0 Manual operation See Expected Nominal Power on page 528 CONFigure CDMA SIGN i RFPower MODE AWGN AWGNMode Selects the operating mode of the AWGN generator The ...

Page 635: ...A SIGN i REConfigure LAYer RCONfig 637 CONFigure CDMA SIGN i LAYer MODulation 637 CONFigure CDMA SIGN i RFPower LEVel PICH 638 CONFigure CDMA SIGN i RFPower LEVel SYNC 638 CONFigure CDMA SIGN i RFPower LEVel PCH 638 CONFigure CDMA SIGN i RFPower LEVel QPCH 639 CONFigure CDMA SIGN i RFPower LEVel FCH 639 CONFigure CDMA SIGN i RFPower LEVel SCH 639 CONFigure CDMA SIGN i RFPower LEVel OCNS 640 CONFig...

Page 636: ...s Test Data Service SO32 used for testing of the high data rates using the supplemental channel SCH0 e g for the CDMA2000 RX FER SCH0 tests Packet Data Service SO33 used for PPP connection between the MS and DAU see Packet Data Service RST SO1 Example See Service Configuration Firmware Software V3 2 80 Options R S CMW KS810 required for SO32 and SO8000 R S CMW KA100 required for SO33 Manual operat...

Page 637: ...ta Service RST SO1 Example See Setting up a Connection Firmware Software V3 2 80 Options R S CMW KS810 required for SO32 and SO8000 R S CMW KA100 required for SO33 Manual operation See Reconfigure Hotkey on page 515 CONFigure CDMA SIGN i REConfigure LAYer RCONfig RadioConfig Sets the Radio Configuration RC to be proposed to the MS during an active connec tion Trigger the reconfiguration of the cur...

Page 638: ...he PICH Example See Configuring Channels Firmware Software V1 0 15 0 Manual operation See Level on page 531 CONFigure CDMA SIGN i RFPower LEVel SYNC SyncLevel Activates or deactivates the Synchronization channel and defines its level relative to the CDMA Power CONFigure CDMA SIGN i RFPower CDMA Parameters SyncLevel Range 20 dB to 1 dB RST 16 dB Default unit dB Additional parameters OFF ON disables...

Page 639: ...ters OFF ON disables enables the QPCH Example See Configuring Channels Firmware Software V3 5 10 Manual operation See Level on page 531 CONFigure CDMA SIGN i RFPower LEVel FCH FCHLevel Activates or deactivates the Forward Fundamental Channel and defines its level rela tive to the CDMA Power CONFigure CDMA SIGN i RFPower CDMA Parameters FCHLevel Range 20 dB to 1 dB RST 14 dB Default unit dB Additio...

Page 640: ...e value of CDMA Power is reached Parameters OCNSEnable OFF ON ON enables OCNS channels OFF disables OCNS channels RST ON Return values OCNSLevel Queries the total OCNS channel power relative to CDMA Power CONFigure CDMA SIGN i RFPower CDMA Range 150 dB to 0 dB RST 1 5 dB Default unit dB Example See Configuring Channels Firmware Software V1 0 15 0 Manual operation See Level on page 531 CONFigure CD...

Page 641: ...re CDMA SIGN i LAYer CHANnel SYNC CONFigure CDMA SIGN i LAYer CHANnel PCH Queries the Spreading Factor SF and the Walsh code For PCH PICH QPCH and Sync the Walsh code to be used is specified by the standard and therefore it cannot be chosen See also chapter 4 2 10 2 Channelization Codes on page 471 Return values SpreadingFactor Queries the spreading factor of the physical forward channel The sprea...

Page 642: ...Return values SpreadingFactor Queries the Spreading Factor of the physical forward channel fixed for FCH Range 64 RST 64 Example See Configuring Channels Firmware Software V1 0 15 0 Manual operation See Spreading Factor on page 531 CONFigure CDMA SIGN i LAYer CHANnel SCH WalshCode QOF Defines the Walsh code quasi orthogonal function and shows the used spreading fac tor See also chapter 4 2 10 1 Ch...

Page 643: ... Manual operation See FCH Frame Offset on page 530 CONFigure CDMA SIGN i LAYer SCH MPPL FwdMuxPDUs RevMuxPDUs Sets the number of multiplex PDUs per physical layer SDU for the F SCH0 and R SCH0 for segmentation Together with the Frame Type this parameter determines the data rate of SCH0 See SCH maximum data rate kbit s dependancies on MuxP DUs per physical layer SDU RC and frame type for frame size...

Page 644: ...7K R76K R115k R153k R230k Example See Configuring Channels Usage Query only Firmware Software V3 0 20 V3 2 60 added rates R14K R28K R57K R115k R230k Manual operation See Data Rate Frame Size on page 533 CONFigure CDMA SIGN i LAYer SCH FSIZe Queries frame size of F SCH and R SCH See F SCH Walsh codes dependancies on MuxPDUs per physical layer SDU RC and frame type for frame size 20 ms Return values...

Page 645: ...IGN i LAYer PCH CHANnel Channel Specifies the Walsh code of PCH Parameters Channel Range 1 to 7 RST 1 Example See Configuring Channels Firmware Software V3 5 10 Manual operation See Channel on page 533 CONFigure CDMA SIGN i LAYer PCH LEVel Queries the level of Paging Channel PCH relative to the CDMA Power Return values Level Range 20 dB to 1 dB RST 12 dB Default unit dB Example See Configuring Cha...

Page 646: ...ST 80 Example See Configuring Channels Usage Query only Firmware Software V3 5 10 Manual operation See Channel on page 533 CONFigure CDMA SIGN i LAYer QPCH IBIT n IndicatorBit Enables up to two indicators that trigger the MS to decode the PCH Suffix n 1 2 Parameters IndicatorBit OFF ON RST ON Example See Configuring Channels Firmware Software V3 5 10 Options R S CMW KS810 Manual operation See Indi...

Page 647: ...peration See Rate on page 534 4 5 7 5 Reverse Power Control This section defines the Power Control Bits PCB sequence that the generator sends via forward traffic sub channel F FCH to the MS and commands to control the total out put power of the MS CONFigure CDMA SIGN i RPControl PCBits 647 CONFigure CDMA SIGN i RPControl SSIZe 648 CONFigure CDMA SIGN i RPControl REPetition 648 CONFigure CDMA SIGN ...

Page 648: ...ings Firmware Software V1 0 15 0 V3 2 60 added PATTern Manual operation See Power Control Bits on page 534 CONFigure CDMA SIGN i RPControl SSIZe StepSize Sets the power step size that the MS is to use for power control The step size is the nominal change of the MS transmit power per single power control bit Parameters StepSize Range 0 25 dB 0 5 dB 1 dB RST 1 dB Default unit dB Example See Specifyi...

Page 649: ...tware V3 2 80 Options R S CMW KS810 Manual operation See Segments on page 535 CONFigure CDMA SIGN i RPControl SEGMent no LENGth SegmentLength Sets the length of the segment of the user specific power control bits Suffix no 1 4 Segment number Parameters SegmentLength Segment length Range 0 bits to 128 bits Default unit bit Example See Specifying General Signaling Settings Firmware Software V3 2 80 ...

Page 650: ...Figure CDMA SIGN i SYSTem SYNC 652 CONFigure CDMA SIGN i SYSTem ATIMe 653 CONFigure CDMA SIGN i SYSTem TSOurce SourceTime Queries sets the time source for the derivation of the CMDA system time Parameters SourceTime CMWTime DATE SYNC CMWTime CMW time Windows time DATE Date and time as specified in CONFigure CDMA SIGN i SYSTem DATE and CONFigure CDMA SIGN i SYSTem TIME SYNC Sync Code RST CMWTime Ex...

Page 651: ... See Sending Date and Time Information to the MS Firmware Software V3 0 10 Manual operation See Date Time on page 536 CONFigure CDMA SIGN i SYSTem LTOFfset Sign Hour Minute Defines the time offset from UTC according to the local time zone Possible range is from 16 00 to 15 30 Parameters Sign MINU PLUS RST PLUS Hour Range 0 to 16 RST 0 Minute Range 0 30 RST 0 Example See Sending Date and Time Infor...

Page 652: ...ormation to the MS Firmware Software V3 0 20 Options R S CMW KS810 Manual operation See Leap Seconds on page 537 CONFigure CDMA SIGN i SYSTem DAYLight Daylight Switches between standard time and daylight saving time DST Parameters Daylight OFF ON RST OFF Example See Sending Date and Time Information to the MS Firmware Software V3 0 20 Options R S CMW KS810 Manual operation See Daylight Saving Time...

Page 653: ... Date and Time Information to the MS Firmware Software V3 0 10 Manual operation See Apply Time At on page 537 4 5 8 Service Configuration The following sections provides information about configuring the first service option settings and particular settings for loopback and speech services CONFigure CDMA SIGN i SCONfig AMOC 654 CONFigure CDMA SIGN i SCONfig APCalls 654 CONFigure CDMA SIGN i SCONfi...

Page 654: ... 538 Parameters AccMSOrigCall ALL SCL1 FSC1 ICAW ICFW ICOR ROAW ROFW ROOR BUAW BUFW IGNR RERO ALL Accept All Calls SCL1 Accept Only Selected Primary Service FSC1 Force to Selected Primary Service ICAW Accept No Calls Intercept AWIM ICFW Accept No Calls Intercept FWIM ICOR Accept No Calls Intercept Order ROAW Accept No Calls Reorder AWIM ROFW Accept No Calls Reorder FWIM ROOR Accept No Calls Reorde...

Page 655: ...IX RAND Random Sends a random pattern to the MS and is the preferred method to obtain the best measurement performance FIX Fixed Sends the bit pattern defined with the pattern com mand CONFigure CDMA SIGN i SCONfig LOOP PATTern The R S CMW generates one fundamental data block to the MS After a delay to allow for processing the MS sends one reverse fundamental data block back to the R S CMW The R S...

Page 656: ...ing the speech codec CODE the setup for the bidirectional audio connection from the speech encoder decoder to the DUT involving the audio mea surements application with the codec board RST ECHO Example See Configuring the Measurement Firmware Software V1 0 15 0 V3 2 10 parameter CODE added Manual operation See Voice Coder on page 541 CONFigure CDMA SIGN i SCONfig SPEech EDELay EchoDelay Defines th...

Page 657: ... See Service Configuration Firmware Software V3 0 20 Manual operation See Enhanced Variable Rate Codec on page 542 CONFigure CDMA SIGN i SCONfig SPEech EVRC EOPoint EncoderOpPoint Flag signaling average encoding rate for the selected service option Parameters EncoderOpPoint See chapter 4 2 11 1 Speech Services on page 475 Range 0 to 7 RST 0 Example See Service Configuration Firmware Software V3 0 ...

Page 658: ... 542 CONFigure CDMA SIGN i SCONfig TDATa FCH PGENeration FwdPGeneration RevPGeneration Sets the type of pattern the R S CMW generates and sends to the MS for F FCH and R FCH test data Parameters FwdPGeneration RAND FIX RAND Random FIX Fixed the bit pattern defined with the command CONFigure CDMA SIGN i SCONfig TDATa FCH PATTern RST RAND RevPGeneration RAND FIX RST RAND Example See Service Configur...

Page 659: ...elected Parameters FwdCBFrames Range 1 to 255 RST 2 RevCBFrames Range 1 to 255 RST 2 Example See Service Configuration Firmware Software V3 0 20 Manual operation See Circular Buffer Frames on page 543 CONFigure CDMA SIGN i SCONfig TDATa FCH TXON FwdTxOnPeriod RevTxOnPeriod sets the transmission on period for the F FCH and R FCH when the frame activity is determined Parameters FwdTxOnPeriod Range 0...

Page 660: ...evPGeneration Sets the type of pattern the R S CMW generates and sends to the MS for F SCH0 and R SCH0 test data Parameters FwdPGeneration RAND FIX RAND Random FIX Fixed the bit pattern defined with the command CONFigure CDMA SIGN i SCONfig TDATa SCH PATTern RST RAND RevPGeneration RAND FIX RST RAND Example See Service Configuration Firmware Software V3 0 20 Manual operation See Pattern Generation...

Page 661: ...elected Parameters FwdCBFrames Range 1 to 255 RST 2 RevCBFrames Range 1 to 255 RST 2 Example See Service Configuration Firmware Software V3 0 20 Manual operation See Circular Buffer Frames on page 543 CONFigure CDMA SIGN i SCONfig TDATa SCH TXON FwdTxOnPeriod RevTxOnPeriod Sets the transmission on period for the F SCH0 and R SCH0 when the frame activity is determined Parameters FwdTxOnPeriod Range...

Page 662: ...ctive timer of PPP connection If the inactive timer expires R S CMW ter minates the PPP session and releases the dormant timer of the MS see CONFigure CDMA SIGN i SCONfig PDATa DTIMer Parameters InactiveTimer Range 5 s to 60 s RST 5 s Default unit s Example See Service Configuration Firmware Software V3 0 20 Manual operation See Network Inactivity Timer on page 544 CONFigure CDMA SIGN i SCONfig PD...

Page 663: ...k SYSTem MPRevision 665 CONFigure CDMA SIGN i NETWork IDENtity IMSI 665 CONFigure CDMA SIGN i NETWork IDENtity UWCard 665 CONFigure CDMA SIGN i NETWork IDENtity NID 665 CONFigure CDMA SIGN i NETWork IDENtity MCC 666 CONFigure CDMA SIGN i NETWork SYSTem SID SystemIDNumber Defines the 15 bit System ID that the R S CMW broadcasts on its forward signal Parameters SystemIDNumber Range 0 to 32767 15 bit...

Page 664: ... 8 Return values PNChips C4 C6 C8 C10 C14 C20 C28 C40 C60 C80 C100 C130 C160 C226 C320 C452 Window size as number of PN chips RST C60 Example See Configuring Network Settings Firmware Software V3 0 10 Options R S CMW KS810 Manual operation See Remaining Window SRCH_WIN_R on page 545 CONFigure CDMA SIGN i NETWork SYSTem PREVision PRevision Sets the preferred revision of the protocol for the R S CMW...

Page 665: ...112 Range 00 to 99 RST 01 Example See Configuring Network Settings Firmware Software V3 0 10 Manual operation See IMSI_11_12 on page 548 CONFigure CDMA SIGN i NETWork IDENtity UWCard UseWildcard If enabled the R S CMW broadcasts the wildcard values binary 1111111111 decimal 1023 for MNC and binary 1111111 decimal 127 for IMSI_11_12 See CONFigure CDMA SIGN i NETWork IDENtity MCC and CONFigure CDMA ...

Page 666: ...s BS information which is sent to the MS so that it can synchronize to the forward CDMA2000 signal and enter the test mode CONFigure CDMA SIGN i NETWork PROPerty PNOFfset 666 CONFigure CDMA SIGN i NETWork PROPerty CLDTime 667 CONFigure CDMA SIGN i NETWork PROPerty LTOFfset 667 CONFigure CDMA SIGN i NETWork PROPerty PRTimeout 667 CONFigure CDMA SIGN i NETWork PROPerty LATitude 668 CONFigure CDMA SI...

Page 667: ...m CDMA system time It ranged from 0 to 63 which represents a range from 16 00 15 30 hours in 30 minute increments See also GUI description Local Time Offset on page 547 Parameters LocalTimeOffset Range 0 to 63 RST 0 Example See Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See Local Time Offset on page 547 CONFigure CDMA SIGN i NETWork PROPerty PRTimeout PRTimeout Sets ...

Page 668: ... 75 Increment 0 25 RST 0 Example See Configuring Network Settings Firmware Software V2 1 20 Options R S CMW KS810 Manual operation See Latitude and Longitude on page 547 CONFigure CDMA SIGN i NETWork PROPerty LONGitude Direction Degrees Minutes Seconds Gets sets the longitude BASE_LONGS parameter of the base station specified by its direction west or east and an angle between 0 and 180 degrees wit...

Page 669: ...e connection to the MS If an MS is registered this parameter is updated automatically to the MCC of the registered MS Afterwards when the MS is unregistered the R S CMW keeps the last information The parameter could be edit by the user or will be updated automati cally when an MS with another MCC is registered The MCC consists of 3 numerical characters 0 9 It is a part of the IMSI for identifying ...

Page 670: ...tion The parameter could be edit by the user or will be updated automatically when another MS is registered Parameters NMSI up to 12 digit decimal number Range 000000000000 to 999999999999 12 digits RST 000000000001 Example See Configuring Network Settings Firmware Software V2 0 10 Manual operation See NMSI on page 549 4 5 9 4 Call Indicators This section contains the parameters needed to perform ...

Page 671: ...Sets gets the presentation indicator for the caller ID calling party number i e speci fies how the MS under test shall display the caller ID received from the R S CMW Parameters CallerIDPresInd PAL PRES NNAV PAL Presentation Allowed PRES Presentation Restricted NNAV Number Not Available RST PAL Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS810 Manual operat...

Page 672: ...ware Software V1 0 15 0 Manual operation See Slot Cycle Index on page 551 CONFigure CDMA SIGN i NETWork PCHannel MSCindex MaxSlotCycIndex Sets the Paging Channel Max Slot Cycle Index It defines an upper limit on the slot cycle index allowed by the base station The MS has an internally programmed prefer red slot cycle index which is sent in the mobile s Registration message See also Slot Cycle Inde...

Page 673: ... 4 5 9 6 Registration Setting The following command configures the registration procedure CONFigure CDMA SIGN i NETWork REGistration TBASed 673 CONFigure CDMA SIGN i NETWork REGistration DBASed 674 CONFigure CDMA SIGN i NETWork REGistration HOME 674 CONFigure CDMA SIGN i NETWork REGistration FSID 675 CONFigure CDMA SIGN i NETWork REGistration FNID 675 CONFigure CDMA SIGN i NETWork REGistration PUP...

Page 674: ...tion See Timer based Registration on page 553 CONFigure CDMA SIGN i NETWork REGistration DBASed DistanceBased Gets sets the distance threshold for distance based registration See Distance based Registration on page 553 for details Setting the value to 0 disables distance based registration Parameters DistanceBased Range 0 to 2047 H7FF RST 0 Example See Configuring Network Settings Firmware Softwar...

Page 675: ...n See Autonomous Registration Home Foreign SID Foreign NID on page 554 CONFigure CDMA SIGN i NETWork REGistration FNID ForeignNID Enables or disables autonomous registrations for foreign SID roamers see Autono mous Registration Home Foreign SID Foreign NID on page 554 Use CONFigure CDMA SIGN i NETWork SYSTem SID and CONFigure CDMA SIGN i NETWork IDENtity NID to set the system and network ID Parame...

Page 676: ...Rameter ParameterReg Enables or disables parameter change registration see Parameter change Registra tion on page 554 Parameters ParameterReg OFF ON RST ON Example See Configuring Network Settings Firmware Software V2 1 20 Manual operation See Parameter change Registration on page 554 4 5 9 7 Access Probes The following commands control the access channel transmission under test CONFigure CDMA SIG...

Page 677: ...WR The offset range depends on the network settings Parameters NominalOffset Range 8 dB to 7 dB RST 0 dB Default unit dB Example See Configuring Network Settings Firmware Software V 1 0 15 Options R S CMW KS810 Manual operation See Nominal Offset on page 555 CONFigure CDMA SIGN i NETWork APRobes IOFFset InitialOffset Specifies the initial power offset for access probes INIT_PWR parameter in the Ac...

Page 678: ...Defines the maximum number of access probes NUM_STEP contained in a single access probe sequence Parameters ProbPerSequence Range 1 to 16 RST 16 Example See Configuring Network Settings Firmware Software V1 0 15 0 Options R S CMW KS810 Manual operation See Probes per sequence on page 556 CONFigure CDMA SIGN i NETWork APRobes SPATtempt RSP SequPerAttempt Maximum number of access probe sequences for...

Page 679: ...age Refer also to the standard 3GPP2 C S0015 A Outgoing 679 Incoming 683 Broadcast 684 4 5 10 1 Outgoing The following commands configure the sending of SMS message via PPP connection and query information about SMS message file ready to send CONFigure CDMA SIGN i SMS OUTGoing SMEThod 679 CONFigure CDMA SIGN i SMS OUTGoing ACKNowledge 680 CONFigure CDMA SIGN i SMS OUTGoing ATSTamp 680 CONFigure CD...

Page 680: ...g the message Parameters Acknowledgment OFF ON OFF No request for acknowledgment ON R S CMW requests MS for acknowledgment RST ON Example See Sending Receiving a Short Message Signaling Firmware Software V1 0 15 23 Options R S CMW KS810 Manual operation See Acknowledgment on page 558 CONFigure CDMA SIGN i SMS OUTGoing ATSTamp AddTimeStamp Specifies whether the R S CMW adds a time stamp when the me...

Page 681: ...s R S CMW KS810 Manual operation See Large SMS Handling on page 558 CONFigure CDMA SIGN i SMS OUTGoing MESHandling MessageHandling Specifies whether the outgoing message text is entered manually CONFigure CDMA SIGN i SMS OUTGoing INTernal or an existing SMS file is taken which is selected via CONFigure CDMA SIGN i SMS OUTGoing FILE Parameters MessageHandling INTernal FILE INTernal Content is enter...

Page 682: ... File Selected Example CONFigure CDMA SIGN SMS OUTGoing FILE example_binary sms Select the specified message file Example See Sending Receiving a Short Message Signaling Firmware Software V1 0 15 23 Options R S CMW KS810 Manual operation See File Selection Select File on page 559 CONFigure CDMA SIGN i SMS OUTGoing FILE INFO Display information of the outgoing message file referenced by CONFigure C...

Page 683: ...out encoding teleservice id and sent MS number Otherwise each received SMS message is saved separately Parameters ConcatenateSSMS OFF ON OFF Disable concatenation ON Enable concatenation of multiple messages RST OFF Example See Sending Receiving a Short Message Signaling Firmware Software V1 0 15 23 Options R S CMW KS810 Manual operation See Concatenate Sequential SMS on page 560 CONFigure CDMA SI...

Page 684: ... a large SMS message If Concatenate Sequential SMS is checked and if multiple message files for one large SMS message are received the counter increments Otherwise the parameter has always value 1 Range 0 to 1000 UsedSendMethod SO6 SO14 ACH TCH Shows the used send method of the MS SO6 Service Option 6 SO14 Service Option 14 ACH Access Channel TCH Traffic Channel Example See Sending Receiving a Sho...

Page 685: ...eters InternalMessage Example See Sending Receiving a Short Message Signaling Firmware Software V3 2 60 Options R S CMW KS810 Manual operation See Message Text on page 563 CONFigure CDMA SIGN i SMS BROadcast LANGuage Language Selects the language of the broadcast SMS Parameters Language UNDefined ENGLish FRENch SPANish JAPanese KORean CHINese HEBRew PORTuguese HINDi TURKish HUNGarian POLish CZECh ...

Page 686: ... Sending Receiving a Short Message Signaling Firmware Software V3 2 60 Options R S CMW KS810 Manual operation See Service Category on page 563 4 5 11 Other DBM Applications The following section describes the remote interface of OTASP and PDM applications For additional parameter description see chapter 4 2 15 Data Burst Message Applica tions on page 483 CALL CDMA SIGN i OTASp RECeive READ 687 CAL...

Page 687: ...EEE 488 2 Example See Using Data Burst Messages Usage Query only Firmware Software V3 5 10 CALL CDMA SIGN i PDM RECeive READ Returns the oldest message from the receive queue Return values ReceiveStatus EMPTy SUCCess EMPTy no message in the receive queue SUCCess the message successfully received TimeStamp The message transmit time for the delivery status SUCC with granularity of 20 ms Increment 10...

Page 688: ...l may be read Return values QueueDepth Number of messages waiting in the que QueueState OK OVERflow Overflow indication flag Example See Using Data Burst Messages Usage Query only Firmware Software V3 5 10 CALL CDMA SIGN i OTASp SEND MODE SendMethod Specifies the sending method for the OTASP messages Parameters SendMethod NONE NONE If a call does not exist drop the message do not estab lish a call...

Page 689: ...as not been sent yet TCH An existing call was used to send the message Example See Using Data Burst Messages Usage Query only Firmware Software V3 5 10 CALL CDMA SIGN i PDM SEND STATus Returns the status timestamp and transport of the last message sent Return values DeliveryStatus SUCCess ACKTimeout PENDing CSTate BADData SUCCess successfully transmitted ACKTimeout acknowledgment timeout appeared ...

Page 690: ...wing commands configure the message forwarding to a Message Analyzer host CONFigure CDMA SIGN i MMONitor ENABle Enable Enable Disable Message Monitor Parameters Enable OFF ON Example See Configuring Message Monitoring Firmware Software V3 0 10 Manual operation See Add CDMA2000 Signaling to logging on page 564 CONFigure CDMA SIGN i MMONitor IPADdress Index Select get the target IP address for messa...

Page 691: ...AWS U25B U25F NA9C PS7C LO7C USC BC 0 US Cellular KCEL BC 0 Korean Cellular NAPC BC 1 North American PCS TACS BC 2 TACS Band JTAC BC 3 JTACS Band KPCS BC 4 Korean PCS N45T BC 5 NMT 450 IM2K BC 6 IMT 2000 NA7C BC 7 Upper 700 MHz B18M BC 8 1800 MHz Band NA9C BC 9 North American 900 MHz NA8S BC 10 Secondary 800 MHz PA4M BC 11 European 400 MHz PAMR PA8M BC 12 800 MHz PAMR IEXT BC 13 IMT 2000 2 5 GHz E...

Page 692: ... via CONFigure CDMA SIGN i HANDoff BCLass Example See Handoff Usage Event Firmware Software V1 0 15 0 Mode Connection state CONN Manual operation See Handoff Hotkey on page 514 4 5 14 RX Measurement The following commands control the RX measurement and retrieve the results General CDMA2000 Signaling parameters The RX measurement uses the RF settings and the basic forward and reverse signal configu...

Page 693: ...N i RXQuality PSTRength 694 FETCh CDMA SIGN i RXQuality TDATa FERFch STATe 695 FETCh CDMA SIGN i RXQuality TDATa FERSch STATe 695 FETCh CDMA SIGN i RXQuality PSTRength STATe 695 FETCh CDMA SIGN i RXQuality FERFch TDATa STATe ALL 695 FETCh CDMA SIGN i RXQuality TDATa FERSch STATe ALL 695 FETCh CDMA SIGN i RXQuality PSTRength STATe ALL 695 CONFigure CDMA SIGN i DISPlay Tab Selects the view to be sho...

Page 694: ... causes a running measurement to stop immediately the R S CMW enters the OFF state Use FETCh STATe to query the current measurement state See also Measurement Control in the R S CMW user manual chapter Remote Control Example See Performing the Measurement Usage Event Firmware Software V1 0 15 0 FCH V3 0 10 Command for FCH renamed token TDATa added V3 0 20 Command for FCH renamed token FERFch added...

Page 695: ...asurement switched off no resources allocated no results available when entered after ABORt RDY measurement has been terminated valid results may be available RUN measurement running after INITiate READ synchronization pending or adjusted resources active or queued RST OFF Example See RX Measurement Pilot Strength Usage Query only Firmware Software V3 0 20 V3 5 10 added command PSTRength Manual op...

Page 696: ...INV not applicable because main_state OFF or RDY inva lid Usage Query only Firmware Software V3 0 20 V3 5 10 added command PSTRength Manual operation See RX Measurement Softkeys on page 565 4 5 14 2 Statistical Settings The following commands specify the scope of the measurement CONFigure CDMA SIGN i RXQuality FERFch TOUT 697 CONFigure CDMA SIGN i RXQuality FERSch TOUT 697 CONFigure CDMA SIGN i RX...

Page 697: ...l depth has not been reached A timeout of 0 s corresponds to an infinite measurement timeout Parameters Timeout Default unit s Example See Configuring the Measurement Firmware Software V3 0 20 Manual operation See Measurement Timeout on page 568 CONFigure CDMA SIGN i RXQuality FERFch REPetition Repetition CONFigure CDMA SIGN i RXQuality FERSch REPetition Repetition Specifies the repetition mode of...

Page 698: ...on CONFigure CDMA SIGN i RXQuality FERSch SCONdition StopCondition Qualifies whether the measurement is stopped after a failed limit check or continued SLFail means that the measurement is stopped and reaches the RDY state as soon as one of the results exceeds the limits Parameters StopCondition NONE ALEXeeded MCLexceeded MFER NONE Continue measurement irrespective of the limit check ALEXceeded St...

Page 699: ...ty PSTRength URATe UpdateRate Defines a period for pilot strength reporting Parameters UpdateRate Range 0 25 s to 2 s RST 1 s Example See Configuring the Measurement Firmware Software V3 5 10 Manual operation See Update Rate on page 570 CONFigure CDMA SIGN i RXQuality URATe UpdateRate Defines update rate for RLP and speech view Parameters UpdateRate Range 0 25 s to 2 s RST 1 s Example See Configur...

Page 700: ...ER allowed before indicating an error Parameters MaxFERSH0 Range 0 to 50 Increment 0 01 RST 0 5 Default unit Example See Configuring the Measurement Firmware Software V3 0 20 Manual operation See Max FER on page 571 CONFigure CDMA SIGN i RXQuality LIMit FERFch CLEVel MinConfideLevel CONFigure CDMA SIGN i RXQuality LIMit FERSch CLEVel MinConfideLevel Defines the minimum confidence level of the FER ...

Page 701: ...lts instead one value for each result listed below Return values Reliability See Reliability Indicator FERFch Forward link Frame Error Rate Queries the percentage of the Frame Error Rate over the total number of received frames for FCH Range 0 to 100 RST 0 Default unit ConfidenceLevel Measured confidence level Queries the statistical probability that the true FER is within lim its based on the cur...

Page 702: ...iability See Reliability Indicator FERSCH0 Forward link Frame Error Rate Queries the percentage of the Frame Error Rate over the total number of received frames for SCH0 Range 0 to 100 RST 0 Default unit ConfidenceLevel Measured confidence level Queries the statistical probability that the true FER is within lim its based on the current number of frame errors compared to the number of frames recei...

Page 703: ...No problem detected OK OLTR Measurement ON Pilot Power Report running FER will possibly run slower Stop Pilot Power Report measurement Mobile Capabilities Report ON Mobile Capabilities Report running FER will possibly run slower Wait till mobile capabilities report has finished MS connected but not in loop back mode No test mode running No results available Connect a call in loopback or test data ...

Page 704: ...SIGN i RXQuality RLP PPPTotal 709 SENSe CDMA SIGN i RXQuality RLP DRATe 709 SENSe CDMA SIGN i RXQuality RLP STATe 710 SENSe CDMA SIGN i RXQuality RLP DSEGmented SENSe CDMA SIGN i RXQuality RLP DUNSegmented SENSe CDMA SIGN i RXQuality RLP FILL SENSe CDMA SIGN i RXQuality RLP IDLE Queries number of RLP data frames of different types See chapter 4 2 17 2 RLP and IP Statistics on page 494 Return value...

Page 705: ...he Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 574 SENSe CDMA SIGN i RXQuality RLP SYNC Queries number of SYNC RLP control frames used during RLP initialization See chap ter 4 2 17 2 RLP and IP Statistics on page 494 Return values RX Number of RLP frames received in the last update period Range 0 to 9 999999E 6 RX_Total Total number of RLP frames ...

Page 706: ...orming the Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 574 SENSe CDMA SIGN i RXQuality RLP SACK Queries number of RLP control frames of different types used during RLP initialization See chapter 4 2 17 2 RLP and IP Statistics on page 494 Return values RX Number of RLP frames received in the last update period Range 0 to 9 999999E 6 RX_Total Total ...

Page 707: ...nection Range 0 to 9 999999E 6 Example See Performing the Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 574 SENSe CDMA SIGN i RXQuality RLP REASembly Queries number of RLP control frames associated with RLP reassembly sent between MS and AN See chapter 4 2 17 2 RLP and IP Statistics on page 494 Return values RX Number of RLP frames received in the l...

Page 708: ...E 6 Example See Performing the Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 574 SENSe CDMA SIGN i RXQuality RLP INValid Queries number of RLP frames evaluated by RLP validity check as invalid Return values RX Number of RLP frames received in the last update period Range 0 to 9 999999E 6 RX_Total Total number of RLP frames received during the PPP co...

Page 709: ... beginning of the PPP connection Range 0 to 9 999999E 6 Example See Performing the Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 574 SENSe CDMA SIGN i RXQuality RLP PPPTotal Queries total number of bytes the R S CMW received Rx and sent Tx since the beginning of the PPP connection Return values RX Total size of data received Range 0 KB to 9 999999E ...

Page 710: ...n page 574 Condition Status String No problem detected OK OLTR Measurement ON Pilot Power Report running FER will possibly run slower Stop Pilot Power Report measurement Mobile Capabilities Report ON Mobile Capabilities Report running FER will possibly run slower Wait till mobile capabilities report has finished MS connected but not in loop back mode No test mode running No results available Conne...

Page 711: ...ple See Performing the Measurement Usage Query only Firmware Software V3 5 10 For additional information concerning syntax elements and returned values refer to FETCh READ and CALCulate Commands FETCh CDMA SIGN i RXQuality SFPower READ CDMA SIGN i RXQuality SFPower Returns the serving frequency power at the MS antenna as a result of the pillot strength measurement Return values Reliability See Rel...

Page 712: ...cs Return values Forward Number of blanked frames in F FCH Range 0 to 2 112345678E 9 Default unit frames Reverse Number of blanked frames in R FCH Range 0 to 2 112345678E 9 Default unit frames Example See Performing the Measurement Usage Query only Firmware Software V3 2 10 Options R S CMW KS810 Manual operation See Frames on page 576 SENSe CDMA SIGN i RXQuality SPEech EIGHt SENSe CDMA SIGN i RXQu...

Page 713: ...eration See Frames on page 576 SENSe CDMA SIGN i RXQuality SPEech EIGHt PERCent SENSe CDMA SIGN i RXQuality SPEech FULL PERCent SENSe CDMA SIGN i RXQuality SPEech HALF PERCent SENSe CDMA SIGN i RXQuality SPEech QUARter PERCent Displays the speech activity counters since the last reset statistics Commands are provided for the frames at the eight full half and quarter frame rate Return values Forwar...

Page 714: ...s Report ON Mobile Capabilities Report running FER will possibly run slower Wait till mobile capabilities report has finished MS connected but not in loop back mode No test mode running No results available Connect a call in loopback or test data mode MS not connected No call connected No results available Connect a call in a test mode TDSO running Test Data call connected Slow measurement updates...

Page 715: ...p SEND TRANsmit 690 CALL CDMA SIGN i PDM RECeive READ 687 CALL CDMA SIGN i PDM RECeive RESet 688 CALL CDMA SIGN i PDM RECeive WATermark 688 CALL CDMA SIGN i PDM SEND MODE 688 CALL CDMA SIGN i PDM SEND STATus 689 CALL CDMA SIGN i PDM SEND TRANsmit 690 CALL CDMA SIGN i REConfigure STARt 599 CALL CDMA SIGN i SOPTion ACTion 599 CLEan CDMA SIGN i SMS INComing INFO 620 CONFigure CDMA SIGN i CAPabilities...

Page 716: ...gure CDMA SIGN i FADing FSIMulator GLOBal SEED 625 CONFigure CDMA SIGN i FADing FSIMulator ILOSs LOSS 625 CONFigure CDMA SIGN i FADing FSIMulator ILOSs MODE 625 CONFigure CDMA SIGN i FADing FSIMulator RESTart 626 CONFigure CDMA SIGN i FADing FSIMulator RESTart MODE 626 CONFigure CDMA SIGN i FADing FSIMulator STANdard 626 CONFigure CDMA SIGN i FADing POWer NOISe TOTal 627 CONFigure CDMA SIGN i FADi...

Page 717: ...Figure CDMA SIGN i NETWork CINDicator CID PINDicator 671 CONFigure CDMA SIGN i NETWork IDENtity IMSI 665 CONFigure CDMA SIGN i NETWork IDENtity MCC 666 CONFigure CDMA SIGN i NETWork IDENtity NID 665 CONFigure CDMA SIGN i NETWork IDENtity UWCard 665 CONFigure CDMA SIGN i NETWork MSETtings MCC 669 CONFigure CDMA SIGN i NETWork MSETtings NMSI 670 CONFigure CDMA SIGN i NETWork MSETtings PLCM 669 CONFi...

Page 718: ... SCH 639 CONFigure CDMA SIGN i RFPower LEVel SYNC 638 CONFigure CDMA SIGN i RFPower MANual 634 CONFigure CDMA SIGN i RFPower MODE AWGN 634 CONFigure CDMA SIGN i RFPower OUTPut 633 CONFigure CDMA SIGN i RFSettings BCLass 630 CONFigure CDMA SIGN i RFSettings CHANnel 631 CONFigure CDMA SIGN i RFSettings EATTenuation 623 CONFigure CDMA SIGN i RFSettings FLFRequency 631 CONFigure CDMA SIGN i RFSettings...

Page 719: ...VOCoder 657 CONFigure CDMA SIGN i SCONfig SPEech EVRC RREStriction 658 CONFigure CDMA SIGN i SCONfig SPEech VCODer 656 CONFigure CDMA SIGN i SCONfig TDATa FCH CBFRames 659 CONFigure CDMA SIGN i SCONfig TDATa FCH PATTern 658 CONFigure CDMA SIGN i SCONfig TDATa FCH PGENeration 658 CONFigure CDMA SIGN i SCONfig TDATa FCH TXOFf 660 CONFigure CDMA SIGN i SCONfig TDATa FCH TXON 659 CONFigure CDMA SIGN i...

Page 720: ...h STATe 695 FETCh CDMA SIGN i RXQuality PSTRength 711 FETCh CDMA SIGN i RXQuality SFPower 711 FETCh CDMA SIGN i RXQuality TDATa FERFch STATe 695 FETCh CDMA SIGN i RXQuality TDATa FERSch STATe ALL 695 FETCh CDMA SIGN i RXQuality TDATa FERSch STATe 695 FETCh CDMA SIGN i SOPTion STATe 599 INITiate CDMA SIGN i RXQuality PSTRength 694 INITiate CDMA SIGN i RXQuality TDATa FERFch 694 INITiate CDMA SIGN i...

Page 721: ...y SPEech BLANked 712 SENSe CDMA SIGN i RXQuality SPEech EIGHt PERCent 713 SENSe CDMA SIGN i RXQuality SPEech EIGHt 712 SENSe CDMA SIGN i RXQuality SPEech FULL PERCent 713 SENSe CDMA SIGN i RXQuality SPEech FULL 712 SENSe CDMA SIGN i RXQuality SPEech HALF PERCent 713 SENSe CDMA SIGN i RXQuality SPEech HALF 712 SENSe CDMA SIGN i RXQuality SPEech QUARter PERCent 713 SENSe CDMA SIGN i RXQuality SPEech...

Page 722: ...ilitates many reverse link mea surement tasks To generate modulated RF signals the R S CMW must be equipped with the ARB and real time baseband generator module The following option enables processing of CDMA2000 waveform files R S CMW KW800 CDMA2000 1xRTT enable WinIQSIM2 waveforms for ARB 5 1 What s New in this Revision This revision describes version 3 5 10 and later of the CDMA2000 Measurement...

Page 723: ...mbined Signaling and Measurement The TX measurement can be used in conjunction with the CDMA2000 signaling appli cation option R S CMW KS800 i e a connection to the MS can be set up by the sig naling application and the resulting reverse signal can be measured using the TX mea surement To link the measurement to the signaling application the combined signal path sce nario must be activated see Sce...

Page 724: ...ant analyzer settings i e at constant expected nominal power and RF frequency The figure 5 1 shows a series of four segments with differ ent lengths powers and frequencies Orange rectangles depict measured slots Fig 5 1 Example Sequence with four segments with different lengths power and frequencies The R S CMW supports up to 10000 measured CDMA2000 slots with up to 1000 slots per segment In list ...

Page 725: ...ot can be invalid as it may not be aligned with the frame start The maximum supported statistical length of each segment depends on the segment length and the selected trigger statistical length segment length 2 for IF Auto Sync trigger statistical length segment length 1 for other triggers In figure 5 3 segment 2 and segment 3 have the same analyzer settings so that the last slot of segment 2 can...

Page 726: ... the entire range of segments In segment mode the retrigger flag of each segment is evaluated It defines whether the measurement waits for a trigger event before measuring the segment or not Ret riggering the measurement is recommended if the timing of the first subframe of a seg ment is inaccurate e g because of signal reconfiguration at the UE Furthermore ret riggering from time to time can comp...

Page 727: ...ure ment is initiated in list mode all defined segments are measured once Afterwards the results can be retrieved using FETCh commands The following remote control com mands are used for list mode settings and result retrieval Table 5 1 List mode commands Parameters SCPI commands Activate deactivate list mode CONFigure CDMA MEAS i MEValuation LIST Number of segments CONFigure CDMA MEAS i MEValuati...

Page 728: ...29 Channelization 730 5 2 5 1 Band Classes The operating bands for CDMA2000 reverse signals are defined in specification 3GPP2 C S0057 C Each band class contains a number of carrier frequencies and cor responding channel numbers The table below lists the supported band classes with the corresponding channel num bers and the formulas for calculation of center frequencies from channel numbers Band C...

Page 729: ...9 0 025 N 1536 450 12 800 MHz PAMR 0 to 239 870 0125 0 025 N 800 13 IMT 2000 2 5 GHz Extension 0 to 1399 2500 0 05 N 1900 14 US PCS 1900 MHz 0 to 1299 1850 0 05 N 1900 15 AWS Band 0 to 899 1710 0 05 N 1900 16 US 2 5 GHz Band 140 to 1459 2495 0 05 N 1900 18 Public Safety Band 700 MHz 0 to 240 787 0 05 N 800 19 Lower 700 MHz 0 to 360 698 0 05 N 800 5 2 5 2 Radio Configurations The CDMA2000 standard ...

Page 730: ...tructed from a N x N Hadamard matrix generated by means of the following recursive proce dure defined in 3GPP2 C S0002 For the spreading operation the binary symbols of the Walsh function are mapped as follows 0 is mapped to 1 and 1 is mapped to 1 Orthogonal Variable Spreading Factor OVSF codes provide an alternative scheme of generating codes that preserve orthogonality between channels They are ...

Page 731: ... test requirements Transmit Modulation Limits 731 Code Domain Limits 732 Spectrum Limits 733 OLTR Limits 734 5 2 6 1 Transmit Modulation Limits A poor modulation accuracy of the MS transmitter increases the transmission errors in the reverse channel of the CDMA2000 network The waveform quality Rho is the criti cal quantity to assess the modulation accuracy of a CDMA2000 MS 3GPP2 C S0011 section 4 ...

Page 732: ... 3GPP2 C S0011 section 4 3 5 Code Domain Power The I and Q components of the code domain power of an inactive channel shall be at least 23 dB below the total output power The EVM does not provide a measure of how error power is distributed among code channels A measure of the code domain distribution of error power is provided by the CDP of the error signal This gives rise to the concept of a code...

Page 733: ...um absolute ACP in dBm and the maximum ACP in dBc relative to carrier power Minimum requirements for off carrier emissions are defined in 3GPP2 C S0011 sec tion 4 5 1 Conducted Spurious Emissions The table below lists the requirements rel evant for the ACP limits for spreading rate 1 Category Frequency Range Specified Limit Spreading Rate 1 Band Class Group 450 and 800 885 kHz to 1 98 MHz 1 98 MHz...

Page 734: ...4 Multi Evaluation Detailed Views EVM Magnitude Error Phase Error 735 Multi Evaluation Detailed Views Code Domain 736 Multi Evaluation Detailed Views Spectrum 737 Multi Evaluation Detailed Views Channel Power 739 Multi Evaluation Detailed Views Channel Phase Offset 740 Multi Evaluation Detailed Views Channel Time Offset 741 Multi Evaluation Detailed Views I Q 741 Multi Evaluation Detailed Views Po...

Page 735: ...ew with addi tional measurement results see Selecting and Modifying Views The traces and bar graphs are described in the following sections The limits if set are indicated by the red dashed lines 5 2 7 2 Multi Evaluation Detailed Views EVM Magnitude Error Phase Error This section applies to the following detailed views Error vector magnitude Magnitude error Phase error Each of the detailed views s...

Page 736: ...covered in chapter 5 2 7 9 Multi Evaluation Detailed Views Power Modulation Quality on page 742 For additional information refer to Common Elements of Views 5 2 7 3 Multi Evaluation Detailed Views Code Domain These views are only applicable to signals with H PSK modulation The code domain view presents the CDP and the CDE results displayed in Diagram View as bar graphs and in a Table View as scala...

Page 737: ...s are colored Bars for inactive code channels are gray The Table View provides scalar results of I and Q signals and statistical information The code channels can be sorted in two ways as hadamard matrix or according to the OVSF code tree see Selecting and Modifying Views The description of statistical measurement results is covered in chapter 5 2 7 9 Multi Evaluation Detailed Views Power Modulati...

Page 738: ...m and the ACP in dBc relative to the carrier power can be dis played The unit of measured ACP is selectable per frequency offset dBc or dBm see Adjacent Channel Power on page 759 The ACP values are determined using a Gaussian filter for the resolution band width 1 kHz to 50 kHz and a Nyquist filter for the resolution bandwidth greater than 50 kHz If limit checking is enabled the red part of the li...

Page 739: ...w the diagram in Statistic information field The description of statistical measurement results is covered in chapter 5 2 7 9 Multi Evaluation Detailed Views Power Modulation Quality on page 742 5 2 7 5 Multi Evaluation Detailed Views Channel Power These views are only applicable to signals with H PSK modulation The Channel Power CP results are displayed in bar graphs of the reverse physical chann...

Page 740: ...hs show the phase offset of the individual code channels identified by their names and Walsh codes Bars for active channels are displayed in blue bars for inactive aliased channels are displayed in grey purple Depending on the display set ting the bar graphs either show the current average or maximum phase errors All offsets are relative to the Reverse Pilot Channel R_PICH W032 the first channel i...

Page 741: ...ed channels are displayed in grey purple Depending on the display setting the bar graphs either show the current average or maximum phase errors All offsets are relative to the Reverse Pilot Channel R_PICH W032 the first channel in the I Signal diagram which is consequently displayed with zero phase error The y axis covers a symmetric timing error interval around zero Red lines above and below the...

Page 742: ...odulation vector is traced as a continuous curve The offset compensated or non compensated diagram can be selected via the keys Display IQ Offset The description of statistical measurement results is covered in chapter 5 2 7 9 Multi Evaluation Detailed Views Power Modulation Quality on page 742 For additional information refer to Common Elements of Views 5 2 7 9 Multi Evaluation Detailed Views Pow...

Page 743: ... RF carrier relative to the magnitude of the modulated carrier I Q Imbalance the amplitude ratio between the I and Q components of the signal Carrier Frequency Error the difference between the nominal frequency of the selected channel and the measured frequency Transmit Time Error the time offset between the MS signal and the trigger event coupled with the forward signal If the CDMA2000 signaling ...

Page 744: ...h an ARB file containing suitable power steps decorated with a particular marker type serving as trigger source for the measurement application In general the OLTR measurement proceeds as depicted in the following figure Start OLTR Measurement adjust expected power start building the RP trace RPI OLTR Evaluation Interval fixed 100 ms GI After GI restart measurement logic adjust expected power star...

Page 745: ...measurement The guard interval can be config ured up to 100 ms for all power steps To obtain meaningful OLTR results the following conditions have to be met A stable connection between BS R S CMW and DUT is established The DUT s transmission is continuous In the absence of power steps the DUT s Tx power would be almost constant The standard recommends a loopback service for 1xRTT and a reverse tes...

Page 746: ...ection with a radio configuration 3 use a step size 30 dB set the BS output power in a range such that the resulting power steps are within the dynamic range of both DUT and R S CMW in the measurement application select the Combined Signal Path scenario controlled by the signaling appli cation select Event as trigger source configure and start the OLTR measurement 5 2 8 3 OLTR Limits The mask limi...

Page 747: ...rement One Measurement Sequence Each step trace consists of 60 equidistant values for the reference power interval 640 equidistant values for the OLTR evaluation interval and 20 equidistant indicators of the OLTR limit violation 5 2 9 Common Elements of Views Below the title bar all views show the most important RF and analyzer settings as shown below see Signal Routing and Analyzer Settings Table...

Page 748: ... statistical results See also Statistical Results in the R S CMW user manual chapter System Over view Statistic Count Progress bar for the measurement displayed in all detailed views During the first sin gle shot after the start of the measurement the bar shows the number of elapsed mea surement intervals relative to the Statistic Count A filled progress bar indicates that the first shot is comple...

Page 749: ...nable or disable the reference marker and select the marker position If several traces can be displayed a trace can also be selected Marker 1 2 Enable or disable marker 1 or 2 and define the marker position absolute or relative to the reference marker Depending on the trace mode a trace can also be selected Select Trace Mode Define whether marker 1 and 2 are set to the same trace as the reference ...

Page 750: ...hin this tab use the softkey hotkey combination Display Select View the radio buttons select the measurement the combo boxes select the view to be activated Multi Evaluation Softkey This function key is displayed whenever the multi evaluation measurement is selected The softkey shows the current measurement state Additional measurement substates can be retrieved via remote control Remote command F...

Page 751: ...on STOP CDMA MEAS i MEValuation ABORt CDMA MEAS i MEValuation OLTR INITiate CDMA MEAS i OLTR STOP CDMA MEAS i OLTR ABORt CDMA MEAS i OLTR 5 3 2 Signal Routing and Analyzer Settings The measurement is configured in the configuration dialog All settings are relevant for both TX measurements multi evaluation and OLTR measurements The following parameters configure the RF input path See also Connectio...

Page 752: ...rement Remote command ROUTe CDMA MEAS i ROUTe CDMA MEAS i SCENario ROUTe CDMA MEAS i SCENario SALone ROUTe CDMA MEAS i SCENario CSPath Connector Converter Selects the input path for the measured RF signal i e the input connector and the RX module to be used Depending on your hardware configuration there may be dependencies between both parameters Select the RF connector first The Converter paramet...

Page 753: ...id for this band The R S CMW cal culates the resulting frequency In the Standalone SA scenario these parameters are controlled by the measurement In the Combined Signal Path CSP scenario they are controlled by the signaling appli cation Remote command CONFigure CDMA MEAS i RFSettings BCLass SA CONFigure CDMA MEAS i RFSettings CHANnel SA CONFigure CDMA MEAS i RFSettings FREQuency SA CONFigure CDMA ...

Page 754: ...al e g on the active channels and gain factors A typical value for the user margin is 9 dB This parameter is only configurable in Combined Signal Path CSP Remote command CONFigure CDMA MEAS i RFSettings UMARgin CSP Radio Configuration Defines the expected radio configuration The radio configuration determines the mod ulation type Offset Quadrature Phase Shift Keying O QPSK Quadrature Phase Shift K...

Page 755: ... e g a CDMA2000 signal with a FCH frame rate Full The trigger event has to be synchronized to the start of frame To achieve that it is necessary to adjust the Minimum Trigger Gap IF Auto Sync The behavior of this trigger is equal to the IF Power trigger Only the calculation of the trigger event is different The R S CMW decodes the measured signal at event time to derive its power control group and...

Page 756: ...ld Trigger Delay Defines a time delaying the start of the measurement relative to the trigger event This setting has no influence on Free Run measurements Remote command TRIGger CDMA MEAS i MEValuation DELay Trigger Timeout Sets a time after which an initiated measurement must have received a trigger event If no trigger event is received a trigger timeout is indicated in manual operation mode In r...

Page 757: ... Measurement Control parameters configure the scope of the CDMA2000 multi evaluation measurement See also Statistical Settings in the R S CMW user manual chapter System Over view Fig 5 21 Multi evaluation configuration measurement control Measurement Timeout 758 Assign Views 758 Repetition 758 Stop Condition 758 Statistic Count Modulation Spectrum 758 Measure on Exception 759 Code Domain Spreading...

Page 758: ...which is typically done in manual control The reset preset values therefore differ from each other Remote command CONFigure CDMA MEAS i MEValuation REPetition Stop Condition Specifies the conditions for an early termination of the measurement None The measurement is performed according to its Repetition mode and Sta tistic Count irrespective of the limit check results On Limit Failure The measurem...

Page 759: ...32 or 64 codes Remote command CONFigure CDMA MEAS i MEValuation SFACtor Adjacent Channel Power Enables either the ACP measurement at up to 10 offsets or extended ACP measure ment at up to 20 offsets from the nominal carrier frequency Each enabled frequency offset corresponds to a symmetric pair of bars in the Adjacent Channel Power ACP diagram in Spectrum view see chapter 5 2 7 4 Multi Evaluation ...

Page 760: ...A MEAS i MEValuation LIMit CP CONFigure CDMA MEAS i MEValuation LIMit CPO CONFigure CDMA MEAS i MEValuation LIMit CTO CONFigure CDMA MEAS i MEValuation LIMit ACP ABSolute CONFigure CDMA MEAS i MEValuation LIMit ACP RELative CONFigure CDMA MEAS i MEValuation LIMit OBW 5 3 6 Generator Shortcut This feature enables the user to start the GPRF generator and use GPRF related hot keys and softkeys within...

Page 761: ...ed description in section Multi Evaluation Measurement Results The multi evaluation measurement provides an overview dialog and a detailed view for each diagram in the overview Each dialog shows the most important RF and analyzer settings The overview dialog shows the modulation code domain spectrum and channel results as traces or bar graphs Fig 5 24 CDMA2000 multi evaluation overview Most of the...

Page 762: ...aluation TRACe IQ CURRent etc FETCh CDMA MEAS i MEValuation TRACe ACP CURRent ABSolute etc FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent ABSolute FETCh CDMA MEAS i MEValuation TRACe ACP CURRent RELative etc FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative FETCh CDMA MEAS i MEValuation TRACe CDP ISIGnal CURRent etc FETCh CDMA MEAS i MEValuation TRACe CDE QSIGnal CURRent ...

Page 763: ...TCh CDMA MEAS i MEValuation OBW CURRent etc 5 3 8 Multi Evaluation List Mode Settings View Although the Multi Evaluation List Mode can only be configured via remote commands see chapter 5 5 4 4 List Mode Settings on page 805 its segment setup can be displayed at the GUI via the softkey hotkey combination Display List Mode View Fig 5 26 Multi evaluation list mode view For background information rel...

Page 764: ... Remote command CONFigure CDMA MEAS i OLTR TOUT Number of Meas Sequences Sets the number of measurement sequences within a single OLTR measurement Each sequence consists of a power UP or power DOWN step followed by a power step in the opposite direction see Power Step Direction below Remote command CONFigure CDMA MEAS i OLTR SEQuence Power Step Defines the size of the power steps i e the increases...

Page 765: ...INTerval CONFigure CDMA MEAS i OLTR GINTerval TIME Measure on Exception Specifies whether measurement results that the R S CMW identifies as faulty or inac curate are rejected A faulty result occurs e g when an overload is detected In remote control the cause of the error is indicated by the reliability indicator Off Faulty results are rejected The measurement is continued the statistical counters...

Page 766: ...age 760 5 3 12 OLTR Measurement Results The results of the CDMA2000 OLTR measurement are displayed in several different views see detailed description in section chapter 5 2 8 4 OLTR Results on page 747 The OLTR measurement provides a detailed view for each measurement sequence An OLTR limit violation is indicated underneath the graphs Fig 5 29 OLTR measurement sequence view An overview is availab...

Page 767: ...DMA MEAS i OLTR SEQuence Sequence TRACe DOWN STATe etc FETCh CDMA MEAS i OLTR SEQuence Sequence TRACe UP STATe etc 5 3 13 Additional Softkeys and Hotkeys The CDMA2000 TX measurement provides some softkey hotkey combinations which have no equivalent in the configuration dialog Most of these hotkeys provide display configurations like diagram scaling They are self explanatory and do not have any rem...

Page 768: ...softkey hotkey combination to access the generator parameters directly from the CDMA2000 measurement GUI The Configure Generator hotkey opens the configuration tree of the connected GPRF generator instance 5 4 Programming The following sections provide programming examples for the CDMA2000 TX mea surements multi evaluation and OLTR measurements The examples have been tested with the aid of a simpl...

Page 769: ...49E 6 CONFigure CDMA MEAS RFSettings ENPower 7 CONFigure CDMA MEAS RFSettings UMARgin 5 CONFigure CDMA MEAS RFSettings FOFFset 10000 CONFigure CDMA MEAS RCONfig R36H Redefine the frequency by providing band class and channel number CONFigure CDMA MEAS RFSettings BCLass KCEL CONFigure CDMA MEAS RFSettings CHANnel 11 5 4 1 2 Configuring the Trigger System Use fast synchronization to the RF input sig...

Page 770: ...W for ACP and for extended ACP measuerement CONFigure CDMA MEAS MEValuation SCONdition SLFail CONFigure CDMA MEAS MEValuation MOEXception ON CONFigure CDMA MEAS MEValuation SFACtor SF16 CONFigure CDMA MEAS MEValuation ACP FOFFsets 1 1 1 1 2 1 3 OFF OFF OFF OFF OFF OFF CONFigure CDMA MEAS MEValuation ACP RBW F10K F10K F10K F10K F1K0 F1K0 F1K0 F1K0 F1K0 F1K0 CONFigure CDMA MEAS MEValuation ACP EXTen...

Page 771: ...PO 100 CONFigure CDMA MEAS MEValuation LIMit CTO 20 CONFigure CDMA MEAS MEValuation IQLCheck ON Define ACP limits CONFigure CDMA MEAS MEValuation LIMit ACP RELative 5 0 5 10 15 20 CONFigure CDMA MEAS MEValuation LIMit ACP ABSolute 5 0 5 10 OFF OFF Define OBW limit 2 96 MHz CONFigure CDMA MEAS MEValuation LIMit OBW 2 96 5 4 1 5 Multi Evaluation Performing Single Shot Measurements Enable all measure...

Page 772: ... CDMA MEAS MEValuation TRACe MERRor CURRent FETCh CDMA MEAS MEValuation TRACe PERRor CURRent FETCh CDMA MEAS MEValuation TRACe IQ CURRent FETCh CDMA MEAS MEValuation TRACe SPECtrum CURRent FETCh CDMA MEAS MEValuation TRACe ACP CURRent RELative FETCh CDMA MEAS MEValuation TRACe ACP EXTended CURRent RELative FETCh CDMA MEAS MEValuation TRACe ACP CURRent ABSolute FETCh CDMA MEAS MEValuation TRACe ACP...

Page 773: ...tinuous Measurements Start single shot measurement Return current magnitude error trace maximum magnitude error trace and maximum phase error trace without repeating the measurement Query the measurement state should be RDY INIT CDMA MEAS MEValuation FETCh CDMA MEAS MEValuation TRACe MERRor CURRent FETCh CDMA MEAS MEValuation TRACe MERRor MAXimum FETCh CDMA MEAS MEValuation TRACe PERRor MAXimum FE...

Page 774: ...igure CDMA MEAS OLTR SEQuence 5 CONFigure CDMA MEAS OLTR PSTep 30 CONFigure CDMA MEAS OLTR PSTep DIRection UP CONFigure CDMA MEAS OLTR RPINterval 12 CONFigure CDMA MEAS OLTR RPINterval TIME CONFigure CDMA MEAS OLTR GINTerval 30 CONFigure CDMA MEAS OLTR GINTerval TIME CONFigure CDMA MEAS OLTR MOEXception ON CONFigure CDMA MEAS OLTR LIMit ILOWer 2 5 4 1 8 OLTR Single Shot Measurement Start single sh...

Page 775: ...ical length as far as possible for your use case Enable only the results that you need disable the other result calculations There are two groups of FETCh commands One for result retrieval per segment and one for result retrieval over all segments Which of the two groups is more effective depends on the enabled results and on the number of segments Mini mize the number of FETCh commands transmitte...

Page 776: ... modulation results for both segments and spectrum results for segment 2 only Select an averaging length of 20 all measured slots in the segment CONF CDMA MEAS MEV LIST SEGM1 MODulation 20 ON ON ON ON ON ON ON ON ON ON CONF CDMA MEAS MEV LIST SEGM2 MODulation 20 ON ON ON ON ON ON ON ON ON ON CONFigure CDMA MEAS MEValuation LIST SEGMent2 SPECtrum 20 ON ON Only for measurements with R S CMWS Configu...

Page 777: ...TCh CDMA MEAS MEValuation LIST SEGMent2 OBW AVERage FETCh CDMA MEAS MEValuation LIST SEGMent1 CP STATe FETCh CDMA MEAS MEValuation LIST SEGMent2 CP STATe FETCh CDMA MEAS MEValuation LIST SEGMent1 CPO STATe FETCh CDMA MEAS MEValuation LIST SEGMent2 CPO STATe FETCh CDMA MEAS MEValuation LIST SEGMent1 CTO STATe FETCh CDMA MEAS MEValuation LIST SEGMent2 CTO STATe FETCh CDMA MEASurement MEValuation STA...

Page 778: ...tion OTOLerance FETCh CDMA MEAS MEValuation LIST MODulation STCount FETCh CDMA MEAS MEValuation LIST CP RCCCh AVERage FETCh CDMA MEAS MEValuation LIST CP RDCCh AVERage FETCh CDMA MEAS MEValuation LIST CP REACh AVERage FETCh CDMA MEAS MEValuation LIST CP RFCH AVERage FETCh CDMA MEAS MEValuation LIST CP RPICh AVERage FETCh CDMA MEAS MEValuation LIST CP RSCH ZOET AVERage FETCh CDMA MEAS MEValuation L...

Page 779: ...EValuation LIST CP RSCH ZOET STATe FETCh CDMA MEAS MEValuation LIST CP RSCH ZTEF STATe FETCh CDMA MEAS MEValuation LIST CPO RCCCh STATe FETCh CDMA MEAS MEValuation LIST CPO RDCCh STATe FETCh CDMA MEAS MEValuation LIST CPO RFCH STATe FETCh CDMA MEAS MEValuation LIST CPO REACh STATe FETCh CDMA MEAS MEValuation LIST CPO RPICh STATe FETCh CDMA MEAS MEValuation LIST CPO RSCH ZOET STATe FETCh CDMA MEAS ...

Page 780: ...s are used to retrieve measurement results FETCh returns the results of the current measurement cycle single shot mea surement after they are valid FETCh must be used after the measurement has been started INITiate measurement states RUN or RDY READ starts a new single shot measurement and returns the results CALCulate returns one limit check result per FETCh result OK The FETCh result is located ...

Page 781: ...oftware documentation It describes typ ical instrument configurations with the allowed RF connector TX RX module combina tions and the mapping of virtual connector names to physical connectors See also Signal Path Settings in the R S CMW user manual chapter Remote Con trol Single R S CMW RF path selection values RX module RX1 RX2 RX3 RX4 RX connector RF1C RF2C RF3C RF4C RFAC RFBC RF 1 COM to RF 4 ...

Page 782: ...has occurred during the measurement Example for an output array 0 10 22 10 15 10 01 10 29 100 reliability 0 followed by 5 numeric measurement values The reliability indicator has one of the following values 0 OK Measurement values available no error detected 1 Measurement Timeout The measurement has been stopped after the configurable measurement time out Measurement results may be available howev...

Page 783: ... Usable For measurements The measurement could not be started because the estab lished signaling connection had wrong properties For DAU IMS service The voice over IMS settings could not be applied 21 Call Lost For measurements The measurement was interrupted because the signaling con nection to the DUT was lost For DAU IMS service The voice over IMS call was lost 23 Missing Option The ARB file ca...

Page 784: ...a DAU selftest 60 Invalid RF Connector Setting The individual segments of a list mode measurement with R S CMWS use differ ent connector benches This is not allowed All segments must use the same bench Check the Info dialog for the relevant segment numbers 101 Firmware Error Indicates a firmware or software error If you encounter this error for the first time restart the instrument If the error oc...

Page 785: ... listed below Signal Routing 785 Analyzer Settings 787 5 5 2 1 Signal Routing The following commands configure the scenario select the connector and define an external attenuation value ROUTe CDMA MEAS i 785 ROUTe CDMA MEAS i SCENario 786 ROUTe CDMA MEAS i SCENario SALone 786 ROUTe CDMA MEAS i SCENario CSPath 786 ROUTe CDMA MEAS i SCENario CATalog CSPath 787 CONFigure CDMA MEAS i RFSettings EATTen...

Page 786: ... page 301 Parameters RXConnector RF connector for the input path RFConverter RX module for the input path Example See Specifying General Measurement Settings Firmware Software V1 0 15 20 V2 0 10 additional values RF3 4 A B RX2 Manual operation See Scenario Controlled By on page 752 ROUTe CDMA MEAS i SCENario CSPath Master Activates the combined signal path scenario and selects a master The master ...

Page 787: ...r the combined signal path scenario use CONFigure CDMA SIGN i RFSettings EATTenuation Parameters RFInputExtAtt Range 50 dB to 90 dB RST 0 dB Default unit dB Example See Specifying General Measurement Settings Firmware Software V1 0 2 7 Manual operation See External Attenuation Input on page 752 5 5 2 2 Analyzer Settings The following commands configure the input signal and the view selection in re...

Page 788: ... NA7C BC 7 Upper 700 MHz B18M BC 8 1800 MHz Band NA9C BC 9 North American 900 MHz NA8S BC 10 Secondary 800 MHz PA4M BC 11 European 400 MHz PAMR PA8M BC 12 800 MHz PAMR IEXT BC 13 IMT 2000 2 5 GHz Extension USPC BC 14 US PCS 1900 MHz AWS BC 15 AWS Band U25B BC 16 US 2 5 GHz Band PS7C BC 18 Public Safety Band 700 MHz LO7C BC 19 Lower 700 MHz RST USC Example See Specifying General Measurement Setting...

Page 789: ...GN i RFSettings FREQuency or CONFigure CDMA SIGN i RFSettings CHANnel Parameters Frequency Range 100E 6 Hz to 6E 9 Hz RST 833 49E 6 Hz Default unit Hz Example See Specifying General Measurement Settings Firmware Software V1 0 2 7 Manual operation See Band Channel Frequency on page 753 CONFigure CDMA MEAS i RFSettings FOFFset FrequencyOffset Selects a positive or negative offset frequency to be add...

Page 790: ...changed from 34 dBm to 55 dBm Manual operation See Expected Nominal Power on page 753 CONFigure CDMA MEAS i RFSettings UMARgin UserMargin Sets the margin that the R S CMW adds to the expected nominal power in order to determine its reference power The reference power minus the external input attenua tion must be within the power range of the selected input connector refer to the data sheet Paramet...

Page 791: ...are Software V3 2 80 5 5 3 Trigger Settings The following commands define the trigger parameters TRIGger CDMA MEAS i MEValuation CATalog SOURce 791 TRIGger CDMA MEAS i MEValuation SOURce 792 TRIGger CDMA MEAS i MEValuation SLOPe 792 TRIGger CDMA MEAS i MEValuation THReshold 792 TRIGger CDMA MEAS i MEValuation TOUT 793 TRIGger CDMA MEAS i MEValuation DELay 793 TRIGger CDMA MEAS i MEValuation MGAP 7...

Page 792: ...r Power trigger received RF power IF Auto Sync Power trigger auto synchronized RST Free Run Example See Configuring the Trigger System Firmware Software V2 0 10 Manual operation See Trigger Source on page 755 TRIGger CDMA MEAS i MEValuation SLOPe Slope Qualifies whether the trigger event is generated at the rising or at the falling edge of the trigger pulse valid for external and power trigger sou...

Page 793: ...easurements Parameters Time Range 0 s to 83 88607E 3 s RST 1 s Default unit s Additional values OFF ON disables timeout enables timeout using the previous default values Example See Configuring the Trigger System Firmware Software V1 0 4 11 V2 0 10 Expand the prefix from TRIGger CDMA MEAS i to TRIGger CDMA MEAS i MEValuation V2 1 20 Default unit changed from ms to s Manual operation See Trigger Ti...

Page 794: ... integer number of power control groups PCG Each PCG has a dura tion of 1 25 ms Parameters EvalOffset Range 0 to 64 RST 0 Default unit power control group Example See Configuring the Trigger System Firmware Software V2 0 10 5 5 4 Multi Evaluation Measurement Commands The commands for the CDMA2000 multi evaluation measurement are divided into the groups listed below The general measurement settings...

Page 795: ...i MEValuation STATe 796 FETCh CDMA MEAS i MEValuation STATe ALL 796 INITiate CDMA MEAS i MEValuation STOP CDMA MEAS i MEValuation ABORt CDMA MEAS i MEValuation Starts stops or aborts the measurement INITiate starts or restarts the measurement the R S CMW enters the RUN state STOP causes a running measurement to stop after the current evaluation period is terminated and valid results are available ...

Page 796: ...See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 2 7 Manual operation See Multi Evaluation Softkey on page 750 FETCh CDMA MEAS i MEValuation STATe ALL Queries the main measurement state and the measurement substates Both measure ment substates are relevant for running measurements only Use FETCh STATe to query the main measurement state only Use INIT...

Page 797: ...s CONFigure CDMA MEAS i MEValuation RESult ALL 797 CONFigure CDMA MEAS i MEValuation RESult EVMagnitude 799 CONFigure CDMA MEAS i MEValuation RESult MERRor 799 CONFigure CDMA MEAS i MEValuation RESult PERRor 799 CONFigure CDMA MEAS i MEValuation RESult CDP 799 CONFigure CDMA MEAS i MEValuation RESult CDE 799 CONFigure CDMA MEAS i MEValuation RESult ACP 799 CONFigure CDMA MEAS i MEValuation RESult ...

Page 798: ...r OFF ON Magnitude Error RST OFF PhaseError OFF ON Phase Error RST OFF ACP OFF ON Adjacent Channel Power RST ON CDP OFF ON Code Domain Power RST OFF CDE OFF ON Code Domain Error RST OFF Power OFF ON Power RST ON TXMeasurements OFF ON Modulation Quality RST ON ChPower OFF ON Channel Power RST OFF OBW OFF ON Occupied Bandwidth RST ON ChPhaseOffset OFF ON Channel Phase Offset RST OFF Command Referenc...

Page 799: ... CDMA MEAS i MEValuation RESult CTO Enable CONFigure CDMA MEAS i MEValuation RESult IQ Enable CONFigure CDMA MEAS i MEValuation RESult POWer Enable CONFigure CDMA MEAS i MEValuation RESult MODQuality Enable Enables or disables the evaluation of results and shows or hides the views in the multi evaluation measurement The mnemonic after RESult denotes the view type Error Vector Magnitude Magnitude E...

Page 800: ...y or RESTART STOP key When the measurement has completed the first measurement cycle first single shot the statistical depth is reached and the timer is reset If the first measurement cycle has not been completed when the timer expires the measurement is stopped The measurement state changes to RDY and the reliability indicator is set to 1 indicating that a measurement timeout occurred Still runni...

Page 801: ...mit check SLFail Stop measurement on limit failure RST NONE Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V1 0 2 7 Manual operation See Stop Condition on page 758 CONFigure CDMA MEAS i MEValuation SCOunt MODulation SCountMod Specifies the statistic count of the measurement The statistic count is equal to the number of measurement intervals per single shot ...

Page 802: ...on See Statistic Count Modulation Spectrum on page 758 CONFigure CDMA MEAS i MEValuation MOEXception MeasOnException Specifies whether measurement results that the R S CMW identifies as faulty or inac curate are rejected Parameters MeasOnException OFF ON ON Results are never rejected OFF Faulty results are rejected RST OFF Example See Multi Evaluation Specifying Measurement Specific Settings Firmw...

Page 803: ...e Software V1 0 2 7 Manual operation See Adjacent Channel Power on page 759 CONFigure CDMA MEAS i MEValuation ACP EXTended FOFFsets FrequencyOffset 20 Defines the frequency offsets to be used for extended ACP measurements The offsets are defined relative to the analyzer frequency Up to 20 offsets can be defined and enabled Parameters FrequencyOffset Range 0 MHz to 4 MHz RST Offset 0 to 19 MHz 0 87...

Page 804: ...ee Adjacent Channel Power on page 759 CONFigure CDMA MEAS i MEValuation ACP RBW RBW 10 Defines the resolution bandwidth to be used for the upper and lower frequency offsets 0 to 9 of ACP measurements Parameters RBW F1K0 F6K25 F10K F12K5 F25K F30K F50K F100k F1M0 F1M23 F1K0 1 kHz F6K25 6 25 kHz F10K 10 kHz F12K5 12 5 kHz F25K 25 kHz F30K 30 kHz F50K 50 kHz F100k 100 kHz F1M0 1 MHz F1M23 1 23 MHz RS...

Page 805: ... MODulation 808 CONFigure CDMA MEAS i MEValuation LIST SEGMent no SPECtrum 810 TRIGger CDMA MEAS i MEValuation LIST MODE 810 CONFigure CDMA MEAS i MEValuation LIST Enable Enables or disables the list mode Parameters Enable OFF ON ON Enable list mode OFF Disable list mode RST OFF Example See Specifying List Mode Settings Firmware Software V1 0 15 20 Options R S CMW KM012 CONFigure CDMA MEAS i MEVal...

Page 806: ...ects the RF input connector for segment no for CDMA2000 list mode measure ments with the R S CMWS This setting is only relevant for connector mode LIST see CONFigure CDMA MEAS i MEValuation LIST CMWS CMODe All segments of a list mode measurement must use connectors of the same bench For possible connector values see chapter 3 5 1 4 Values for RF Path Selection on page 301 Suffix no 1 1000 Segment ...

Page 807: ...External Attenuation User Margin The input power range is stated in the data sheet RST 0 dBm Frequency Center frequency of the RF analyzer Range 100E 6 Hz to 6E 9 Hz RST 833 49E 6 Hz Default unit Hz RetriggerOption OFF ON Enables or disables the trigger system to start segment mea surement Note For the first segment no 1 the setting of this param eter is ignored Since the general MELM measurement ...

Page 808: ...eters RetriggerOption and RConfig V3 2 70 added CMWSConnector Options R S CMW KM012 CONFigure CDMA MEAS i MEValuation LIST SEGMent no MODulation StatisticLength EnableEVM EnableMagError EnablePhaseErr EnableWaveQual EnableIQError EnableChPow EnableChTimeOff EnableChPhseOff EnableWBNBPow EnableFreqErr Defines the statistical length for AVERage MAXimum MINimum and SDEViation cal culation and enables...

Page 809: ...imbal ance RST OFF EnableChPow OFF ON Disable or enable measurement of channel power RST OFF EnableChTimeOff OFF ON Disable or enable measurement for channel time offset RST OFF EnableChPhseOff OFF ON Disable or enable measurement of channel phase RST OFF EnableWBNBPow OFF ON Disable or enable measurement of wideband and narrowband power RST OFF EnableFreqErr OFF ON Disable or enable measurement o...

Page 810: ...the segment length set with CONFigure CDMA MEAS i MEValuation LIST SEGMent no SETup and depends on the used trigger statistical length segment length 2 for IF Auto Sync trigger statistical length segment length 1 for other triggers RST 1 EnableACPRMS OFF ON OFF Disable measurement ON Enable measurement of Adjacent Channel Power RMS RST OFF EnableOBW OFF ON Disable or enable measurement of the occu...

Page 811: ... KM012 5 5 4 5 Limits Power and Modulation The following commands define limits for results which characterize power require ments and modulation accuracy CONFigure CDMA MEAS i MEValuation LIMit POWer 811 CONFigure CDMA MEAS i MEValuation LIMit EVMagnitude 812 CONFigure CDMA MEAS i MEValuation LIMit MERRor 812 CONFigure CDMA MEAS i MEValuation LIMit PERRor 813 CONFigure CDMA MEAS i MEValuation LIM...

Page 812: ...mit check using the previous default limit values EVMPeak Range 0 to 100 RST 33 4 Default unit Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Specifying Limits Firmware Software V1 0 2 7 Manual operation See Limits on page 760 CONFigure CDMA MEAS i MEValuation LIMit MERRor MErrRMS MErrPeak Defines ...

Page 813: ...0 deg RST 19 6 deg Default unit deg Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Specifying Limits Firmware Software V1 0 2 7 Manual operation See Limits on page 760 CONFigure CDMA MEAS i MEValuation LIMit IQOFfset IQOffset Defines an upper limit for the I Q origin offset Carrier Feedthrough Para...

Page 814: ...the limit check ena bles the limit check using the previous default limit values Example See Multi Evaluation Specifying Limits Firmware Software V1 0 2 7 Manual operation See Limits on page 760 CONFigure CDMA MEAS i MEValuation LIMit TTERror TTError Defines an upper limit for the transport time error Parameters TTError Range 0 µs to 10 µs RST 1 µs Default unit µs Additional parameters OFF ON disa...

Page 815: ...t CP 816 CONFigure CDMA MEAS i MEValuation LIMit CPO 816 CONFigure CDMA MEAS i MEValuation LIMit CTO 816 CONFigure CDMA MEAS i MEValuation IQLCheck IQLeakState Enables or disables the CDP I Q leakage check Parameters IQLeakState OFF ON RST OFF Example See Multi Evaluation Specifying Limits Firmware Software V1 0 2 7 Manual operation See Limits on page 760 CONFigure CDMA MEAS i MEValuation LIMit CD...

Page 816: ...upper limit for the channel power Parameters ChannelPower Limit of the channel power Range 60 dB to 0 dB RST 23 dB Default unit dB Example See Multi Evaluation Specifying Limits Firmware Software V2 0 10 Manual operation See Limits on page 760 CONFigure CDMA MEAS i MEValuation LIMit CPO ChPhaseOffset Defines an upper limit for the absolute channel phase offset Parameters ChPhaseOffset Limit for ab...

Page 817: ...CDMA MEAS i MEValuation LIMit ACP ABSolute Limit0 Limit19 Defines limits for the ACP in dBm at the individual offset frequencies set via CONFigure CDMA MEAS i MEValuation ACP FOFFsets Parameters LimitACP Range 80 dBm to 10 dBm RST Limit 0 to 9 dBm 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 54 Default unit dB Additional parameters OFF ON disables the limit check ena bles the limit che...

Page 818: ...V2 0 20 Manual operation See Limits on page 760 5 5 4 8 EVM Results Traces The following commands return the EVM trace results of the multi evaluation measure ment FETCh CDMA MEAS i MEValuation TRACe EVMagnitude CURRent FETCh CDMA MEAS i MEValuation TRACe EVMagnitude AVERage FETCh CDMA MEAS i MEValuation TRACe EVMagnitude MAXimum READ CDMA MEAS i MEValuation TRACe EVMagnitude CURRent READ CDMA MEA...

Page 819: ...AD CDMA MEAS i MEValuation TRACe MERRor CURRent READ CDMA MEAS i MEValuation TRACe MERRor AVERage READ CDMA MEAS i MEValuation TRACe MERRor MAXimum Returns the values of the RMS magnitude error traces The values cover a time inter val of 500 μs and contain one value per chip The results of the current average and maximum traces can be retrieved Return values Reliability Reliability Indicator MagEr...

Page 820: ...results in the I Q constellation diagram FETCh CDMA MEAS i MEValuation TRACe IQ CURRent READ CDMA MEAS i MEValuation TRACe IQ CURRent Returns the results in the I Q constellation diagram Every fourth value corresponds to a constellation point The other values are located on the path between two constella tion points Return values Reliability Reliability Indicator I_1 Q_1 I_10240 Q_10240 10240 pair...

Page 821: ...INimum 822 READ CDMA MEAS i MEValuation TRACe CDP QSIGnal MAXimum 822 FETCh CDMA MEAS i MEValuation TRACe CDP ISIGnal LIMit 823 FETCh CDMA MEAS i MEValuation TRACe CDP QSIGnal LIMit 823 FETCh CDMA MEAS i MEValuation TRACe CDP ISIGnal STATe 823 FETCh CDMA MEAS i MEValuation TRACe CDP QSIGnal STATe 823 CALCulate CDMA MEAS i MEValuation TRACe CDE ISIGnal CURRent 823 CALCulate CDMA MEAS i MEValuation ...

Page 822: ...ISIGnal AVERage READ CDMA MEAS i MEValuation TRACe CDP ISIGnal MINimum READ CDMA MEAS i MEValuation TRACe CDP ISIGnal MAXimum READ CDMA MEAS i MEValuation TRACe CDP QSIGnal CURRent READ CDMA MEAS i MEValuation TRACe CDP QSIGnal AVERage READ CDMA MEAS i MEValuation TRACe CDP QSIGnal MINimum READ CDMA MEAS i MEValuation TRACe CDP QSIGnal MAXimum Returns the values of the code domain power CDP I Sign...

Page 823: ...nds on the selected spreading factor SF 16 32 64 INV No channel available ACTive Active code channel IACtive Inactive code channel Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V2 0 10 CALCulate CDMA MEAS i MEValuation TRACe CDE ISIGnal CURRent CALCulate CDMA MEAS i MEValuation TRACe CDE ISIGnal AVERage CALCulate CDMA MEAS i MEValuation TRACe C...

Page 824: ... dB Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 2 7 V2 0 10 New commands CALCULATE For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh CDMA MEAS i MEValuation TRACe CDE ISIGnal LIMit FETCh CDMA MEAS i MEValuation TRACe CDE QSIGnal LIMit Return limit check results fo...

Page 825: ...DMA MEAS i MEValuation TRACe CP ISIGnal MAXimum 826 READ CDMA MEAS i MEValuation TRACe CP ISIGnal MINimum 826 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal CURRent 826 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal AVERage 826 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MAXimum 826 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MINimum 826 FETCh CDMA MEAS i MEValuation TRACe CP...

Page 826: ...Firmware Software V2 0 10 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal CURRent CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal AVERage CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MAXimum CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MINimum FETCh CDMA MEAS i M...

Page 827: ... Q Signal 4 results R FCH R SCH0 R EACH R CCCH INV No channel available ACTive Active channel IACtive Inactive channel ALIased Aliased channel Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V2 0 10 V2 1 20 Support for state Aliased 5 5 4 14 CPO Results Traces The following commands return the channel phase offset CPO trace results of the multi e...

Page 828: ...tion TRACe CPO ISIGnal AVERage CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal MAXimum Returns the phase offset for the indicated channels in the in phase signal path I sig nal The results of the current average maximum and minimum traces can be retrieved The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each ...

Page 829: ...nnel Range π 10E 3 mRad to π 10E 3 mRad Default unit mRad Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh CDMA MEAS i MEValuation TRACe CPO ISIGnal STATe FETCh CDMA MEAS i MEValuation TRACe CPO QSIGnal STATe Return ...

Page 830: ...DMA MEAS i MEValuation TRACe CTO QSIGnal AVERage 831 CALCulate CDMA MEAS i MEValuation TRACe CTO QSIGnal MAXimum 831 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal STATe 831 FETCh CDMA MEAS i MEValuation TRACe CTO QSIGnal STATe 831 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal CURRent FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal AVERage FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal MAXimum...

Page 831: ...gnal traces The results of the cur rent average and maximum traces can be retrieved The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator FCH SCH0 EACH CCCH Time offset in nanoseconds for Reverse Fundamental Channel Reverse Supplemental Channel 0...

Page 832: ... values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator CurrSpectrum0 CurrSpectrum1666 Frequency dependent power values Each of the traces contains 1667 values Range 100 dB to 57 dB Default unit dB Example See Multi Evaluation Performing Single Shot M...

Page 833: ... ABSolute 835 READ CDMA MEAS i MEValuation TRACe ACP EXTended MAXimum ABSolute 835 CALCulate CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative 836 CALCulate CDMA MEAS i MEValuation TRACe ACP EXTended AVERage RELative 836 CALCulate CDMA MEAS i MEValuation TRACe ACP EXTended MAXimum RELative 836 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative 836 FETCh CDMA MEAS i MEValua...

Page 834: ...i MEValuation TRACe ACP CURRent RELative FETCh CDMA MEAS i MEValuation TRACe ACP AVERage RELative FETCh CDMA MEAS i MEValuation TRACe ACP MAXimum RELative READ CDMA MEAS i MEValuation TRACe ACP CURRent RELative READ CDMA MEAS i MEValuation TRACe ACP AVERage RELative READ CDMA MEAS i MEValuation TRACe ACP MAXimum RELative Returns the relative adjacent channel power measured at a series of frequenci...

Page 835: ...Ce ACP EXTended MAXimum ABSolute Returns the adjacent channel absolute power measured in dBm at a series of frequen cies The frequencies are determined by the offset values defined via the command CONFigure CDMA MEAS i MEValuation ACP EXTended FOFFsets All defined offset values are considered irrespective of their activation status The cur rent average and maximum traces can be retrieved The numbe...

Page 836: ...rns the adjacent channel relative power measured in dBc at a series of frequen cies The frequencies are determined by the offset values defined via the command CONFigure CDMA MEAS i MEValuation ACP EXTended FOFFsets All defined offset values are considered irrespective of their activation status The cur rent average and maximum traces can be retrieved The number to the left of each result paramete...

Page 837: ...sted below Return values Reliability Reliability Indicator CurrOBW Occupied Bandwidth Range 0 to 8 MHz Default unit Hz Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software 2 0 20 V3 0 11 OBW default unit changed from MHz to Hz 5 5 4 19 Modulation Results Single Values The following commands return the results of the modulation multi evaluation measure...

Page 838: ...Exceptions are explicitly stated The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_Reliability Reliability Indicator 2_EVMRMS Error vector magnitude RMS value Range 0 to 100 Default unit 3_EVMPeak Error vector magnitude peak value Range 0 to 100 Default unit 4_MErrRMS Magnitude error RMS value Range...

Page 839: ...t i e percentage of measurement inter vals of the statistic count CONFigure CDMA MEAS i MEValuation SCOunt MODulation exceeding the specified limits see Limits Power and Modulation Range 0 to 100 Default unit Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 10 1 V2 0 10 Remove parameter 18_CurStatCount For additional information concerning sy...

Page 840: ...OutOfTolerance Range 0 to 100 Default unit Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 10 1 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation ACP AVERage CALCulate CDMA MEAS i MEValuation ACP CURRent CALCulate CDMA MEAS i MEValuation AC...

Page 841: ...841 CALCulate CDMA MEAS i MEValuation OBW AVERage 841 CALCulate CDMA MEAS i MEValuation OBW MAXimum 841 FETCh CDMA MEAS i MEValuation OBW CURRent 841 FETCh CDMA MEAS i MEValuation OBW AVERage 841 FETCh CDMA MEAS i MEValuation OBW MAXimum 841 READ CDMA MEAS i MEValuation OBW CURRent 841 READ CDMA MEAS i MEValuation OBW AVERage 841 READ CDMA MEAS i MEValuation OBW MAXimum 841 CALCulate CDMA MEAS i M...

Page 842: ...tion LIST SEGMent no CP CURRent 843 CALCulate CDMA MEAS i MEValuation LIST SEGMent no CP AVERage 843 CALCulate CDMA MEAS i MEValuation LIST SEGMent no CP MINimum 844 CALCulate CDMA MEAS i MEValuation LIST SEGMent no CP MAXimum 844 FETCh CDMA MEAS i MEValuation LIST SEGMent no CP CURRent 844 FETCh CDMA MEAS i MEValuation LIST SEGMent no CP AVERage 844 FETCh CDMA MEAS i MEValuation LIST SEGMent no C...

Page 843: ...CP AVERage 853 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP MINimum 853 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP MAXimum 853 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP SDEViation 853 CALCulate CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended AVERage 854 CALCulate CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended CURRent 854 CALCulate CDMA MEAS i MEValuation LIST SEGMent...

Page 844: ...lt listed below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Return values 1_Reliability Reliability Indicator In list mode a zero reliability indicator indi cates that the results in all measured segments are valid A non...

Page 845: ...e of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated Range 0 3 4 8 RPICH INVisible ACTive IACTive ALIased INVisible No channel available ACTive Active channel IACtive Inactive channel ALIased Aliased channel RDCCH INVisible ACTive IACTive ALIased RCCCH INVisi...

Page 846: ...m mands return limit check results instead one value for each result listed below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Return values 1_Reliability Reliability Indicator In list mode a zero reliability indicator in...

Page 847: ...umber must not exceed the total number of seg ments measured Return values Reliability Reliability Indicator SegReliability The segment reliability indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated Range 0 3 4 8 RPICH INVisible ACTive I...

Page 848: ...enable the calculation of the results use the command CONFigure CDMA MEAS i MEValuation LIST SEGMent no MODulation The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array...

Page 849: ... and returned values refer to Conventions and General Information FETCh CDMA MEAS i MEValuation LIST SEGMent no CTO STATe Return the states of the channels for Channel Time Offset CTO measurements Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Return values Reliability Reliability Indicator SegReliability The segment reliability indicates whether one of t...

Page 850: ...ation FETCh CDMA MEAS i MEValuation LIST SEGMent no MODulation CURRent FETCh CDMA MEAS i MEValuation LIST SEGMent no MODulation AVERage FETCh CDMA MEAS i MEValuation LIST SEGMent no MODulation MINimum FETCh CDMA MEAS i MEValuation LIST SEGMent no MODulation MAXimum FETCh CDMA MEAS i MEValuation LIST SEGMent no MODulation SDEViation Returns modulation single value results for segment no in list mod...

Page 851: ... the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_EVMRMS 4_EVMPeak Error vector magnitude RMS and peak value Range 0 to 100 Default unit 5_MErrRMS Magnitude error RMS value Range 0 to 100 Default unit 6_MErrPEAK Magnitude error peak value Range 100 to 100 AV...

Page 852: ...ment intervals of the statistic count CONFigure CDMA MEAS i MEValuation SCOunt MODulation exceeding the specified limits Range 0 to 100 Default unit 19_CurStatCount Number of evaluated valid slots in this segment Range 0 to 1000 Example See Performing Single Shot Measurements Usage Query only Firmware Software V1 0 15 20 V2 0 10 New parameter CurStatCount all CALCulate commands Options R S CMW KM0...

Page 853: ...sted below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Suffix no 1 200 The segment number must not exceed the total number of seg ments measured Return values 1_Reliability Reliability Indicator In list mode a zero reliability indicator indi cates that the results in all measured segments are valid A non zero...

Page 854: ... SEGMent no ACP EXTended CURRent CALCulate CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended MAXimum CALCulate CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended MINimum CALCulate CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended SDEViation FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended AVERage FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP EXTended CURRent FETCh CDMA MEAS i...

Page 855: ...ility indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_ACPM20 22_ACPM1 23_ACPCarrier 24_ACPP1 43_ACPP20 Power of adjacent channel Range 100 dB to 20 dB Default unit dB 44_MSPowWide Results of the wideband 8 MHz power measurement Rang...

Page 856: ...ments measured Return values Reliability Reliability Indicator In list mode a zero reliability indicator indi cates that the results in all measured segments are valid A non zero value indicates that an error occurred in at least one of the measured segments SegReliability The segment reliability indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflo...

Page 857: ...all results except standard deviation results The minimum for standard deviation results equals 0 The maximum equals the width of the indicated range divided by two Exceptions are explicitly stated The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Suffix no 1 200 The segment number must not exceed...

Page 858: ...60 CALCulate CDMA MEAS i MEValuation LIST CPO CURRent 861 CALCulate CDMA MEAS i MEValuation LIST CPO AVERage 861 CALCulate CDMA MEAS i MEValuation LIST CPO MAXimum 861 FETCh CDMA MEAS i MEValuation LIST CPO CURRent 861 FETCh CDMA MEAS i MEValuation LIST CPO AVERage 861 FETCh CDMA MEAS i MEValuation LIST CPO MAXimum 861 FETCh CDMA MEAS i MEValuation LIST CPO STATe 862 CALCulate CDMA MEAS i MEValuat...

Page 859: ...FETCh CDMA MEAS i MEValuation LIST ACP EXTended SDEViation 870 FETCh CDMA MEAS i MEValuation LIST ACP EXTended SDEViation 870 CALCulate CDMA MEAS i MEValuation LIST OBW CURRent 871 FETCh CDMA MEAS i MEValuation LIST OBW CURRent 871 CALCulate CDMA MEAS i MEValuation LIST OBW AVERage 872 CALCulate CDMA MEAS i MEValuation LIST OBW MAXimum 872 CALCulate CDMA MEAS i MEValuation LIST OBW SDEViation 872 ...

Page 860: ...his segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_RPICH 4_RDCCH 5_RCCCH 6_REACH 7_RFCH 8_RSCH0w02E04 9_RSCH0w01E02 10_RSCH1w06E08 11_RSCH1w02E04 RMS Channel Power values for the indicated channels Range 60 dB to 0 dB SDEViation 0 dB to 60 dB Default unit dB Example See Performing Single Shot Meas...

Page 861: ...11_RSCH1w02E04 INVisible ACTive IACTive INV No channel available ACTive Active channel IACtive Inactive channel ALIased Aliased channel Usage Query only Firmware Software V2 0 10 V2 1 20 Support for state Aliased CALCulate CDMA MEAS i MEValuation LIST CPO CURRent CALCulate CDMA MEAS i MEValuation LIST CPO AVERage CALCulate CDMA MEAS i MEValuation LIST CPO MAXimum FETCh CDMA MEAS i MEValuation LIST...

Page 862: ...e of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_RPICH 4_RDCCH 5_RCCCH 6_REACH 7_RFCH 8_RSCH0w02E04 9_RSCH0w01E02 10_RSCH1w06E08 11_RSCH1w02E04 Phase offset for the indicated channels in the in phase signal path I signal Range 180 deg to 180 deg Default...

Page 863: ...zation error If a combination of exceptions occurs the most severe error is indicated 3_RPICH 4_RDCCH 5_RCCCH 6_REACH 7_RFCH 8_RSCH0w02E04 9_RSCH0w01E02 10_RSCH1w06E08 11_RSCH1w02E04 INVisible ACTive IACTive INV No channel available ACTive Active channel IACtive Inactive channel ALIased Aliased channel Usage Query only Firmware Software V2 0 10 V2 1 20 Support for state Aliased CALCulate CDMA MEAS...

Page 864: ...icates that an error occurred in at least one of the measured segments 2_SegReliability 0 3 4 8 The segment reliability indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_RPICH 4_RDCCH 5_RCCCH 6_REACH 7_RFCH 8_RSCH0w02E04 9_RSCH0w01E02...

Page 865: ...ility indicates whether one of the following exceptions occurred in this segment 0 No error 3 Signal overflow 4 Signal low 8 Synchronization error If a combination of exceptions occurs the most severe error is indicated 3_RPICH 4_RDCCH 5_RCCCH 6_REACH 7_RFCH 8_RSCH0w02E04 9_RSCH0w01E02 10_RSCH1w06E08 11_RSCH1w02E04 INVisible ACTive IACTive INV No channel available ACTive Active channel IACtive Ina...

Page 866: ...curly brackets are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determined by CONFigure CDMA MEAS i MEValuation LIST COUNt The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_Reliability Reliability Indicator In list mode a zero reliability indicator indi cates...

Page 867: ...s 13_MSPow1M23 MS power measured with a filter bandwidth of 1 23 MHz Range 100 dBm to 50 dBm Default unit dBm 14_MSPowWide MS power measured with a filter bandwidth of 8 MHz Range 100 dBm to 50 dBm Default unit dBm 15_WavQuality Waveform quality Range 0 to 1 16_WavQuMaxP Waveform quality at maximum power Range 0 to 1 17_WavQuMinP Waveform quality at minimum power Range 0 to 1 18_OutOfTolCount Out ...

Page 868: ...see CONFigure CDMA MEAS i MEValuation LIST If enabled the wideband power and narrowband power results are returned too To define the statistical length for AVERage SDEviation MINimum and MAXimum calculation and enable the calcula tion of the results use the command CONFigure CDMA MEAS i MEValuation LIST SEGMent no SPECtrum The values described below are returned by FETCh commands CALCulate com man...

Page 869: ...Count Out of tolerance result i e percentage of measurement intervals of the statistic count exceeding the specified limits Range 0 to 100 Default unit 27_CurStatCount Number of evaluated valid slots in this segment Range 0 to 1000 Example See Performing Single Shot Measurements Usage Query only Firmware Software V1 0 15 20 V2 0 10 New parameters OutOfTolCount and CurStatCount all CALCulate comman...

Page 870: ...ts are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determined by CONFigure CDMA MEAS i MEValuation LIST COUNt The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_Reliability Reliability Indicator In list mode a zero reliability indicator indi cates that the re...

Page 871: ...e CDMA MEAS i MEValuation LIST The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below The values listed below in curly brackets are returned for each active segment seg 1 seg 2 seg n The number of active segments n is determined by CONFigure CDMA MEAS i MEValuation LIST COUNt The number to the left of ...

Page 872: ... Bandwidth OBW results in list mode see CONFigure CDMA MEAS i MEValuation LIST To define the statistical length for AVERage MAXimum and SDEviation calculation and enable the calculation of the results use the command CONFigure CDMA MEAS i MEValuation LIST SEGMent no SPECtrum The ranges indicated below apply to all results except standard deviation results The minimum for standard deviation results...

Page 873: ...ments To configure the list mode use the commands in section List Mode Settings For a description of the list mode see chapter 5 2 4 Multi Evaluation List Mode on page 724 CALCulate CDMA MEAS i MEValuation LIST SRELiability 880 FETCh CDMA MEAS i MEValuation LIST SRELiability 880 CALCulate CDMA MEAS i MEValuation LIST CP RCCCh AVERage 881 CALCulate CDMA MEAS i MEValuation LIST CP RCCCh CURRent 881 ...

Page 874: ...T CP RPICh AVERage 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh CURRent 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh MAXimum 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh MINimum 883 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET AVERage 884 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET CURRent 884 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET MAXimum 884 CALCulate CDMA ME...

Page 875: ...ion LIST CPO RSCH ZOET AVERage 888 CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET CURRent 888 CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET MAXimum 888 FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET AVERage 888 FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET CURRent 888 FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET MAXimum 888 CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZTEF...

Page 876: ...IST CTO RSCH ZTEF CURRent 893 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZTEF MAXimum 893 FETCh CDMA MEAS i MEValuation LIST CTO RSCH ZTEF AVERage 893 FETCh CDMA MEAS i MEValuation LIST CTO RSCH ZTEF CURRent 893 FETCh CDMA MEAS i MEValuation LIST CTO RSCH ZTEF MAXimum 893 FETCh CDMA MEAS i MEValuation LIST CP RCCCh STATe 893 FETCh CDMA MEAS i MEValuation LIST CP RDCCh STATe 893 FETCh CDMA MEA...

Page 877: ...VERage 896 CALCulate CDMA MEAS i MEValuation LIST MODulation IQIMbalance CURRent 896 CALCulate CDMA MEAS i MEValuation LIST MODulation IQIMbalance MAXimum 896 CALCulate CDMA MEAS i MEValuation LIST MODulation IQIMbalance SDEViation 896 FETCh CDMA MEAS i MEValuation LIST MODulation IQIMbalance AVERage 896 FETCh CDMA MEAS i MEValuation LIST MODulation IQIMbalance CURRent 896 FETCh CDMA MEAS i MEValu...

Page 878: ...MODulation PNBand CURRent 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MAXimum 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MINimum 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand SDEViation 899 FETCh CDMA MEAS i MEValuation LIST MODulation PNBand AVERage 899 FETCh CDMA MEAS i MEValuation LIST MODulation PNBand CURRent 899 FETCh CDMA MEAS i MEValuation ...

Page 879: ... CDMA MEAS i MEValuation LIST OBW FREQuency SDEViation 902 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW AVERage 903 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW CURRent 903 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW MAXimum 903 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW MINimum 903 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW SDEViation 903 FETCh CDMA MEAS i MEValuation LIST ACP...

Page 880: ...A MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint MAXimum 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint AVERage 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint CURRent 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint MAXimum 905 FETCh CDMA MEAS i MEValuation LIST...

Page 881: ...ST CP RCCCh MAXimum CALCulate CDMA MEAS i MEValuation LIST CP RCCCh MINimum FETCh CDMA MEAS i MEValuation LIST CP RCCCh AVERage FETCh CDMA MEAS i MEValuation LIST CP RCCCh CURRent FETCh CDMA MEAS i MEValuation LIST CP RCCCh MAXimum FETCh CDMA MEAS i MEValuation LIST CP RCCCh MINimum Returns the RMS power statistical values of the Reverse Common Control Channel for all active list mode segments The...

Page 882: ... dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation LIST CP REACh AVERage CALCulate CDMA MEAS i MEValuation LIST CP REACh CURRent CALCulate CDMA MEAS i MEValuation LIST CP REACh MAXi...

Page 883: ... returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator RFCH Comma separated list of values one per active segment Range 60 dB to 0 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional informa...

Page 884: ...LIST CP RSCH ZOET MINimum FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET AVERage FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET CURRent FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET MAXimum FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET MINimum Returns the RMS power statistical values of Reverse Supplemental Channel 0 for all active list mode segments The Mnemonic ZOET refers to the correspon...

Page 885: ...dicator RSCHW02E04 Comma separated list of values one per active segment Range 60 dB to 0 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation LIST CPO RCCCh AVERage CA...

Page 886: ...stead one value for each result listed below Return values Reliability Reliability Indicator RDCCH Comma separated list of values one per active segment Range 180 deg to 180 deg Default unit deg Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventio...

Page 887: ... i MEValuation LIST CPO RFCH MAXimum Returns the phase offset statistical values of the Reverse Fundamental Channel for all active list mode segments The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator RFCH Comma separated list of values one per active...

Page 888: ...ion CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET AVERage CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET CURRent CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET MAXimum FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET AVERage FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET CURRent FETCh CDMA MEAS i MEValuation LIST CPO RSCH ZOET MAXimum Returns the phase offset statistical value...

Page 889: ...ult listed below Return values Reliability Reliability Indicator RSCHW02E04 Comma separated list of values one per active segment Range 180 deg to 180 deg Default unit deg Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Informat...

Page 890: ...imum Returns the time offset statistical values of the Reverse Dedicated Control Channel for all active list mode segments The values described below are returned by FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability Comma separated list of values one per active segment Range 50 ns to 50 ns Default unit ns RDCCH Ra...

Page 891: ...Information CALCulate CDMA MEAS i MEValuation LIST CTO RFCH AVERage CALCulate CDMA MEAS i MEValuation LIST CTO RFCH CURRent CALCulate CDMA MEAS i MEValuation LIST CTO RFCH MAXimum FETCh CDMA MEAS i MEValuation LIST CTO RFCH AVERage FETCh CDMA MEAS i MEValuation LIST CTO RFCH CURRent FETCh CDMA MEAS i MEValuation LIST CTO RFCH MAXimum Returns the time offset statistical values of the Reverse Fundam...

Page 892: ...3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET AVERage CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET CURRent CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET MAXimum FETCh CDMA MEAS i MEValuation LIST CTO RSCH ZOET AVERage FETCh CDMA M...

Page 893: ...e com mands return limit check results instead one value for each result listed below Return values Reliability Reliability Indicator RSCHW02E04 Comma separated list of values one per active segment Range 50 ns to 50 ns Default unit s Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerni...

Page 894: ...i Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 CALCulate CDMA MEAS i MEValuation LIST MODulation EVM PEAK AVERage CALCulate CDMA MEAS i MEValuation LIST MODulation EVM PEAK CURRent CALCulate CDMA MEAS i MEValuation LIST MODulation EVM PEAK MAXimum CALCulate CDMA MEAS i MEValuation LIST MODulation EVM PEAK SDEViation FETCh CDMA MEAS...

Page 895: ...ation LIST MODulation FERRor CURRent CALCulate CDMA MEAS i MEValuation LIST MODulation FERRor MAXimum CALCulate CDMA MEAS i MEValuation LIST MODulation FERRor SDEViation FETCh CDMA MEAS i MEValuation LIST MODulation FERRor AVERage FETCh CDMA MEAS i MEValuation LIST MODulation FERRor CURRent FETCh CDMA MEAS i MEValuation LIST MODulation FERRor MAXimum FETCh CDMA MEAS i MEValuation LIST MODulation F...

Page 896: ...per active segment Range 100 dB to 0 dB Default unit dB Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALCulate CDMA MEAS i MEValuation LIST MODulation IQOFfset AVERage CALCulate CDMA MEAS i MEValu...

Page 897: ...tion LIST MODulation MERRor PEAK CURRent FETCh CDMA MEAS i MEValuation LIST MODulation MERRor PEAK MAXimum FETCh CDMA MEAS i MEValuation LIST MODulation MERRor PEAK SDEViation CALCulate CDMA MEAS i MEValuation LIST MODulation MERRor RMS AVERage CALCulate CDMA MEAS i MEValuation LIST MODulation MERRor RMS CURRent CALCulate CDMA MEAS i MEValuation LIST MODulation MERRor RMS MAXimum CALCulate CDMA ME...

Page 898: ...h CDMA MEAS i MEValuation LIST MODulation PERRor PEAK CURRent FETCh CDMA MEAS i MEValuation LIST MODulation PERRor PEAK MAXimum FETCh CDMA MEAS i MEValuation LIST MODulation PERRor PEAK SDEViation CALCulate CDMA MEAS i MEValuation LIST MODulation PERRor RMS AVERage CALCulate CDMA MEAS i MEValuation LIST MODulation PERRor RMS CURRent CALCulate CDMA MEAS i MEValuation LIST MODulation PERRor RMS MAXi...

Page 899: ...tion PNBand MINimum FETCh CDMA MEAS i MEValuation LIST MODulation PNBand SDEViation CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand AVERage CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand CURRent CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand MAXimum CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand MINimum CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand...

Page 900: ...y FETCh commands CALCulate com mands return limit check results instead one value for each result listed below Return values Reliability See Reliability Indicator TransTimeError Comma separated list of values one per active segment Range 100 µs to 100 µs Default unit µs Example See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012...

Page 901: ...on Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh CDMA MEAS i MEValuation LIST MODulation OTOLerance Returns the out of tolerance percentages in the OBW measurement for all active list mode segments Return values Reliabil...

Page 902: ... Indicator OBWUpper Comma separated list of values one per active segment Range 0 Hz to 100 Hz Default unit Hz Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 CALCulate CDMA MEAS i MEValuation LIST OBW FREQuency AVERage CALCulate CDMA MEAS i MEValuation LIST OBW FREQuency CURRent CALCulate CDMA MEAS i MEValuation LIST OBW FREQuency MAXimum CALCulate CDMA MEAS i MEValuation LIST OB...

Page 903: ...CALCulate CDMA MEAS i MEValuation LIST ACP WPOW AVERage CALCulate CDMA MEAS i MEValuation LIST ACP WPOW CURRent CALCulate CDMA MEAS i MEValuation LIST ACP WPOW MAXimum CALCulate CDMA MEAS i MEValuation LIST ACP WPOW MINimum CALCulate CDMA MEAS i MEValuation LIST ACP WPOW SDEViation FETCh CDMA MEAS i MEValuation LIST ACP WPOW AVERage FETCh CDMA MEAS i MEValuation LIST ACP WPOW CURRent FETCh CDMA ME...

Page 904: ... freqpoint CURRent FETCh CDMA MEAS i MEValuation LIST ACP ACPP freqpoint MAXimum FETCh CDMA MEAS i MEValuation LIST ACP ACPP freqpoint MAXimum Returns adjacent channel power statistical values for the selected off center channels and all active list mode segments The mnemonic ACPM refers to the channels in the minus direction the mnemonic ACPP to those in the plus direction relative to the current...

Page 905: ...Valuation LIST ACP EXTended ACPP freqpoint MAXimum Returns adjacent channel power statistical values for the selected off center channels and all active list mode segments The mnemonic ACPM refers to the channels in the minus direction the mnemonic ACPP to those in the plus direction relative to the current channel The offset is selected with the freqpoint suffix 20 channels The values described b...

Page 906: ...T ACP STCount Returns the statistic count of the spectrum measurement for all active list mode seg ments Return values Reliability Reliability Indicator StatisticCount Number of evaluated valid slots Comma separated list of values one per active segment Range 0 to 1000 Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 5 5 5 OLTR Measurement Commands The commands for the CDMA2000 OLT...

Page 907: ...surement state See also Measurement Control in the R S CMW user manual chapter Remote Control Example See OLTR Single Shot Measurement Usage Event Firmware Software V3 0 10 Manual operation See Measurement Control Keys on page 751 FETCh CDMA MEAS i OLTR STATe Queries the main measurement state Use FETCh STATe ALL to query the measurement state including the substates Use INITiate STOP ABORt to cha...

Page 908: ...able when entered after STOP RDY measurement has been terminated valid results may be available RUN measurement running after INITiate READ synchronization pending or adjusted resources active or queued RST OFF SyncState PEND ADJ INV PEND waiting for resource allocation adjustment hardware switching pending ADJ all necessary adjustments finished measurement running adjusted INV not applicable beca...

Page 909: ...urement cycle first single shot the statistical depth is reached and the timer is reset If the first measurement cycle has not been completed when the timer expires the measurement is stopped The measurement state changes to RDY and the reliability indicator is set to 1 indicating that a measurement timeout occurred Still running READ FETCh or CALCulate commands are completed returning the availab...

Page 910: ...5 RST 1 Example See OLTR Specifying Measurement Specific Settings Firmware Software V3 0 10 Manual operation See Number of Meas Sequences on page 764 CONFigure CDMA MEAS i OLTR PSTep PowerStep Defines the size of the power steps i e the increases and decreases in the total BSS power during the OLTR measurement Parameters PowerStep The power step is relative to the measured reference power Range 0 ...

Page 911: ...ge 765 CONFigure CDMA MEAS i OLTR RPINterval TIME Gets the duration of the reference power interval i e the interval that is used to calcu late the MS reference power for the subsequent power step Return values RefPowInterval Range 5 ms to 40 ms Increment 5 ms Default unit ms Example See OLTR Specifying Measurement Specific Settings Usage Query only Firmware Software V3 0 10 Manual operation See R...

Page 912: ...ifies whether measurement results that the R S CMW identifies as faulty or inac curate are rejected Parameters MeasOnException OFF ON ON Results are never rejected OFF Faulty results are rejected Example See OLTR Specifying Measurement Specific Settings Firmware Software V3 0 10 Manual operation See Measure on Exception on page 765 CONFigure CDMA MEAS i OLTR LIMit ILOWer InitialLower Sets initial ...

Page 913: ...e Sequence TRACe DOWN READ CDMA MEAS i OLTR SEQuence Sequence TRACe UP READ CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN Returns the values of the OLTR traces For each sequence UP DOWN commands return the results of the 100 ms interval following the power up down step The values described below are returned by FETCh and READ commands CALCulate commands return limit check results instead one value...

Page 914: ... Query only Firmware Software V3 0 10 CALCulate CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN STATe CALCulate CDMA MEAS i OLTR SEQuence Sequence TRACe UP STATe FETCh CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN STATe FETCh CDMA MEAS i OLTR SEQuence Sequence TRACe UP STATe READ CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN STATe READ CDMA MEAS i OLTR SEQuence Sequence TRACe UP STATe For each seque...

Page 915: ...ng table provides an overview Table 5 2 Mapping of SA commands to CSP commands Setting Commands for SA scenario Commands for CSP scenario Connector converter ROUTe CDMA MEAS i SCENario SALone ROUTe CDMA MEAS i SCENario CSPath ROUTe CDMA SIGN i SCENario See Scenario Fading on page 517 External attenuation CONFigure CDMA MEAS i RFSettings EATTenuation CONFigure CDMA SIGN i RFSettings EATTenuation Ba...

Page 916: ...tion LIST ACP EXTended ACPM freqpoint AVERage 904 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent 904 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint MAXimum 905 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint AVERage 905 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint CURRent 905 CALCulate CDMA MEAS i MEValuation ...

Page 917: ...uation LIST CP RPICh CURRent 883 CALCulate CDMA MEAS i MEValuation LIST CP RPICh MAXimum 883 CALCulate CDMA MEAS i MEValuation LIST CP RPICh MINimum 883 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET AVERage 884 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET CURRent 884 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET MAXimum 884 CALCulate CDMA MEAS i MEValuation LIST CP RSCH ZOET MIN...

Page 918: ...CTO RPICh CURRent 892 CALCulate CDMA MEAS i MEValuation LIST CTO RPICh MAXimum 892 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET AVERage 892 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET CURRent 892 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET MAXimum 892 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZTEF AVERage 893 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZTEF CURR...

Page 919: ...IST MODulation PNBand AVERage 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand CURRent 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MAXimum 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MINimum 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand SDEViation 899 CALCulate CDMA MEAS i MEValuation LIST MODulation PWBand AVERage 899 CALCulate CDMA MEA...

Page 920: ...nt no MODulation CURRent 850 CALCulate CDMA MEAS i MEValuation LIST SEGMent no MODulation MAXimum 850 CALCulate CDMA MEAS i MEValuation LIST SEGMent no MODulation MINimum 850 CALCulate CDMA MEAS i MEValuation LIST SEGMent no MODulation SDEViation 850 CALCulate CDMA MEAS i MEValuation LIST SEGMent no OBW AVERage 857 CALCulate CDMA MEAS i MEValuation LIST SEGMent no OBW CURRent 856 CALCulate CDMA ME...

Page 921: ...826 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MINimum 826 CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal AVERage 828 CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal CURRent 828 CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal MAXimum 828 CALCulate CDMA MEAS i MEValuation TRACe CPO QSIGnal AVERage 829 CALCulate CDMA MEAS i MEValuation TRACe CPO QSIGnal CURRent 828 CALCulate CDM...

Page 922: ...MEAS i MEValuation RESult ACP 799 CONFigure CDMA MEAS i MEValuation RESult CDE 799 CONFigure CDMA MEAS i MEValuation RESult CDP 799 CONFigure CDMA MEAS i MEValuation RESult CP 799 CONFigure CDMA MEAS i MEValuation RESult CPO 799 CONFigure CDMA MEAS i MEValuation RESult CTO 799 CONFigure CDMA MEAS i MEValuation RESult EVMagnitude 799 CONFigure CDMA MEAS i MEValuation RESult IQ 799 CONFigure CDMA ME...

Page 923: ...EAS i MEValuation LIST ACP EXTended ACPM freqpoint MAXimum 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint AVERage 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint CURRent 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint MAXimum 905 FETCh CDMA MEAS i MEValuation LIST ACP EXTended AVERage 870 FETCh CDMA MEAS i MEValuation LIST ACP EXTended CURR...

Page 924: ...i MEValuation LIST CP RPICh AVERage 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh CURRent 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh MAXimum 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh MINimum 883 FETCh CDMA MEAS i MEValuation LIST CP RPICh STATe 893 FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET AVERage 884 FETCh CDMA MEAS i MEValuation LIST CP RSCH ZOET CURRent 884 FETCh CDMA MEAS i ...

Page 925: ...63 FETCh CDMA MEAS i MEValuation LIST CTO MAXimum 863 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh AVERage 889 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh CURRent 889 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh MAXimum 889 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh STATe 894 FETCh CDMA MEAS i MEValuation LIST CTO RDCCh AVERage 890 FETCh CDMA MEAS i MEValuation LIST CTO RDCCh CURRent 890 FETCh ...

Page 926: ... IQOFfset CURRent 896 FETCh CDMA MEAS i MEValuation LIST MODulation IQOFfset MAXimum 896 FETCh CDMA MEAS i MEValuation LIST MODulation IQOFfset SDEViation 896 FETCh CDMA MEAS i MEValuation LIST MODulation MAXimum 866 FETCh CDMA MEAS i MEValuation LIST MODulation MERRor PEAK AVERage 897 FETCh CDMA MEAS i MEValuation LIST MODulation MERRor PEAK CURRent 897 FETCh CDMA MEAS i MEValuation LIST MODulati...

Page 927: ...um 902 FETCh CDMA MEAS i MEValuation LIST OBW FREQuency SDEViation 902 FETCh CDMA MEAS i MEValuation LIST OBW FREQuency UPPer 902 FETCh CDMA MEAS i MEValuation LIST OBW MAXimum 872 FETCh CDMA MEAS i MEValuation LIST OBW SDEViation 872 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP AVERage 853 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP CURRent 853 FETCh CDMA MEAS i MEValuation LIST SEGMen...

Page 928: ...ve 834 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended AVERage ABSolute 835 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended AVERage RELative 836 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent ABSolute 835 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative 836 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended MAXimum ABSolute 835 FETCh CDMA MEAS i MEValuation TRACe ACP EXT...

Page 929: ... MEValuation TRACe CTO ISIGnal AVERage 830 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal CURRent 830 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal MAXimum 830 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal STATe 831 FETCh CDMA MEAS i MEValuation TRACe CTO QSIGnal AVERage 831 FETCh CDMA MEAS i MEValuation TRACe CTO QSIGnal CURRent 831 FETCh CDMA MEAS i MEValuation TRACe CTO QSIGnal MAXimum 831...

Page 930: ... CDMA MEAS i MEValuation TRACe ACP EXTended MAXimum RELative 836 READ CDMA MEAS i MEValuation TRACe ACP MAXimum ABSolute 833 READ CDMA MEAS i MEValuation TRACe ACP MAXimum RELative 834 READ CDMA MEAS i MEValuation TRACe CDE ISIGnal AVERage 823 READ CDMA MEAS i MEValuation TRACe CDE ISIGnal CURRent 823 READ CDMA MEAS i MEValuation TRACe CDE ISIGnal MAXimum 824 READ CDMA MEAS i MEValuation TRACe CDE...

Page 931: ...or MAXimum 819 READ CDMA MEAS i MEValuation TRACe OBW CURRent 837 READ CDMA MEAS i MEValuation TRACe PERRor AVERage 820 READ CDMA MEAS i MEValuation TRACe PERRor CURRent 819 READ CDMA MEAS i MEValuation TRACe PERRor MAXimum 820 READ CDMA MEAS i MEValuation TRACe SPECtrum CURRent 832 READ CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN STATe 914 READ CDMA MEAS i OLTR SEQuence Sequence TRACe DOWN 913 ...

Page 932: ...873 List mode single segment 842 Application 46 49 Assign views 103 1xEV DO multi evaluation 277 CDMA2000 multi evaluation 568 758 AT forward packet activity 1xEV DO signaling 89 AT info 47 AT IPv4 address 48 AT IPv6 prefix 48 Audio measurements CDMA2000 signaling 459 Average encoding rate CDMA2000 542 AWGN fading module 1xEV DO signaling 59 CDMA2000 signaling 522 AWGN level 1xEV DO signaling 65 C...

Page 933: ...olor code 90 Combined signal path commands 1xEV DO measurement 435 CDMA2000 measurement 915 Commands All segments 390 403 805 858 873 One segment 805 Single segment 842 Composite test packets sent Forward link PER 36 Confidence level Forward link PER 36 Confidence testing 1xEV DO 38 Connected 1xEV DO 24 Connection control keys 50 Connection layer 81 Connection states CDMA2000 466 499 Country code ...

Page 934: ...channel 469 Frame error rate RX measurement 493 Frame Error Rate RX measurement 494 Frame rate CDMA2000 signaling 474 Frequency 1xEV DO multi evaluation 267 CDMA2000 TX measurement 753 Frequency offset 1xEV DO signaling 62 CDMA2000 signaling 526 FTAP configuration 73 Fwd traffic channel MAC protocol 83 FWIM CDMA2000 signaling 538 G Generator shortcut 1xEV DO OLTR 284 CDMA2000 OLTR 766 Global emerg...

Page 935: ...DMA2000 multi evaluation 759 CDMA2000 OLTR 765 Measurement control 1xEV DO RX measurement 102 CDMA2000 RX measurement 567 Measurement sequences 1xEV DO OLTR 283 Measurement timeout 1xEV DO multi evaluation 275 1xEV DO OLTR 283 CDMA2000 multi evaluation 758 CDMA2000 OLTR 764 MEID 48 503 MEID support 503 MELM CDMA2000 measurements 724 Message text Broadcast SMS 563 Messaging 483 Messaging SMS Broadc...

Page 936: ...534 PCH CDMA2000 signaling 550 Channel 533 Level 531 533 Rate 534 Spreading factor 531 Walsh code 531 PDM CDMA2000 483 PER Test procedure 34 PER view 1xEV DO RX measurement 107 Physical channels CDMA2000 signaling 468 Physical layer subtype 45 Physical packet size Forward link performance 39 Physical packet slots Forward link performance 40 PICH Level 531 Spreading factor 531 Walsh code 531 Pilot ...

Page 937: ...UI 565 RX Measurement CDMA2000 492 RX measurement GUI 1xEV DO 98 RX power 46 500 RX Quality CDMA2000 492 S Sample rate 1xEV DO signaling 55 CDMA2000 signaling 519 SCH Level 531 Spreading factor 531 SCH0 Level 531 Spreading factor 531 SCH0 data rate 501 SCH0 multiplex options 501 SCH0 MUX options 501 Sector access max rate 94 Sector ID bits 23 0 91 Segments 1xEV DO signaling 68 CDMA2000 signaling 5...

Page 938: ...uation 758 Stop Condition 1xEV DO multi evaluation 276 Subnet included 81 Subnet mask 1xEV DO signaling 90 Subtype 3 reverse traffic channel MAC protocol 87 Superframe 1xEV DO signaling 33 CDMA2000 Signaling 491 Sync Level 531 Spreading factor 531 Walsh code 531 System ID 88 System ID number CDMA2000 signaling 545 T Teleservice ID 486 Test application 71 Test data services CDMA2000 Conf 542 CDMA20...

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