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Contents

R&S

CMW-KG8xx/-KM8xx/-KS8xx

User Manual 1173.9511.02 ─ 11

Contents

1 Preface.................................................................................................. 11

1.1

How to Read Firmware Application Chapters.......................................................... 11

1.1.1

General Description...................................................................................................... 11

1.1.2

Application Sheets........................................................................................................ 12

1.1.3

GUI Reference.............................................................................................................. 12

1.1.4

Programming Examples................................................................................................12

1.1.5

Command Reference.................................................................................................... 12

2 1xEV-DO Signaling...............................................................................13

2.1

What's New in this Revision.......................................................................................13

2.2

General Description.................................................................................................... 14

2.2.1

Test Setups................................................................................................................... 14

2.2.2

Initiating Signaling Tests............................................................................................... 17

2.2.3

End to End Packet Data Connections...........................................................................19

2.2.4

External Fading............................................................................................................. 21

2.2.5

Internal Fading.............................................................................................................. 22

2.2.6

Connection States.........................................................................................................23

2.2.7

Handoff..........................................................................................................................24

2.2.8

Inter-RAT Handover...................................................................................................... 25

2.2.9

Test Application Protocols.............................................................................................26

2.2.10

Access Probes.............................................................................................................. 26

2.2.11

Band Classes................................................................................................................ 27

2.2.12

Trigger Signals.............................................................................................................. 29

2.2.13

Hybrid Mode..................................................................................................................30

2.2.14

RX Measurements........................................................................................................ 33

2.3

Application Sheets......................................................................................................44

2.3.1

Combined Signal Path Measurements..........................................................................44

2.3.2

Handoff in Revision B....................................................................................................49

2.4

GUI Reference............................................................................................................. 52

2.4.1

Signaling View...............................................................................................................53

2.4.2

Signaling Control...........................................................................................................59

2.4.3

Using the Shortcut Softkeys..........................................................................................61

深圳德标仪器

135-1095-0799

Summary of Contents for CMW-KG8 Series

Page 1: ...R S CMW KG8xx KM8xx KS8xx CDMA2000 1xRTT and 1xEV DO Firmware Applications User Manual User Manual 2 1173 9511 02 11 Test Measurement 135 1095 0799...

Page 2: ...luation list mode R S CMW KE100 Basic fading support AWGN generator R S CMW KE800 CDMA2000 fading profiles from C S0032 C6 4 1 and C S0011 C6 4 1 2014 Rohde Schwarz GmbH Co KG M hldorfstr 15 81671 M n...

Page 3: ...2 2 Initiating Signaling Tests 17 2 2 3 End to End Packet Data Connections 19 2 2 4 External Fading 21 2 2 5 Internal Fading 22 2 2 6 Connection States 23 2 2 7 Handoff 24 2 2 8 Inter RAT Handover 25...

Page 4: ...al Information 134 2 6 2 Cell and Connection State 138 2 6 3 AT Information 143 2 6 4 Instance Pre Selection 147 2 6 5 Handoff 148 2 6 6 System Settings 152 2 6 7 Basic Test Application Settings 181 2...

Page 5: ...tion Code Channel Data Modulation 284 3 3 6 Multi Evaluation Measurement Control 284 3 3 7 Trigger Settings 288 3 3 8 Multi Evaluation Limit Settings 290 3 3 9 Generator Shortcut 292 3 3 10 Multi Eval...

Page 6: ...Connection States 475 4 2 8 Handoff 477 4 2 9 Physical Forward Channels 477 4 2 10 Service Options 483 4 2 11 Radio Configurations 488 4 2 12 Band Classes 489 4 2 13 Power Control Bits PCB 491 4 2 14...

Page 7: ...abilities 610 4 5 5 SMS Information 621 4 5 6 General Settings 624 4 5 7 System Settings 624 4 5 8 Service Configuration 657 4 5 9 Network Settings 666 4 5 10 Messaging SMS 682 4 5 11 Message Monitori...

Page 8: ...Control 759 5 3 10 OLTR Limits 761 5 3 11 OLTR Measurement Results 761 5 3 12 Additional Softkeys and Hotkeys 763 5 4 Programming 764 5 4 1 General Examples 764 5 4 2 Using CDMA2000 List Mode 770 5 5...

Page 9: ...sical Channels 935 6 3 4 Generator Settings 937 6 3 5 Power Control 939 6 4 Programming 939 6 4 1 General Configuration 940 6 5 Command Reference 943 6 5 1 Generator Control and States 943 6 5 2 Signa...

Page 10: ...Contents R S CMW KG8xx KM8xx KS8xx 10 User Manual 1173 9511 02 11 135 1095 0799...

Page 11: ...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 C...

Page 12: ...s consist 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 sho...

Page 13: ...anced sig naling 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 incl...

Page 14: ...S CMW software version open the Setup dialog and click SW HW Equipment The initial software version for each remote control command is quoted in the reference description 2 2 General Description The f...

Page 15: ...he 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 Getting Started 2 2 1 2 Test Setup for Hybr...

Page 16: ...multibox solution requires multibox synchronization equipment 2 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 i...

Page 17: ...Scenarios If internal fading shall be used the test setup is the same as for the corresponding sce nario without fading 2 2 2 Initiating Signaling Tests The signal generator of the 1xEV DO Signaling a...

Page 18: ...4 2 Open the 1xEV DO Signaling firmware application 3 Configure the signaling application according to the test to be performed 4 To turn on the forward 1xEV DO signal click press ON OFF until the 1xE...

Page 19: ...4 12 5 Data View Tab on page 117 Or you can perform other measurements that do not require a DAU e g TX measure ments or PER or Throughput RX measurements chapter 2 4 12 RX Measure ment on page 106 M...

Page 20: ...then PPP free 2 2 3 3 PDSN Functionality A Packet Data Serving Node PDSN is a component of a CDMA2000 mobile network which acts as the connection point between the radio access and IP networks This co...

Page 21: ...gs 3 In the configuration tree section IQ Settings IQ Out note the Baseband PEP and the Crest Factor 4 Configure the R S AMU200A especially the following settings Reference oscillator settings Source...

Page 22: ...to use the internal fading simulator in 1xEV DO one fader I Q board R S CMW B510F or R S CMW B520F per signaling instance using internal fading a single option R S CMW KE100 Basic Fading Support AWGN...

Page 23: ...access network AN emulates a 1xEV DO sector transmitting a forward 1xEV DO signal to which the access terminal can synchronize The AT may or may not be synchronized to the forward signal but no sessio...

Page 24: ...out 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 7 Handoff on page 24 2 2 7 Handoff A handoff is the p...

Page 25: ...is requires to emulate cells for both radio access technologies in parallel The 1xEV DO signaling application currently supports a non optimized redirect from LTE to 1xEV DO To prepare a handover the...

Page 26: ...t types 4 8 kbps to 4 915 2 kbps Reverse Test Application RTAP Subtype 0 1 Data rate indices 0 to 5 0 bps to 153 6 kbps Reverse Enhanced Test Applica tion RETAP Subtype 2 Data rate indices 0 to 12 0 b...

Page 27: ...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...

Page 28: ...7 0 05 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 2 5 Band classes for reverse signals Band Class Number Band Class Name Channel Number N Center Freq...

Page 29: ...Public Safety Band 700 MHz 0 N 240 787 0 05 N 19 Lower 700 MHz 0 N 360 698 0 05 N 2 2 12 Trigger Signals The 1xEV DO signaling application provides trigger signals that can be used by other R S CMW a...

Page 30: ...e continues to perform idle state procedures on the CDMA2000 1xRTT system When it is time to decode the CDMA2000 1xRTT paging channel slot the mobile will tune to the CDMA2000 1xRTT frequency If a pag...

Page 31: ...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 r...

Page 32: ...hould register in CDMA2000 1xRTT and open a session in CDMA2000 1xEV DO 2 2 13 4 Hybrid Mode on Two or more SUU For the support of the hybrid mode using two or more SUU it is irrelevant if the two SUU...

Page 33: ...rters e g CDMA2000 Sig on RF1 COM and 1xEV DO Sig on RF3 COM 3 Configure both signaling FWAs to the required RF frequencies and band classes 4 Apply time settings as described in Time Settings for Two...

Page 34: ...2 Initiating Sig naling Tests on page 17 3 Use the 1xEV DO i RX Meas shortcut softkey to call the RX measurement application 4 Selectively enable and start the packet error rate and or throughput meas...

Page 35: ...carriers are prefixed by the word compo site Limit checking can be performed either per carrier or over all carriers Forward Link PER is the percentage of test packets transmitted on the forward traf...

Page 36: ...Carrier Selection When performing multi carrier measurements revision B option R S CMW KS881 the R S CMW collects data for every individual carrier The carrier whose results shall be displayed can be...

Page 37: ...to receive 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...

Page 38: ...cal independence 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 th...

Page 39: ...are prefixed by the word compo site Limit checking can be performed either per carrier or over all carriers The Forward Link Performance measurements determines the throughput at MAC level To this en...

Page 40: ...roughputs for all physical packet sizes and all available carriers For physical layer subtype 0 1 a fixed physical packet size of 1024 bits is used Physi cal layer subtypes 2 and 3 allow packet sizes...

Page 41: ...r packets transmitted on the forward traffic channel that the AT could receive successfully F_TP Slots MACPktRecd PktSize PktSlots 5 3 MACPktRecd denotes the number of successfully received MAC layer...

Page 42: ...results per carrier e g over all possible data rates or packet sizes are pre fixed by the word total aggregates over all carriers are prefixed by the word compo site Limit checking can be performed e...

Page 43: ...Rx Number 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...

Page 44: ...tion sheet describes how to establish a connection to an 1xEV DO Access Terminal AT and perform TX measurements on the received reverse signal Sequencer tool R S CMWrun The automated test capabilities...

Page 45: ...ion is not present in the task bar enable it in the Generator Signaling Controller dialog press SIGNAL GEN to open the dialog 4 In the main view of the signaling application adjust the Access Network...

Page 46: ...ing softkey indicates the ON state and the hour glass symbol has dis appeared 10 Switch on the AT The activity of the negotiation is displayed as state Session negotiation Once the negotiation is fini...

Page 47: ...on R S CMW KM880 To ensure compatible measurement settings the measurement must be coupled to the 1xEV DO Signaling application This is done by selecting the combined signal path scenario in the measu...

Page 48: ...gger source 1xEV DO Sig i Event In the combined signal path the signal routing and analyzer settings are controlled by the signaling application The TX measurement displays the corresponding signaling...

Page 49: ...DMA2000 1xEV DO test modules and test plans for R S CMWrun Options and Equipment Required 49 Test Setup 49 Preparing a Handoff 49 Initiating the Handoff 51 2 3 2 1 Options and Equipment Required A han...

Page 50: ...press SIGNAL GEN to open the dialog b Press the Config hotkey to open the configuration dialog c In section System RF Output TX RF Input RX select a bidirectional RF connector for input and output In...

Page 51: ...cient so that the AT under test can receive the forward link signal The external attenuation settings should be in accordance with characteristics of the RF connection The security settings in the Net...

Page 52: ...measurements included in the signaling application Many of the signaling parameters are available in a subset of connection states only e g handoff is only possible when a connection is established T...

Page 53: ...everse signal and the most important settings Most settings in this view can also be accessed via the configuration dialog For a description of available hotkeys refer to chapter 2 4 2 Signaling Contr...

Page 54: ...r 2 2 6 Connection States on page 23 For control of the states see chapter 2 4 2 Signaling Control on page 59 Cell 54 Access Terminal 54 PPP Connection 55 Physical Layer 55 Inter RAT 55 RX Power 55 Ap...

Page 55: ...AT may be switched off or in idle mode in range the AT power is in the expected range according to the expected power mode and expected power see chapter 2 4 7 4 RF Power on page 71 Accurate measureme...

Page 56: ...AT info area shows AT related information after registration or when a connection to the AT has been established Fig 2 11 AT info area of the main view Session Seed 56 UATI 56 ESN 57 MEID 57 Preferred...

Page 57: ...Cycle A value of 0 means that AN and AT both use a common hash function to determine which Preferred Control Channel Cycle to use A value of 1 means that the AT tells the AN which Preferred Control C...

Page 58: ...pter 2 4 7 4 RF Power on page 71 Network system ID and release See chapter 2 4 9 1 General Network Settings on page 96 2 4 1 4 Event Log The event log area reports events and errors such as applied sy...

Page 59: ...g from LTE see chapter 2 2 8 Inter RAT Handover on page 25 for details This state is initiated by the application acting as source of the handover Fig 2 15 1xEV DO signaling softkey with active secto...

Page 60: ...ected state When this connection state is reached the Handoff hotkey appears in the hotkey bar Handoff opens a dialog where you can select the destination band class Net work Standard configure the ba...

Page 61: ...you use 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...

Page 62: ...Fig 2 18 General settings It displays the configuration tree that allows to perform the remaining settings required for the 1xEV DO Signaling application Scenario This parameter switches between test...

Page 63: ...2 4 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 baseb...

Page 64: ...imum representable amplitude of the I Q samples Use the displayed output PEP value to configure the baseband input of the R S AMU200A Configure the input PEP so that it matches the baseband output of...

Page 65: ...ge 22 Fig 2 20 Internal fading settings Fading Simulator 65 Forward Link Settings 66 Fading Module AWGN 67 2 4 6 1 Fading Simulator The following parameters allow to enable and set up the fading simul...

Page 66: ...GLOBal SEED Insertion Loss In Normal mode the insertion loss i e the required attenuation at fader input is cal culated based on the currently selected Profile In Manual mode it can be adjusted by the...

Page 67: ...of the forward link Remote command CONFigure EVDO SIGN i FADing POWer NOISe TOTal Signal Noise System BW Power Displays the total power signal noise on the forward link i e within the channel bandwidt...

Page 68: ...ith 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 output range 20 dBm to 95 dBm Remote command CONFigure EVDO SIGN i...

Page 69: ...n the scenario see Scenario on page 62 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 out put path W...

Page 70: ...n 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...

Page 71: ...SIGN i RFSettings FREQuency Frequency Offset Modifies the nominal forward link frequency of the selected band class and RF chan nel A frequency offset represents a signal impairment it can be as well...

Page 72: ...s see standard 3GPP2 C S0057 D Max Power Assume that AT transmits at its maximum output power RMS value 23 dBm see table below Min Power Assume that AT transmits at its minimum output power RMS value...

Page 73: ...ppropriate for high levels The AWGN Level range is adjusted to the selected mode High Power This mode is appropriate for high AWGN levels It requires option R S CMW KS890 Remote command CONFigure EVDO...

Page 74: ...nd Reverse Link Frequency are derived values and are displayed for information The RF frequency settings can be changed in all main connection states Changing the RF frequency via this section causes...

Page 75: ...d by AT column indicates whether an assigned carrier is currently being used by the AT Remote command CONFigure EVDO SIGN i PILot SETTing CONFigure EVDO SIGN i SECTor SETTing CONFigure EVDO SIGN i NET...

Page 76: ...trol bits needed to control the AT power to the Manual Expected Power All Up Sends a sequence of power up bits All Down Sends a sequence of power down bits Hold Sends alternating power up and power do...

Page 77: ...d Remote command CONFigure EVDO SIGN i RPControl SEGMent no BITS CONFigure EVDO SIGN i RPControl SEGMent no LENGth Run Sequence Starts and in continuous mode also stops the execution of the user speci...

Page 78: ...SYSTem DATE CONFigure EVDO SIGN i SYSTem TIME Local Time Offset This is an offset from UTC according to a time zone of the region on Earth where the CMW operates In addition hexadecimal value is displ...

Page 79: ...pdate the next time the FWA CDMA2000 or 1xEV DO signaling is switched on After applying the time settings the parameter will be reset to Startup Only in order to avoid subsequent time updates Every Si...

Page 80: ...r Vector Magnitude Code Domain Power etc Forward and Reverse Test Test data transmission on both the forward and reverse link No additional information can be transmitted Stress tests for simultaneous...

Page 81: ...Rate 83 FTAP Configuration Sets parameters for the FTAP application DRC FTAP Configuration The FTAP protocol specifies the procedures and messages to control the Forward Traffic Channel for subtype 0...

Page 82: ...FTAP test packets received on the forward traffic channel ACK channel transmission is specified in standard 3GPP2 C S0029 B ACK always ACK Channel Bit Fixed mode is enabled the ACK channel bit value i...

Page 83: ...w of RTAP packets back to the R S CMW Table 2 9 DRC index and data rate Data Rate Index Data Rate kBit s 0 0 0 1 9 6 2 19 2 3 38 4 4 76 8 5 153 6 Remote command CONFigure EVDO SIGN i LAYer APPLication...

Page 84: ...c message together with a packet size Each DRC index comprises a group of packet type indices The largest packet type index per DRC index corresponds to the canonical transmission format the other tra...

Page 85: ...er APPLication FETap DRC TYPE CONFigure EVDO SIGN i LAYer APPLication FETap DRC INDex CONFigure EVDO SIGN i LAYer APPLication FETap DRC SIZE CONFigure EVDO SIGN i LAYer APPLication FETap DRC RATE CONF...

Page 86: ...SIGN i LAYer APPLication FETap ACK MTYPe RETAP Configuration Min Max Packet Size The RETAP protocol specifies the procedures and messages to control the Reverse Traffic Channel for subtype 2 signals...

Page 87: ...acket 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 19 EMPA Enhanced Multi flow Packet Application DPA Default P...

Page 88: ...ck Enable FMCTAP Configuration Indicates whether the AT under test shall transmit FMCTAP loopback packets in order to provide Packet Error Rate PER information Loopback mode is a prerequisite for FL P...

Page 89: ...gure the session layer The settings apply to all network releases The session layer provides address management protocol negotiation protocol config uration and state maintenance services Fig 2 38 Ses...

Page 90: ...Protocol Remote command CONFigure EVDO SIGN i LAYer CONNection RLFoffset Redirect Overhead Messages Sets the Redirect bit in the QuickConfig Message of the Overhead Messages Protocol to 1 i e if the A...

Page 91: ...cess Ch MAC Protocol 91 Session Seed 92 Max Probe Sequences 92 Inter Probe Backoff 92 Inter Probe Sequence Backoff 92 Fwd Traffic Ch MAC Protocol 92 DRC Cover 92 DSC Value 92 DSC Channel Gain Base 93...

Page 92: ...ic channel MAC protocol DRC Cover Fwd Traffic Ch MAC Protocol In the Variable Rate State the access network transmits at the rate dictated by the Data Rate Control DRC Channel transmitted by the acces...

Page 93: ...881 Remote command CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC LENGth CONFigure EVDO SIGN i CARRier SETTing CONFigure EVDO SIGN i LAYer MAC EFTProtocol DRC LENGth DRC Channel Gain Fwd Traffic Ch M...

Page 94: ...rotocol The Default Reverse Traffic Channel MAC Protocol provides the procedures followed by the AT to transmit and by the AN to receive the Reverse Traffic Channel Data Offset Nom Def Rev Traffic Ch...

Page 95: ...not supported They will require option R S CMW KS890 Fig 2 42 MAC layer settings for subtype 3 The following settings are specific to subtype 3 Network Release A B signals Subtype 3 Rev Traffic Ch MA...

Page 96: ...in standard TIA EIA 136 140 If an AT has coverage from multiple systems it usually selects the appropriate one from a list of preferred systems identified by their SID Remote command CONFigure EVDO S...

Page 97: ...decreases transaction latencies on both forward and reverse link Network revision B is a prerequisite for physical layer subtype 3 Note that the R S CMW 1xEV DO signaling application does not support...

Page 98: ...W s sector The information is transmitted in the SectorParameter message see standard 3GPP2 C S0024 B Fig 2 46 Sector PN Offset 98 Color Code 99 Subnet Mask 99 Country Code 99 Format 99 ANSI 41 99 Sec...

Page 99: ...for the 128 bit overall sector ID ANSI 41 means that the R S CMW builds the overall ID based on a 24 bit sector ID the number of parity bits and the Sys tem ID SID defined in the 1xEV DO Signaling ma...

Page 100: ...rk SECTor ID MANual 2 4 9 4 Access Probes The parameters in the Access Probes section control the access channel transmis sion of the AT under test The AT transmits access probes to begin session nego...

Page 101: ...e AccessPara meters Message Initial Adjust is a correction factor to be used by access terminals in the open loop power estimate expressed as a two s complement value in units of 1 dB Setting this par...

Page 102: ...the Enhanced Access Channel Protocol the AT uses this value and ignores the value given by the Preamble Length setting This setting is only applicable when the Enhanced Access Channel Protocol is use...

Page 103: ...AMF input parameter 4 hexadecimal digits of the AKA authentication algorithm Remote command CONFigure EVDO SIGN i NETWork SECurity AUTHenticat Sequence Number The sequence number 12 hexadecimal digits...

Page 104: ...es the limit for pilot power level below which the AT triggers cell reselection to a neighbor cell in the candidate set The resulting threshold value in dB is displayed for information ThreshServing 2...

Page 105: ...ent threshXhigh The resulting threshold value in dB is displayed for infor mation 2 x ThreshX Option R S CMW KS890 is required Remote command CONFigure EVDO SIGN i NCELl LTE THRX n 2 4 10 Shortcut Con...

Page 106: ...s exchanged between the 1xEV DO signaling application and the DUT are reported to the selected logging PC Remote command CONFigure EVDO SIGN i MMONitor ENABle Logging PC IPv4 Address Selects the IP ad...

Page 107: ...Hotkey 108 Reset Statistics Hotkey 108 RF Settings Softkey 108 Display Softkey 109 Select Carrier Hotkey Release B only 109 Signaling Parameter Softkey 110 General RX Measurement Information The 1xEV...

Page 108: ...a log or the softkey hotkey combination RX Meas meas type Assign Views For details and remote commands see Assign Views Reset Statistics Hotkey RX Meas Softkey The Data statistics collection is starte...

Page 109: ...key combination Display Select View to activate its associated view tab Select Carrier Hotkey Release B only Display Softkey The Display softkey activates hotkeys that allow to control the presentatio...

Page 110: ...is possible to select the application which in case of test applications also implies the mode of the PER Throughput measurement for ward reverse Fig 2 55 Signaling parameter softkey and correspondin...

Page 111: ...es 113 Update Period Evaluation and update period of the displayed results The results of the RX Measure ment are statistical quantities so the R S CMW must collect data over some period of time to ob...

Page 112: ...an be specified Remote command CONFigure EVDO SIGN i RXQuality PER TOUT CONFigure EVDO SIGN i RXQuality THRoughput TOUT Repetition Defines how often the measurement is repeated if it is not stopped ex...

Page 113: ...user manual chapter System Over view Remote command CONFigure EVDO SIGN i RXQuality FLPer MTPSent CONFigure EVDO SIGN i RXQuality RLPer MPSent Forward Reverse Link Throughput Max Frames Defines the ma...

Page 114: ...ng 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 Confide...

Page 115: ...Per READ EVDO SIGN i RXQuality FLPer CALCulate EVDO SIGN i RXQuality FLPer FETCh EVDO SIGN i RXQuality FLPer STATe Reverse Link PER CONFigure EVDO SIGN i RXQuality RESult RLPer FETCh EVDO SIGN i RXQua...

Page 116: ...require option R S CMW KS890 Results For a detailed description of the results see chapter 2 2 14 5 Forward Link Through put Measurement on page 39 Remote command Forward Link Performance FETCh EVDO...

Page 117: ...cription of the results see chapter 2 2 14 7 RLP and IP Statistics on page 43 Remote command SENSe EVDO SIGN i RXQuality IPSTatistics RESet SENSe EVDO SIGN i RXQuality IPSTatistics RACK SENSe EVDO SIG...

Page 118: ...To activate the forward signal use SOURce EVDO SIGN STATe ON Query the cell state using SOURce EVDO SIGN STATe ALL The result ON ADJ indicates that the forward signal is available To initiate a connec...

Page 119: ...ncy CONFigure EVDO SIGN RFSettings BCLass USC CONFigure EVDO SIGN RFSettings CHANnel 150 CONFigure EVDO SIGN RFSettings FLFRequency CONFigure EVDO SIGN RFSettings RLFRequency CONFigure EVDO SIGN RFSet...

Page 120: ...ve 5 CONFigure EVDO SIGN CARRier LEVel ABSolute CONFigure EVDO SIGN CARRier SETTing 2 CONFigure EVDO SIGN CARRier LEVel RELative 10 CONFigure EVDO SIGN CARRier LEVel ABSolute Specify MAC index for all...

Page 121: ...Lot AN ACTive ON CONFigure EVDO SIGN NETWork PILot AT ASSigned ON CONFigure EVDO SIGN PILot SETTing 2 CONFigure EVDO SIGN NETWork PILot CSECtor C2S0 CONFigure EVDO SIGN NETWork PILot AN ACTive ON CONF...

Page 122: ...es of the outgoing baseband signal required to configure the baseband input of the external fader Configure the baseband input according to the baseband output of the external fader SENSe EVDO SIGN IQ...

Page 123: ...ation Select the test application in forward and reverse direction Query the stream the test application is using Select the preferred packet mode eHRPD Establish a connection and query the active app...

Page 124: ...ap DRC RATE CONFigure EVDO SIGN LAYer APPLication FETap DRC SLOTs CONFigure EVDO SIGN LAYer APPLication FETap LBACk ENABle CONFigure EVDO SIGN LAYer APPLication FETap ACK FMODe NUSed CONFigure EVDO SI...

Page 125: ...ex 1 CONFigure EVDO SIGN LAYer APPLication RMCTap SMAX INDex 12 CONFigure EVDO SIGN LAYer APPLication RMCTap SMIN SIZE CONFigure EVDO SIGN LAYer APPLication RMCTap SMAX SIZE CONFigure EVDO SIGN CARRie...

Page 126: ...ocol ITRansition HFF HFF HFF H7F CONFigure EVDO SIGN LAYer MAC DRTProtocol DTRansition H7F HFF HFF HFF Establish connection and query the negotiated session seed and nominal offset of the reverse traf...

Page 127: ...Connection Connect the AT switched off Switch on the forward signal Query the cell state until it equals ON ADJ forward signal available at RF connector WAITKEY Ensure that the AT is connected to the...

Page 128: ...igure EVDO SIGN CSTatus AFLCarriers CONFigure EVDO SIGN CSTatus ARLCarriers CONFigure EVDO SIGN CARRier SETTing 2 CONFigure EVDO SIGN CSTatus AFLCarriers CONFigure EVDO SIGN CSTatus ARLCarriers 2 5 1...

Page 129: ...l RUN OFF 2 5 1 12 Handoff Configure handoff parameters CONFigure EVDO SIGN HANDoff BCLass CONFigure EVDO SIGN HANDoff BCLass NAPC CONFigure EVDO SIGN HANDoff CHANnel 240 CONFigure EVDO SIGN HANDoff N...

Page 130: ...ents on page 218 Start the PER measurement using INIT EVDO SIGN PER and retrieve the results using FETCh EVDO SIGN RXQuality FLPer and FETCh EVDO SIGN RXQuality RLPer Start the throughput measurement...

Page 131: ...CONFigure EVDO SIGN RXQuality LIMit FLPer CLEVel 95 Reverse Link PER measurement configuration lLet the AT send at most 1000 test application MAC packets Stop if either these 1000 packets have been s...

Page 132: ...er FETCh EVDO SIGN RXQuality FLPer STATe FETCh EVDO SIGN PER STATe Enable forward link throughput measurement start the measurement wait until sufficient data has been collected retrieve scalar result...

Page 133: ...Ch EVDO SIGN THRoughput STATe 2 5 2 7 Perform Data RX Measurements Select the Packet test application select EMPA application Enable data measurements clear statistics CONFigure EVDO SIGN APPLication...

Page 134: ...ance is relevant for instruments supporting several instances of the same firmware application It can be omitted if the instrument supports only one instance or to address the first instance See also...

Page 135: ...eturned as the result of a query Firmware Software Indicates the lowest software version supporting the command Command enhancements in later software versions are also indicated 2 6 1 3 Reliability I...

Page 136: ...cause no signaling connection to the DUT was established For DAU IMS service Establishing a voice over IMS call failed 20 Call Type not Usable For measurements The measurement could not be started bec...

Page 137: ...r occurs again consider the following hints Firmware errors can often be repaired by restoring the factory default settings To restore these settings restart your instrument and press the Factory Defa...

Page 138: ...te The following commands are related to the connection to the AT under test SOURce EVDO SIGN i STATe 138 SOURce EVDO SIGN i STATe ALL 139 CALL EVDO SIGN i CSWitched ACTion 139 FETCh EVDO SIGN i CSWit...

Page 139: ...e physical output signal corresponds to the main generator state signal off for main state OFF signal on for main state ON Example See General Configuration Usage Query only Firmware Software V1 0 15...

Page 140: ...Connection States on page 23 Example See Setting up a Connection Usage Query only Firmware Software V1 0 15 0 Manual operation See Access Terminal on page 54 FETCh EVDO SIGN i PDATa STATe Returns the...

Page 141: ...values InterRAT OFF Usage Query only Firmware Software V3 0 10 Manual operation See Inter RAT on page 55 CONFigure EVDO SIGN i CSTatus APPLication Returns the active test or packet applications along...

Page 142: ...arrier is assigned to the AT and the traffic channel is active NACTive The carrier is assigned to the AT but the traffic chan nel is inactive NCConnected The carrier is assigned to the AT but the AT i...

Page 143: ...ase and authentication failure Return values ConStatusLog Report as a string Example See Setting up a Connection Usage Query only Firmware Software 2 0 10 Manual operation See Event Log on page 58 2 6...

Page 144: ...turn values UATI 8 digit hexadecimal number Range H0 to HFFFFFFFF 8 digits Example See Query AT related Information Usage Query only Firmware Software V1 0 15 0 Manual operation See UATI on page 56 CO...

Page 145: ...SIGN i TEST CSTatus MEID MEID Sets the mobile equipment identifier of the connected AT Parameters MEID Range 0 to 72 0575940379279E 15 RST 0 Example See Query AT related Information Firmware Software...

Page 146: ...ssion Return values LCMaskI The Long Code Mask in hexadecimal notation Range 00000000000 to 3FFFFFFFFFF Example See Query AT related Information Usage Query only Firmware Software V2 1 20 Manual opera...

Page 147: ...7 CONFigure EVDO SIGN i CARRier SETTing 147 CONFigure EVDO SIGN i PILot SETTing 148 CONFigure EVDO SIGN i SECTor SETTing SetSector Sets gets the sector to which subsequent sector related commands appl...

Page 148: ...cy 149 CONFigure EVDO SIGN i HANDoff CARRier RLFRequency 150 CONFigure EVDO SIGN i HANDoff NETWork PILot CSECtor 150 CONFigure EVDO SIGN i HANDoff NETWork PILot AN ACTive 150 CONFigure EVDO SIGN i HAN...

Page 149: ...The range of possible channels depends on the destination cell s selected band class For an overview see chapter 2 2 11 Band Classes on page 27 The values below are for band class BC0 US Cellular Rang...

Page 150: ...pport requires R S CMW KS881 Manual operation See Handoff Hotkey on page 60 CONFigure EVDO SIGN i HANDoff NETWork PILot CSECtor CarrierSector Sets gets the handoff carrier sector to which subsequent c...

Page 151: ...ion cell 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 the...

Page 152: ...i SCENario SCELl 153 ROUTe EVDO SIGN i SCENario HMODe 154 ROUTe EVDO SIGN i SCENario SCFading INTernal 155 ROUTe EVDO SIGN i SCENario SCFading EXTernal 156 CONFigure EVDO SIGN i ETOE 157 SOURce EVDO...

Page 153: ...INTernal Only returned for fading scenario SCF Indicates whether internal or external fading is active Usage Query only Firmware Software V2 0 10 V3 2 10 parameter HMOD added V3 2 80 added Fader and s...

Page 154: ...ector RXConverter TXConnector TXConverter Activates a scenario in which an AT registers in CDMA2000 1xRTT and opens a ses sion in CDMA2000 1xEV DO at the same time Additionally selects the RF input RX...

Page 155: ...he active sce nario use ROUTe EVDO SIGN i SCENario Depending on the installed hardware and the active sub instrument or instance i only a subset of the described parameter values is allowed The RST va...

Page 156: ...he described parameter values is allowed The RST values and the mapping of virtual connector names to physical connectors also depend on the active sub instrument or instance i All instruments are equ...

Page 157: ...60 multiple end to end connections OFF disabled Options R S CMW KA100 R S CMW KS881 required for Rev B multicarrier SOURce EVDO SIGN i RFSettings TX EATTenuation TXExtAtt Defines an external attenuat...

Page 158: ...ttings Firmware Software V3 2 70 Manual operation See External Attenuation on page 69 CONFigure EVDO SIGN i IQIN PATH n PEP Level Specifies properties of the baseband signal at the I Q input Suffix n...

Page 159: ...S CMW Fading Simulator The following commands configure the fading simulator of the internal fader CONFigure EVDO SIGN i FADing FSIMulator ENABle 159 CONFigure EVDO SIGN i FADing FSIMulator GLOBal SEE...

Page 160: ...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 Clipping Counter on page 66 CONFigure EVDO SIGN i FADin...

Page 161: ...Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual operation See Restart Event on page 66 CONFigure EVDO SIGN i FADing FSIMulator RESTart MODE RestartMode Sets the restart mode...

Page 162: ...Forward Link Settings The following commands query noise power information CONFigure EVDO SIGN i FADing POWer NOISe 162 CONFigure EVDO SIGN i FADing POWer NOISe TOTal 162 CONFigure EVDO SIGN i FADing...

Page 163: ...re the AWGN generator of the internal fader CONFigure EVDO SIGN i FADing AWGN BWIDth NOISe 163 CONFigure EVDO SIGN i FADing AWGN BWIDth RATio 163 CONFigure EVDO SIGN i FADing AWGN ENABle 164 CONFigure...

Page 164: ...and R S CMW KE800 Manual operation See Enable on page 65 CONFigure EVDO SIGN i FADing AWGN SNRatio Ratio Queries the signal to noise ratio for the AWGN inserted via the internal fading module Paramet...

Page 165: ...ropean 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 U25F BC 17 US 2 5 GHz Forward PS7C BC 18 Publ...

Page 166: ...ncy on page 70 CONFigure EVDO SIGN i RFSettings RLFRequency Queries the reverse link frequency depending on the selected band class and channel CONFigure EVDO SIGN i RFSettings BCLass CONFigure EVDO S...

Page 167: ...on figure the RF analyzer CONFigure EVDO SIGN i RFPower EVDO 167 CONFigure EVDO SIGN i RFPower OUTPut 168 CONFigure EVDO SIGN i RFPower EPMode 168 CONFigure EVDO SIGN i RFPower MANual 168 CONFigure EV...

Page 168: ...e Query only Firmware Software V1 0 15 0 Manual operation See Output Power on page 72 CONFigure EVDO SIGN i RFPower EPMode ExpPowerMode Selects the algorithm which the tester uses to configure its inp...

Page 169: ...15 0 Manual operation See Expected Nominal Power on page 73 CONFigure EVDO SIGN i RFPower MODE AWGN AWGNMode Selects the operating mode of the AWGN generator The AWGN level range CONFigure EVDO SIGN i...

Page 170: ...i CARRier RLFRequency 171 CONFigure EVDO SIGN i CARRier LEVel ABSolute 171 CONFigure EVDO SIGN i CARRier LEVel RELative 172 CONFigure EVDO SIGN i NETWork PILot CSECtor 172 CONFigure EVDO SIGN i NETWo...

Page 171: ...V2 1 20 Options Multi carrier configurations require option R S CMW KS881 Manual operation See RF Frequency on page 74 CONFigure EVDO SIGN i CARRier RLFRequency Gets the reverse link frequency for a...

Page 172: ...ure EVDO SIGN i CARRier LEVel RELative LevelRelative Sets gets the relative 1xEV DO power for a carrier in the sector implemented by the signaling application The related carrier has to be pre selecte...

Page 173: ...n set to OFF the related carrier is physically disabled on the cell Note that pilot 0 cannot be turned OFF RST ON for pilot 0 OFF for pilots 1 and 2 Example See Configuring Network Settings Firmware S...

Page 174: ...ACTive assigned to the AT using CONFigure EVDO SIGN i NETWork PILot AT ASSigned Use CONFigure EVDO SIGN i CSTatus AFLCarriers to obtain more informa tion on the carrier states Return values AcquiredBy...

Page 175: ...SIGN i RPControl REPetition 176 CONFigure EVDO SIGN i RPControl SEGMent no BITS 176 CONFigure EVDO SIGN i RPControl SEGMent no LENGth 177 CONFigure EVDO SIGN i RPControl RUN 177 CONFigure EVDO SIGN i...

Page 176: ...ttern execution Parameters Repetition SINGleshot CONTinuous SINGleshot the pattern execution is stopped after a single shot CONTinuous the pattern execution is repeated continuously and stopped by the...

Page 177: ...ern Parameters RunSequenceState OFF ON Example See Configuring Reverse Power Control Setup Firmware Software V3 2 80 Options R S CMW K890 Manual operation See Run Sequence on page 77 2 6 6 8 Time The...

Page 178: ...i SYSTem DATE Day Month Year Date setting for CDMA system time source DATE see CONFigure EVDO SIGN i SYSTem TSOurce on page 177 Parameters Day Range 1 to 31 RST 11 Month Range 1 to 12 RST 11 Year Ran...

Page 179: ...00 Default unit hour Minute difference from UTC Range 00 to 59 RST 00 Default unit min Example See Sending Date and Time Information to the AT Firmware Software V3 0 20 Options R S CMW KS890 Manual o...

Page 180: ...ve Parameters SyncCode Firmware Software V3 0 10 Options R S CMW KS888 Manual operation See Sync Code on page 78 CONFigure EVDO SIGN i SYSTem ATIMe ApplyTimeAt Defines when the configured time source...

Page 181: ...es Stream Range 0 Usage Query only Firmware Software V1 0 15 0 CONFigure EVDO SIGN i APPLication MODE Mode Selects the application to be instantiated Parameters Mode FWD REV FAR PACKet FWD forward tes...

Page 182: ...eechapter 2 6 7 Basic Test Application Settings on page 181 The following commands configure the different layers of the 1xEV DO protocol stack Release 0 Application Layer 182 Release A Application La...

Page 183: ...ange 0 to 12 RST 1 Example See Application Layer Firmware Software V1 0 15 0 Manual operation See DRC on page 81 CONFigure EVDO SIGN i LAYer APPLication FTAP DRC RATE Queries the data rate for the sel...

Page 184: ...rward traffic channel Parameters FMode NUSed AALWays NAALways Not used ACK always NACK always RST NAAL Example See Application Layer Firmware Software V1 0 15 0 Manual operation See Ack Ch Fixed Mode...

Page 185: ...LAYer APPLication RTAP RMAX RATE Queries the data rate for the selected maximum data rate index CONFigure EVDO SIGN i LAYer APPLication RTAP RMAX INDex Return values RMaxRate Range 0 kbit s to 153 6...

Page 186: ...m 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 Firmware Software V1 0 15 0 Manual operation See DRC on...

Page 187: ...IGN i LAYer APPLication FETap DRC SLOTs Queries the slot count for FETAP packets depending on the selected packet type CONFigure EVDO SIGN i LAYer APPLication FETap DRC TYPE Return values DRCSlots Ran...

Page 188: ...the ACK Channel Modulation Type Fixed mode where the AT can select a specific modulation type for the reverse ACK channel At present this mode is disabled Return values MType OFF RST OFF Example See...

Page 189: ...NDex MaxIndex Selects the maximum data rate index for RETAP packets Use CONFigure EVDO SIGN i LAYer APPLication RETap SMAX SIZE to query the corresponding packet size Parameters MaxIndex Range 1 to 12...

Page 190: ...191 CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC SIZE 191 CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC RATE 191 CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC SLOTs 192 CONFigure EVDO...

Page 191: ...Query only Firmware Software V2 1 20 Options R S CMW KS881 Manual operation See DRC Rate on page 88 CONFigure EVDO SIGN i LAYer APPLication FMCTap DRC SIZE Queries the size of the FMCTAP test packets...

Page 192: ...a FMCTAP test packet sent on a particular carrier The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command The slot count is determined by the selected packet...

Page 193: ...Tap ACK MTYPe Queries if the ACK Channel Modulation Type Fixed mode see 3GPP2 C S0029 is enabled for a carrier Currently this mode is always switched off The related carrier has to be pre selected usi...

Page 194: ...ure EVDO SIGN i LAYer APPLication RETap SMIN INDex Return values MinSize Range 0 bits to 12 288E 3 bits Example See Application Layer Usage Query only Firmware Software V2 1 20 Options R S CMW KS881 M...

Page 195: ...eration See RMCTAP Configuration Min Max Packet Size on page 89 2 6 8 4 Session Layer The following parameters configure the session layer All settings are valid for subtype 0 1 and for subtype 2 sign...

Page 196: ...Hreshold PDThreshold Defines the 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...

Page 197: ...IPSBackoff 199 CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC COVer 199 CONFigure EVDO SIGN i LAYer MAC EFTProtocol DRC COVer 199 CONFigure EVDO SIGN i LAYer MAC EFTProtocol DSC VALue 199 CONFigure...

Page 198: ...n page 92 CONFigure EVDO SIGN i LAYer MAC MPSequences MPSequences Specifies the maximum number of access probe sequences for a single access attempt Parameters MPSequences Range 1 to 15 RST 3 Example...

Page 199: ...hannel for subtype 0 1 signals only Parameters DRCCover Range 1 to 6 RST 2 Example See MAC Layer Firmware Software V1 0 15 0 Manual operation See DRC Cover on page 92 CONFigure EVDO SIGN i LAYer MAC E...

Page 200: ...SIGN i LAYer MAC DFTProtocol DRC LENGth DRCLength Defines the number of slots that the AT uses to send a single DRC for subtype 0 1 signals only Parameters DRCLength Range 1 slots to 8 slots RST 2 slo...

Page 201: ...nes a carrier s power level ratio of the reverse Data Rate Control channel relative to the Reverse Pilot channel subtype 2 and 3 signals only The related carrier has to be pre selected using the CONFi...

Page 202: ...e V1 0 15 0 V2 1 20 dependence on pre set carrier added Options Multi carrier support requires option R S CMW KS881 Manual operation See ACK Channel Gain on page 93 CONFigure EVDO SIGN i LAYer MAC DRT...

Page 203: ...dB Increment 0 25 dB RST 0 dB Default unit dB Example See MAC Layer Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Data on page 94 CONFigure EVDO SIGN i LAYer MAC DRTProtocol I...

Page 204: ...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 95 2 6 9 Network The following commands define properties...

Page 205: ...lowing commands define general settings for the simulated access network CONFigure EVDO SIGN i NETWork PROPerty CLDTime 205 CONFigure EVDO SIGN i NETWork PROPerty FPACtivity 205 CONFigure EVDO SIGN i...

Page 206: ...206 CONFigure EVDO SIGN i NETWork SECTor CLRCode 207 CONFigure EVDO SIGN i NETWork SECTor SMASk 207 CONFigure EVDO SIGN i NETWork SECTor CNTCode 207 CONFigure EVDO SIGN i NETWork SECTor FORMat 207 CON...

Page 207: ...figuring Network Settings Firmware Software V1 0 15 0 Manual operation See Subnet Mask on page 99 CONFigure EVDO SIGN i NETWork SECTor CNTCode CNTCode Defines the 3 digit decimal representation of the...

Page 208: ...ECTor NPBits ANSI41PBits Defines the number of parity bits to be used if the ANSI 41 format is selected CONFigure EVDO SIGN i NETWork SECTor FORMat Parameters ANSI41PBits Range 1 to 64 RST 9 Example S...

Page 209: ...CONFigure EVDO SIGN i NETWork APRobes IADJust 209 CONFigure EVDO SIGN i NETWork APRobes OLADjust 210 CONFigure EVDO SIGN i NETWork APRobes PINCrement 210 CONFigure EVDO SIGN i NETWork APRobes PPSeque...

Page 210: ...rement 1 dB RST 73 dB Default unit dB Example See Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See Open Loop Adjust on page 101 CONFigure EVDO SIGN i NETWork APRobes PINCr...

Page 211: ...tings Firmware Software V1 0 15 0 Options R S CMW KS890 Manual operation See Preamble Length on page 102 CONFigure EVDO SIGN i NETWork APRobes ACDuration ACDuration Defines the length in slots of the...

Page 212: ...ty SKEY 212 CONFigure EVDO SIGN i NETWork SECurity OPC 212 CONFigure EVDO SIGN i NETWork SECurity AUTHenticat 213 CONFigure EVDO SIGN i NETWork SECurity SQN 213 CONFigure EVDO SIGN i NETWork SECurity...

Page 213: ...mber 12 hexadecimal digits Example See Configuring Network Settings Firmware Software V3 0 10 Manual operation See Sequence Number on page 103 2 6 9 6 Neighbor Cell The following command configures LT...

Page 214: ...ell reselection to a neighbor cell in the candidate set Parameters ThreshServing Range 0 to 63 Example See Configuring Network Settings Firmware Software V3 2 60 Options R S CMW KS890 Manual operation...

Page 215: ...44 operating band 1 to 44 UDEFined user defined band RST OB1 Channel Downlink channel number Range depends on operating band see tables below RST 300 Example See Configuring Network Settings Firmware...

Page 216: ...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 to 10838 Table 2 13 Channel number range depending on LTE TDD band TDD...

Page 217: ...ed from the Setup dialog Parameters Index IP1 IP2 IP3 Return values IPAddress Example See Configuring Message Monitoring Firmware Software V3 0 10 Manual operation See Logging PC IPv4 Address on page...

Page 218: ...mance Throughput and RLP IP Statistics Data For a disabled view results are neither displayed nor calculated Parameters Enable OFF ON RST ON Example See General Measurement Settings Firmware Software...

Page 219: ...BORt EVDO SIGN i PER These remote commands control the Packet Error Rate measurement either forward or reverse depending on the current Test Application mode see CONFigure EVDO SIGN i APPLication MODE...

Page 220: ...tware V2 1 20 Options R S CMW KS890 Manual operation See RX Meas Softkey on page 107 CONFigure EVDO SIGN i RXQuality PER TOUT Timeout CONFigure EVDO SIGN i RXQuality THRoughput TOUT Timeout Defines a...

Page 221: ...RUN OFF measurement 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 I...

Page 222: ...te active INV not applicable because main_state OFF or RDY inva lid Usage Query only Firmware Software V2 1 20 Options R S CMW KS890 required for Throughput measurements Manual operation See RX Meas S...

Page 223: ...ers Repetition SINGleshot CONTinuous SINGleshot Single shot measurement CONTinuous Continuous measurement RST CONTinuous Example See Configure PER Measurements Firmware Software V2 1 20 Manual operati...

Page 224: ...evel is exceeded MPERexceeded Stop if max PER is exceeded RST NONE Example See Configure PER Measurements Firmware Software V2 1 20 Manual operation See Forward Reverse Link PER Stop Condition on page...

Page 225: ...tings The following commands define upper limits for PER and Throughput measure ments CONFigure EVDO SIGN i RXQuality LIMit PER EVALuation 225 CONFigure EVDO SIGN i RXQuality LIMit FLPer MPER 226 CONF...

Page 226: ...he forward reverse link PER measurement Parameters MinConfidLevel Range 0 to 100 RST 95 Default unit Example See Configure PER Measurements Firmware Software V2 1 20 Manual operation See Min Confidenc...

Page 227: ...230 FETCh EVDO SIGN i RXQuality FLPFormance STATe 230 FETCh EVDO SIGN i RXQuality FLPer CSTate 230 FETCh EVDO SIGN i RXQuality FLPFormance CSTate 230 FETCh EVDO SIGN i RXQuality FLPer READ EVDO SIGN...

Page 228: ...ware Software V1 0 15 0 V2 1 20 dependence on pre selected carrier and composite val ues added Options Multi carrier support requires R S CMW KS881 Manual operation See Results on page 115 For additio...

Page 229: ...Received MAC Packets Received Range 0 or higher RST 0 PhyPacketSlots Physical Packet Slots Range 0 or higher RST 0 ThVsTestTime Throughput vs Test Time Range 0 kbit s or higher RST 0 kbit s ThVsTransm...

Page 230: ...No problem detected OK No forward test application run ning Forward Test Application Off No results Connect call with Forward Test Application AT not connected No call connected No results Connect cal...

Page 231: ...easurement on page 36 The related carrier has to be pre selected using the CONFigure EVDO SIGN i CARRier SETTing command The values described below are returned by FETCh and READ commands CALCulate co...

Page 232: ...cal layer subtypes 2 and 3 only Range 0 to 100 8_TTPER The rate of MAC packets the R S CMW failed to receive suc cessfully on the selected carrier This is available for physical layer subtypes 2 and 3...

Page 233: ...ty RLPFormance DataRate FETCh EVDO SIGN i RXQuality RLPFormance DataRate READ EVDO SIGN i RXQuality RLPFormance DataRate Returns the results of the Reverse Link Performance throughput measurement for...

Page 234: ...n the selected carrier during the test time Range 0 kbit s to 99 99999E 3 kbit s Example See Perform Reverse Link Measurements Usage Query only Firmware Software V2 1 20 Options R S CMW KS890 multi ca...

Page 235: ...Lated STALe INACtive Example See Perform Reverse Link Measurements Usage Query only Firmware Software V3 0 10 V3 2 20 command renamed Options R S CMW KS890 required for throughput measurements 2 6 11...

Page 236: ...l operation See Results on page 117 SENSe EVDO SIGN i RXQuality IPSTatistics RACK Number of packets associated with RLP Reset ACK messages which are sent between AT and AN to complete the RLP reset pr...

Page 237: ...ts Usage Query only Firmware Software V3 0 10 Options R S CMW KA100 Manual operation See Results on page 117 SENSe EVDO SIGN i RXQuality IPSTatistics SUMMary Total number of packets from the measured...

Page 238: ...Options R S CMW KA100 Manual operation See Results on page 117 SENSe EVDO SIGN i RXQuality IPSTatistics DRATe Current received data rate in kbit s averaged over the update period Return values RX Data...

Page 239: ...RLPer 231 CALCulate EVDO SIGN i RXQuality RLPFormance 233 CALL EVDO SIGN i CSWitched ACTion 139 CALL EVDO SIGN i HANDoff STARt 151 CONFigure EVDO SIGN i APPLication 181 CONFigure EVDO SIGN i APPLicat...

Page 240: ...ure EVDO SIGN i HANDoff CARRier FLFRequency 149 CONFigure EVDO SIGN i HANDoff CARRier RLFRequency 150 CONFigure EVDO SIGN i HANDoff CHANnel 148 CONFigure EVDO SIGN i HANDoff NETWork PILot AN ACTive 15...

Page 241: ...K CGAin 201 CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC CGAin 201 CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC COVer 199 CONFigure EVDO SIGN i LAYer MAC DFTProtocol DRC LENGth 200 CONFigure EVD...

Page 242: ...i NETWork SECTor IDOVerall 208 CONFigure EVDO SIGN i NETWork SECTor NPBits 208 CONFigure EVDO SIGN i NETWork SECTor PNOFfset 206 CONFigure EVDO SIGN i NETWork SECTor SMASk 207 CONFigure EVDO SIGN i N...

Page 243: ...Figure EVDO SIGN i RXQuality RSTatistics 227 CONFigure EVDO SIGN i RXQuality THRoughput REPetition 223 CONFigure EVDO SIGN i RXQuality THRoughput TOUT 220 CONFigure EVDO SIGN i RXQuality UPERiod 222 C...

Page 244: ...Ternal 156 ROUTe EVDO SIGN i SCENario 153 ROUTe EVDO SIGN i 152 SENSe EVDO SIGN i ATADdress IPV n 146 SENSe EVDO SIGN i IQOut PATH n 158 SENSe EVDO SIGN i RXQuality IPSTatistics DRATe 238 SENSe EVDO S...

Page 245: ...0 and later of the 1xEV DO Measurements firm ware application Compared to the version 3 2 70 it provides the following new features IQ diagram see Multi Evaluation Detailed Views IQ IQ traces see FETC...

Page 246: ...physically connecting the 1xEV DO AT to the R S CMW adjust the following analyzer settings to the properties of the reverse link 1xEV DO signal the carrier frequency or frequencies in case the revers...

Page 247: ...settings via remote commands the commands of the signaling application have to be used For a command mapping table see chap ter 3 5 6 Combined Signal Path Commands on page 447 To synchronize the meas...

Page 248: ...nfigured segment length of 15 slots and different statistical length for spectrum and modulation measurements If two consecutive segments are measured at different RF frequencies or expected powers th...

Page 249: ...length CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulation etc Activate deactivate list mode CONFigure EVDO MEAS i MEValuation LIST Retrieve results FETCh EVDO MEAS i MEValuation LIST SEGMent...

Page 250: ...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 a...

Page 251: ...d 0 to 1000 1329 to 2047 2048 to 2108 889 9875 0 025 N 871 9875 0 025 N 1328 894 0 025 N 2048 800 3 JTACS Band 1 to 799 801 to 1039 1041 to 1199 1201 to 1600 915 0 0125 N 898 0 0125 N 800 887 0 0125 N...

Page 252: ...serially constructed from a N x N Hadamard matrix generated by means of the following recursive procedure defined in 3GPP2 C S0002 For the spreading operation the binary symbols of the Walsh function...

Page 253: ...VSF codes decimal binary 1 1 1 1 0 00 1 1 1 1 1 1 1 1 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 To obtain the Bit reverse representation from the Hadamard representation the codes with nu...

Page 254: ...Data 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 W...

Page 255: ...ower Limits 257 Occupied Bandwidth Limits 257 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 D...

Page 256: ...relative 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...

Page 257: ...P in dBm 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 carri...

Page 258: ...h for 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...

Page 259: ...DO Rev B The views are described in the following sections Multi Evaluation Overview 259 Multi Evaluation Detailed Views EVM Magnitude Error Phase Error 260 Multi Evaluation Detailed Views Code Domai...

Page 260: ...ed view 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...

Page 261: ...on of statistical measurement results is covered in chapter 3 2 8 7 Multi Evaluation Detailed Views TX Measurement Scalar and Power on page 267 For additional information refer to Common Elements of V...

Page 262: ...hile the 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 code...

Page 263: ...to calculate 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 i...

Page 264: ...urements 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...

Page 265: ...eference power see Reference Power Mode on page 287 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 setti...

Page 266: ...ults is covered in chapter 3 2 8 7 Multi Evaluation Detailed Views TX Measurement Scalar and Power on page 267 For additional information refer to Common Elements of Views 3 2 8 6 Multi Evaluation Det...

Page 267: ...modulation vector is traced as a continuous curve The description of statistical measurement results is covered in chapter 3 2 8 7 Multi Evaluation Detailed Views TX Measurement Scalar and Power on p...

Page 268: ...rovided by the signaling application Waveform Quality the ratio of the correlated power to the total power Addition ally the waveform quality at the maximum minimum power since the start of the measur...

Page 269: ...nt according to step direction derived from configured first step direction and step number and configured step size power step 1 measurement power step 2 measurement Reference power measurement phase...

Page 270: ...extent as the BS power UP DOWN step see 3GPP2 C S0011 for a precise description of the Range of Open Loop Output Power The signaling application provides a dedicated OLTR logic that is activated with...

Page 271: ...ation interval The measurement application detects the trigger event and starts recording the DUT s OLTR trace After 100 ms the evaluation is terminated Guard Interval both signaling and measurement a...

Page 272: ...he Combined Signal Path scenario controlled by the signaling appli cation select 1xEV DO Sig i Event as trigger source configure and start the OLTR measurement 3 2 9 4 OLTR Results The OLTR view shows...

Page 273: ...ected view the following Display hotkeys are available at the bottom of the GUI Hotkey Description Select View Switch to a certain detailed view or overview Alternatively select a diagram in the overv...

Page 274: ...n 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 Selec...

Page 275: ...ult Remote command MINimum queries the best result which is not relevant therefore not displayed Std Dev Standard deviation of all Current values since the start of the measure ment All statistical re...

Page 276: ...Channel Data Modulation 284 Multi Evaluation Measurement Control 284 Trigger Settings 288 Multi Evaluation Limit Settings 290 Generator Shortcut 292 Multi Evaluation Measurement Results 292 OLTR Meas...

Page 277: ...version 3 0 of the 1xEV DO TX Measurement firmware application the com prised TX measurements can and have to be controlled individually At any time the measurement control keys apply only to the curr...

Page 278: ...y available for a specific scenario The 1xEV DO TX measurement can either be used standalone or in combination with the 1xEV DO signaling application option R S CMW KS880 In the latter case the signal...

Page 279: ...A ROUTe EVDO SIGN i SCENario CSP External Attenuation Input 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 correc...

Page 280: ...FSettings FREQuency CSP CONFigure EVDO SIGN i RFSettings CHANnel CSP CONFigure EVDO SIGN i RFSettings RLFRequency CSP Frequency Offset Offset that the R S CMW adds to the Frequency Modifies the nomina...

Page 281: ...i RFSettings UMARgin Physical Layer Subtype Selects the subtype of the physical layer protocol for the multi evaluation measure ments The characteristics of the protocol subtypes are defined in specif...

Page 282: ...SP CONFigure EVDO SIGN i NETWork PILot AT ASSigned CSP Offset to RF Carrier Freq Carrier Freq is the center frequency of the related carrier Setting its value directly is only possible for carrier 0 t...

Page 283: ...sh channel the ACK is transmitted on the first half slot and the DSC on the second half slot Remote command CONFigure EVDO MEAS i MEValuation HSLot Carrier n DRC ACK DSC Data Aux Pilot Specify whether...

Page 284: ...rriers This is only relevant for Physical Layer Subtype 2 or 3 subtype 0 1 always uses BPSK and a 4 ary Walsh cover W2 4 If set to Auto the modulation type is detected automatically and signals with u...

Page 285: ...ference Power Mode 287 Adjacent Channel Power 287 Measurement Timeout Defines a timeout for the multi evaluation measurement in remote operation Remote command CONFigure EVDO MEAS i MEValuation TOUT R...

Page 286: ...ectrum Defines the number of measurement intervals per measurement cycle statistics cycle single shot measurement This value is also relevant for continuous measurements because the averaging procedur...

Page 287: ...er 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 i...

Page 288: ...r 3 3 7 Trigger Settings The Trigger parameters configure the trigger system for both TX measurements the 1xEV DO multi evaluation and OLTR measurement Fig 3 25 Multi evaluation configuration trigger...

Page 289: ...pulse This setting has no influence on Free Run measurements and for evaluation of trigger pulses provided by other firmware applications Remote command TRIGger EVDO MEAS i MEValuation SLOPe Trigger...

Page 290: ...which is reset to zero in the follow ing instances At the IF power down ramp of each triggered or untriggered pulse even though the previous counter may not have elapsed yet A power down ramp is detec...

Page 291: ...ation LIMit MINPower CONFigure EVDO MEAS i MEValuation IQLCheck CONFigure EVDO MEAS i MEValuation LIMit CDP CONFigure EVDO MEAS i MEValuation LIMit CDE CONFigure EVDO MEAS i MEValuation LIMit CP CONFi...

Page 292: ...shed two additional softkeys with corresponding hotkey bars provide access to the generator configuration see ARB List Mode GPRF i Generator on page 300 Use the appropriate softkey hotkey combination...

Page 293: ...ments R S CMW KG8xx KM8xx KS8xx 293 User Manual 1173 9511 02 11 Fig 3 28 1xEV DO multi evaluation overview Most of the detailed views show a diagram and a statistical overview of results GUI Reference...

Page 294: ...t Carrier 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 carri...

Page 295: ...MEAS 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 EVD...

Page 296: ...he first 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...

Page 297: ...r occasional wrong transmissions Remote command CONFigure EVDO MEAS i OLTR MOEXception 3 3 12 Trigger Settings The Trigger parameters configure the trigger system for both the multi evaluation and the...

Page 298: ...different views see detailed description in section chapter 3 2 9 4 OLTR Results on page 272 The OLTR measurement provides a detailed view for each measurement sequence An OLTR limit violation is indi...

Page 299: ...DOWN STATe etc FETCh EVDO MEAS i OLTR SEQuence Sequence TRACe UP STATe etc 3 3 16 Additional Softkeys and Hotkeys The 1xEV DO multi evaluation measurement provides some softkey hotkey combina tions w...

Page 300: ...propriate softkey hotkey combination to access the generator parameters directly from the 1xEV DO measurement GUI The Configure Generator hotkey opens the configuration tree of the connected GPRF gene...

Page 301: ...ings FREQuency 825 3E 6 CONFigure EVDO MEAS RFSettings ENPower 7 CONFigure EVDO MEAS RFSettings UMARgin 5 CONFigure EVDO MEAS RFSettings FOFFset 10000 Redefine the frequency entering band class and ch...

Page 302: ...ence power mode to pilot power CONFigure EVDO MEAS MEValuation ILCMask H10AF8CA9304 CONFigure EVDO MEAS MEValuation QLCMask H101F8CA9104 CONFigure EVDO MEAS MEValuation PLSubtype ST2 CONFigure EVDO ME...

Page 303: ...FF 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 OF...

Page 304: ...mits Define modulation limits CONFigure EVDO MEAS MEValuation LIMit MERR RMS 20 CONFigure EVDO MEAS MEValuation LIMit MERR PEAK OFF CONFigure EVDO MEAS MEValuation LIMit EVM RMS 20 CONFigure EVDO MEAS...

Page 305: ...e EVDO MEAS MEValuation LIMit ACP UPPer 40 40 40 40 43 45 47 48 49 50 CONFigure EVDO MEAS MEValuation LIMit ACP EXTended UPPer 50 50 50 50 50 50 43 43 43 30 43 43 43 50 50 50 50 50 50 50 Define OBW li...

Page 306: ...ETCh EVDO MEAS MEValuation TRACe CDE ISIGnal PILot CURRent FETCh EVDO MEAS MEValuation TRACe CDE QSIGnal PILot CURRent FETCh EVDO MEAS MEValuation TRACe CP CURRent FETCh EVDO MEAS MEValuation TRACe EV...

Page 307: ...tion CP CURRent CALCulate EVDO MEAS MEValuation MODulation CURRent CALCulate EVDO MEAS MEValuation ACP CURRent CALCulate EVDO MEAS MEValuation OBW1 CURRent CALCulate EVDO MEAS MEValuation OBW2 CURRent...

Page 308: ...MEAS OLTR and retrieve the results using FETCh EVDO MEAS OLTR FETCh EVDO MEAS RPINterval Define measurement timeout no of sequences for single shot measurement power step 30 dB direction up reference...

Page 309: ...uration is important Consider the following rules to minimize the test duration Reduce the number and size of the segments and the statistical length as far as possible for your use case Enable only t...

Page 310: ...different analyzer settings CONFigure EVDO MEAS MEValuation LIST COUNt 2 CONFigure EVDO MEAS MEValuation LIST SEGMent1 SETup 20 1 833 49E 6 OFF ST2 BHSL H0 H0 R11 CONFigure EVDO MEAS MEValuation LIST...

Page 311: ...ST SEGMent2 DWCP AVERage FETCh EVDO MEAS MEValuation LIST SEGMent2 MODulation AVERage FETCh EVDO MEAS MEValuation LIST SEGMent2 OBW AVERage FETCh EVDO MEASurement MEValuation STATe Use segment indepen...

Page 312: ...EAS MEValuation LIST DWCP WTFI AVERage FETCh EVDO MEAS MEValuation LIST DWCP WTFQ AVERage FETCh EVDO MEAS MEValuation LIST OBW FREQuency AVERage FETCh EVDO MEAS MEValuation LIST ACP ACPM10 AVERage FET...

Page 313: ...e 3 5 1 1 MEAS i MEAS i is used as abbreviation of MEASurement instance For better readability only the abbreviated form which is also accepted by the instrument is given in the command reference The...

Page 314: ...stic count and repetition mode Consecutive measurement values are stored and used to calculate statistical results e g average minimum maximum and standard deviation See also Statistical Results in th...

Page 315: ...The R S CMW could not properly decode the RF input signal 8 Sync Error The R S CMW could not synchronize to the RF input signal 9 Uncal Due to an inappropriate configuration of resolution bandwidth v...

Page 316: ...o miss ing power sensor 30 File not Found The specified file could not be found 40 ARB File CRC Error The ARB file CRC check failed The ARB file is corrupt and not reliable 42 ARB Header Tag Invalid T...

Page 317: ...rrors even with the properly installed latest software version please send a problem report including log files to Rohde Schwarz 102 Unidentified Error Indicates an error not covered by other reliabil...

Page 318: ...RX4 RX module for the input path Usage Query only Firmware Software V2 0 10 Manual operation See Scenario Controlled by on page 278 ROUTe EVDO MEAS i SCENario Returns the active scenario Return values...

Page 319: ...mple 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 278 ROUTe EVDO MEAS i SCENario...

Page 320: ...1 0 3 3 Manual operation See External Attenuation Input on page 279 3 5 2 2 Analyzer Settings The following commands configure the input signal and the view selection in remote control CONFigure EVDO...

Page 321: ...MT 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...

Page 322: ...surement Settings Firmware Software V1 0 3 3 Manual operation See Band Channel Frequency on page 279 CONFigure EVDO MEAS i RFSettings FOFFset FreqOffset Selects a positive or negative offset frequency...

Page 323: ...Settings 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...

Page 324: ...ation See Physical Layer Subtype on page 281 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 evaluat...

Page 325: ...CATalog SOURce Parameters TriggerSource Free Run Free Run untriggered IF Power Power trigger received RF power IF Auto Sync Power trigger auto syncronized Base1 External TRIG A External trigger fed i...

Page 326: ...nge 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 289 TRIGger EVDO MEAS i MEValuation TOUT...

Page 327: ...EValuation 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...

Page 328: ...STATe 329 FETCh EVDO MEAS i MEValuation STATe ALL 329 INITiate EVDO MEAS i MEValuation STOP EVDO MEAS i MEValuation ABORt EVDO MEAS i MEValuation Starts stops or aborts the measurement INITiate start...

Page 329: ...mple See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 3 3 Manual operation See Multi Evaluation Softkey on page 277 FETCh EVDO MEAS i MEValuation STATe...

Page 330: ...The following commands configure the reverse link carriers to be measured CONFigure EVDO MEAS i MEValuation CARRier SETTing 330 CONFigure EVDO MEAS i MEValuation CARRier ENABle 331 CONFigure EVDO MEA...

Page 331: ...ample See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V1 0 10 1 Manual operation See Enable on page 282 CONFigure EVDO MEAS i MEValuation CARRier FOFFset CFOffset Gets...

Page 332: ...fic Settings Firmware Software V1 0 10 1 Manual operation See Offset to RF Carrier Freq on page 282 CONFigure EVDO MEAS i MEValuation CARRier WBFilter WBFilter Selects the bandwidth of the wideband fi...

Page 333: ...EValuation ACP EXTended FOFFsets LOWer CONFigure EVDO MEAS i MEValuation ACP EXTended FOFFsets UPPer CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer RELative CONFigure EVDO MEAS i MEValuation LIMit...

Page 334: ...on the second half slot Parameters HSlot FHSLot SHSLot BHSLots FHSLot evaluate the first half slot SHSLot evaluate the second half slot BHSLots evaluate both half slots RST BHSL Example See Multi Eval...

Page 335: ...re Software V2 0 10 Manual operation See Carrier n DRC ACK DSC Data Aux Pilot on page 283 CONFigure EVDO MEAS i MEValuation ACKDsc AckDsc Specify a measurement condition for the selected carrier see C...

Page 336: ...cted carrier 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 C...

Page 337: ...annel Data Modulation on page 284 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 Magnit...

Page 338: ...e Software 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 CO...

Page 339: ...O MEAS i MEValuation TOUT 339 CONFigure EVDO MEAS i MEValuation REPetition 340 CONFigure EVDO MEAS i MEValuation SCONdition 340 CONFigure EVDO MEAS i MEValuation SCOunt MODulation 341 CONFigure EVDO M...

Page 340: ...Repetition 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...

Page 341: ...ying 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 286 CONFigur...

Page 342: ...Specifies 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 Lo...

Page 343: ...fset 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 Settin...

Page 344: ...es the offset Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V3 2 20 Manual operation See Adjacent Channel Power on page 287 CONFigure EVDO MEAS i MEValuation...

Page 345: ...ault unit Hz Example See Multi Evaluation Specifying Measurement Specific Settings Firmware Software V3 2 20 Manual operation See Adjacent Channel Power on page 287 CONFigure EVDO MEAS i MEValuation A...

Page 346: ...K25 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 RST F30K Default unit Hz...

Page 347: ...EValuation LIMit MERR RMS 348 CONFigure EVDO MEAS i MEValuation LIMit MERR PEAK 348 CONFigure EVDO MEAS i MEValuation LIMit PERR RMS 349 CONFigure EVDO MEAS i MEValuation LIMit PERR PEAK 349 CONFigure...

Page 348: ...ONFigure 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 O...

Page 349: ...K PErrPeak 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 Rang...

Page 350: ...ST 300 Hz 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 V...

Page 351: ...ers 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...

Page 352: ...ee Multi Evaluation Limits Firmware Software V1 0 4 11 Manual operation See Limits on page 291 CONFigure EVDO MEAS i MEValuation LIMit CDP CDPUserLimit Defines an upper limit for the code domain power...

Page 353: ...Channel Power and Occupied Bandwidth measurements CONFigure EVDO MEAS i MEValuation LIMit ACP LOWer ABSolute 354 CONFigure EVDO MEAS i MEValuation LIMit ACP UPPer ABSolute 354 CONFigure EVDO MEAS i ME...

Page 354: ...on LIMit ACP UPPer ABSolute ACPSetting 10 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 indivi...

Page 355: ...tive 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 Limit_0 Limit_9 Range 80 dBc to 1...

Page 356: ...ONFigure EVDO MEAS i MEValuation ACP FOFFsets UPPer The limit index 0 to 19 corresponds to the index used in manual control Parameters ACPSetting Range 80 dBm to 10 dBm RST For offset frequencies 0 to...

Page 357: ...fset frequencies set via CONFigure EVDO MEAS i MEValuation ACP FOFFsets LOWer The limit index 0 to 19 corresponds to the index used in manual control Parameters ACPSetting Range 80 dBc to 10 dBc RST F...

Page 358: ...class limit set A is dedicated to band class 0 limit set B is used for all other band classes Return values OBWUsedLimitSet SETA SETB The currently used limit set Example See Multi Evaluation Limits...

Page 359: ...VMagnitude CURRent FETCh EVDO MEAS i MEValuation TRACe EVMagnitude AVERage FETCh EVDO MEAS i MEValuation TRACe EVMagnitude MAXimum READ EVDO MEAS i MEValuation TRACe EVMagnitude CURRent READ EVDO MEAS...

Page 360: ...d values refer to Conventions and General Information 3 5 4 12 Phase Error Results Traces The following commands return the phase error trace results of the multi evaluation measurement FETCh EVDO MEA...

Page 361: ...RACe CDP ISIGnal RRI AVERage 362 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MAXimum 362 FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MINimum 362 FETCh EVDO MEAS i MEValuation TRACe CDP...

Page 362: ...MAXimum 365 READ EVDO MEAS i MEValuation TRACe CDP QSIGnal PILot MINimum 365 CALCulate EVDO MEAS i MEValuation TRACe CDP ISIGnal PILot CURRent 365 CALCulate EVDO MEAS i MEValuation TRACe CDP ISIGnal...

Page 363: ...graphs contain also pilot results see FETCh EVDO MEAS i MEValuation TRACe CDP ISIGnal PILot CURRent etc The values described below are returned by FETCh and READ commands CALCulate commands return li...

Page 364: ...MEValuation TRACe CDP QSIGnal PILot STATe Return values Reliability Reliability Indicator QSigRRIState0 QSigRRIStateSF NAV ACTive INACtive The number of results depends on the physical layer subtype...

Page 365: ...ain power CDP I Signal and Q Signal bar graphs The results of the current average maximum and minimum bar graphs can be retrieved Only the pilot part of a physical layer subtype 0 1 measurement is ret...

Page 366: ...MEAS i MEValuation TRACe CDP QSIGnal PILot STATe Return the states of the code domain power CDP I Signal and Q Signal bar graphs Only the pilot part of a physical layer subtype 0 1 measurement is retr...

Page 367: ...uation TRACe CDE ISIGnal PILot CURRent 369 FETCh EVDO MEAS i MEValuation TRACe CDE ISIGnal PILot AVERage 369 FETCh EVDO MEAS i MEValuation TRACe CDE ISIGnal PILot MAXimum 369 FETCh EVDO MEAS i MEValua...

Page 368: ...l and Q Signal bar graphs Cur rent average and maximum results can be retrieved For a physical layer subtype 2 or 3 measurement the bar graphs contain only RRI results For a physical layer subtype 0 1...

Page 369: ...Firmware Software V2 0 10 FETCh EVDO MEAS i MEValuation TRACe CDE ISIGnal RRI STATe FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal RRI STATe Return the states of the code domain error CDE I Signal a...

Page 370: ...Ximum Return values of the code domain error CDE I Signal and Q Signal bar graphs The results of the current average and maximum bar graphs can be retrieved Only the pilot part of a physical layer sub...

Page 371: ...aluation TRACe CDE QSIGnal PILot STATe Return the states of the code domain error CDE I Signal and Q Signal bar graphs Only the pilot part of a physical layer subtype 0 1 measurement is retrieved For...

Page 372: ...MINimum 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...

Page 373: ...EAD commands 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 Dat...

Page 374: ...e RELative 376 READ EVDO MEAS i MEValuation TRACe ACP MAXimum RELative 376 CALCulate EVDO MEAS i MEValuation TRACe ACP CURRent RELative 376 CALCulate EVDO MEAS i MEValuation TRACe ACP AVERage RELative...

Page 375: ...i MEValuation 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 com...

Page 376: ...alue for each result listed below Return values Reliability Reliability Indicator PowOffsetM9 PowOffsetM0 PowCarrier PowOffsetP0 PowOffsetP9 The power offsets PowOffsetPn PowOffsetMn refer to the aver...

Page 377: ...bility 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...

Page 378: ...lus minus 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 a...

Page 379: ...gle Shot 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 Informatio...

Page 380: ...ers 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 number 1 4 Selects the isolat...

Page 381: ...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...

Page 382: ...S i MEValuation MODulation CURRent CALCulate EVDO MEAS i MEValuation MODulation AVERage CALCulate EVDO MEAS i MEValuation MODulation MINimum CALCulate EVDO MEAS i MEValuation MODulation MAXimum CALCul...

Page 383: ...B 9_IQImbalance 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 s to 100...

Page 384: ...Mode Settings The following commands configure the list mode To retrieve list mode results use the commands in sections List Mode Results Result Groups Single Segment and List Mode Results Result Grou...

Page 385: ...ll segments measured 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 l...

Page 386: ...pe 3 RST ST2 HalfSlot FHSLot SHSLot 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...

Page 387: ...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...

Page 388: ...nd 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 numbe...

Page 389: ...ings Firmware Software V2 0 20 Options R S 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 evaluatio...

Page 390: ...EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended MAXimum 397 CALCulate EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended MINimum 397 CALCulate EVDO MEAS i MEValuation LIST SEGMent no ACP EXTen...

Page 391: ...EGMent 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...

Page 392: ...SDEViation 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 fr...

Page 393: ...tion LIST 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...

Page 394: ...g on 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...

Page 395: ...VDO MEAS 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 LIS...

Page 396: ...power measured at a series of fre quencies 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 M...

Page 397: ...SEGMent no ACP EXTended MAXimum FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended MINimum FETCh EVDO MEAS i MEValuation LIST SEGMent no ACP EXTended SDEViation Returns all ACP value results f...

Page 398: ...power measured at a series of fre quencies 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...

Page 399: ...nnel power for the Data channel results for the segment no in list mode The result is extended to the W2 4 and W1 2 I Q values of the Data channel Only available if subtype 2 or 3 is selected Otherwis...

Page 400: ...pied Bandwidth OBW results for the segment no in list mode To define the calculation and enable the calculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulat...

Page 401: ...the selected carrier s or carrier 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 mu...

Page 402: ...y stated 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 no 1 200 The segment num...

Page 403: ...MEValuation LIST CP MAXimum 406 FETCh EVDO MEAS i MEValuation LIST CP AVERage 406 FETCh EVDO MEAS i MEValuation LIST CP CURRent 406 FETCh EVDO MEAS i MEValuation LIST CP MINimum 406 FETCh EVDO MEAS i...

Page 404: ...Rage FETCh EVDO MEAS i MEValuation LIST MODulation CURRent FETCh EVDO MEAS i MEValuation LIST MODulation MINimum FETCh EVDO MEAS i MEValuation LIST MODulation MAXimum FETCh EVDO MEAS i MEValuation LIS...

Page 405: ...ror peak value Range 100 to 100 AVERage 0 to 100 SDE Viation 0 to 50 Default unit 7_PErrRMS Phase error RMS value Range 0 deg to 180 deg Default unit deg 8_PErrPeak Phase error peak value Range 180 de...

Page 406: ...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 AVERage CALCulate EVDO MEA...

Page 407: ...ombination of exceptions occurs the most severe error is indicated 3_RRI 4_Pilot 5_ACKDSC 6_AuxPilot 7_DRC 8_Data RMS channel power values for the physical channels Depend ing on the subtype 0 1 or 2...

Page 408: ...DO MEAS i MEValuation LIST ACP CURRent CALCulate EVDO MEAS i MEValuation LIST ACP MINimum CALCulate EVDO MEAS i MEValuation LIST ACP MAXimum CALCulate EVDO MEAS i MEValuation LIST ACP SDEViation FETCh...

Page 409: ...ollowing 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_PowOffsetM9 12...

Page 410: ...LIST ACP EXTended MINimum FETCh EVDO MEAS i MEValuation LIST ACP EXTended SDEViation Returns all ACP value results in list mode To define the statistical length for AVERage MAXimum MINimum calculatio...

Page 411: ...MEValuation ACP EXTended FOFFsets LOWer and CONFigure EVDO MEAS i MEValuation ACP EXTended FOFFsets UPPer All defined offset values are considered irrespective of their activation status The power of...

Page 412: ...alculation of the results use the command CONFigure EVDO MEAS i MEValuation LIST SEGMent no MODulation The values listed below in curly brackets are returned for each active segment seg 1 seg 2 seg n...

Page 413: ...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 retur...

Page 414: ...information concerning syntax elements and returned values refer to Conventions and General Information CALCulate EVDO MEAS i MEValuation LIST OBW AVERage CALCulate EVDO MEAS i MEValuation LIST OBW M...

Page 415: ...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_OBW Occupied bandwidth Range 0 to 16 MHz SDEViation...

Page 416: ...ce AVERage 423 CALCulate EVDO MEAS i MEValuation LIST MODulation IQIMbalance CURRent 423 CALCulate EVDO MEAS i MEValuation LIST MODulation IQIMbalance MAXimum 423 CALCulate EVDO MEAS i MEValuation LIS...

Page 417: ...ST MODulation PNBand CURRent 426 CALCulate EVDO MEAS i MEValuation LIST MODulation PNBand MAXimum 426 CALCulate EVDO MEAS i MEValuation LIST MODulation PNBand MINimum 426 CALCulate EVDO MEAS i MEValua...

Page 418: ...LIST CP APILot AVERage 430 CALCulate EVDO MEAS i MEValuation LIST CP APILot CURRent 430 CALCulate EVDO MEAS i MEValuation LIST CP APILot MAXimum 430 CALCulate EVDO MEAS i MEValuation LIST CP APILot M...

Page 419: ...i MEValuation LIST DWCP WOTQ MAXimum 433 CALCulate EVDO MEAS i MEValuation LIST DWCP WOTQ MINimum 433 CALCulate EVDO MEAS i MEValuation LIST DWCP WTFI AVERage 433 CALCulate EVDO MEAS i MEValuation LIS...

Page 420: ...IST ACP ACPP freqpoint MAXimum 435 CALCulate EVDO MEAS i MEValuation LIST ACP EXTended ACPM freqpoint AVERage 436 CALCulate EVDO MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent 436 CALCula...

Page 421: ...zero value indicates that an error occurred in at least one of the measured segments If you get a non zero common reliability indicator you can use this command to retrieve the individual reliability...

Page 422: ...statistical values 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 b...

Page 423: ...on IQIMbalance MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation IQIMbalance SDEViation FETCh EVDO MEAS i MEValuation LIST MODulation IQIMbalance AVERage FETCh EVDO MEAS i MEValuation LIST MOD...

Page 424: ...lity Indicator on page 315 IQOffset Comma separated list of values one per active segment Range 100 dB to 0 dB Default unit dB Example See Performing Single Shot Measurements Usage Query only Firmware...

Page 425: ...active segment Range 100 to 100 AVERage 0 to 100 SDE Viation 0 to 50 Default unit Example See Performing Single Shot Measurements Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 For...

Page 426: ...elements and returned values refer to Conventions and General Information CALCulate EVDO MEAS i MEValuation LIST MODulation PNBand AVERage CALCulate EVDO MEAS i MEValuation LIST MODulation PNBand CURR...

Page 427: ...TERRor AVERage CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor CURRent CALCulate EVDO MEAS i MEValuation LIST MODulation TERRor MAXimum CALCulate EVDO MEAS i MEValuation LIST MODulation TERR...

Page 428: ...form quality statistical values for all active list mode segments overall at minimum and at maximum AT power The values described below are returned by FETCh commands CALCulate com mands return limit...

Page 429: ...CALCulate EVDO MEAS i MEValuation LIST CP ADSC MAXimum CALCulate EVDO MEAS i MEValuation LIST CP ADSC MINimum FETCh EVDO MEAS i MEValuation LIST CP ADSC AVERage FETCh EVDO MEAS i MEValuation LIST CP A...

Page 430: ...iability Indicator on page 315 AuxPilot 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 Firm...

Page 431: ...Returns the RMS power statistical values of the data rate control channel for all active list mode segments The values described below are returned by FETCh commands CALCulate com mands return limit c...

Page 432: ...General Information CALCulate EVDO MEAS i MEValuation LIST CP RRI AVERage CALCulate EVDO MEAS i MEValuation LIST CP RRI CURRent CALCulate EVDO MEAS i MEValuation LIST CP RRI MAXimum CALCulate EVDO MEA...

Page 433: ...EVDO MEAS i MEValuation LIST DWCP WOTI MAXimum CALCulate EVDO MEAS i MEValuation LIST DWCP WOTI MINimum CALCulate EVDO MEAS i MEValuation LIST DWCP WOTQ AVERage CALCulate EVDO MEAS i MEValuation LIST...

Page 434: ...chapter 3 5 1 6 Reliability Indicator on page 315 Power 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...

Page 435: ...ator on page 315 OBW Comma separated list of values one per active segment Range 0 to 16 MHz SDEViation 0 to 8 MHz Default unit Hz Example See Performing Single Shot Measurements Usage Query only Firm...

Page 436: ...mware 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 LI...

Page 437: ...easurements Usage Query only Firmware Software V3 2 20 Options R S CMW KM012 For additional information concerning syntax elements and returned values refer to Conventions and General Information CALC...

Page 438: ...efault unit dBm 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 valu...

Page 439: ...ol the OLTR measurement and return the current mea surement state INITiate EVDO MEAS i OLTR 439 STOP EVDO MEAS i OLTR 439 ABORt EVDO MEAS i OLTR 439 FETCh EVDO MEAS i OLTR STATe 440 FETCh EVDO MEAS i...

Page 440: ...ment has been terminated valid results may be available RST OFF Example See OLTR Single Shot Measurement Usage Query only Firmware Software V3 0 10 Manual operation See OLTR Softkey on page 277 FETCh...

Page 441: ...settings for the multi evaluation measurement CONFigure EVDO MEAS i OLTR TOUT 441 CONFigure EVDO MEAS i OLTR REPetition 442 CONFigure EVDO MEAS i OLTR SEQuence 442 CONFigure EVDO MEAS i OLTR PSTep 443...

Page 442: ...petition 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 me...

Page 443: ...rection Defines the direction of the first power step within an OLTR measurement For each subsequent power step the direction is toggled Parameters PStepDirection DOWN UP RST DOWN Default unit dB Exam...

Page 444: ...LTR eval uation intervals and preceding the reference power intervals Parameters GuardInterval The duration of the guard interval as number of power control groups 1 25 ms Range 3 to 60 Increment 3 RS...

Page 445: ...See Initial Lower Limit on page 297 3 5 5 3 OLTR Results Traces The following commands return the OLTR trace results FETCh EVDO MEAS i OLTR SEQuence Sequence TRACe DOWN 446 FETCh EVDO MEAS i OLTR SEQ...

Page 446: ...LTR Single Shot Measurement Usage Query only Firmware Software V3 0 10 CALCulate EVDO MEAS i OLTR SEQuence Sequence TRACe DOWN STATe CALCulate EVDO MEAS i OLTR SEQuence Sequence TRACe UP STATe FETCh E...

Page 447: ...eference power traces For each sequence DOWN UP commands return the results of the reference power interval for the power up down step Suffix Sequence 1 5 The number of the sequence whose trace shall...

Page 448: ...CONFigure EVDO MEAS i RFSettings FOFFset CONFigure EVDO SIGN i RFSettings FOFFset Expected nom inal power CONFigure EVDO MEAS i RFSettings ENPower CONFigure EVDO SIGN i RFPower EPMode CONFigure EVDO S...

Page 449: ...CALCulate EVDO MEAS i MEValuation LIST ACP EXTended MAXimum 410 CALCulate EVDO MEAS i MEValuation LIST ACP EXTended MINimum 410 CALCulate EVDO MEAS i MEValuation LIST ACP EXTended SDEViation 410 CALC...

Page 450: ...tion LIST DWCP WOTQ AVERage 433 CALCulate EVDO MEAS i MEValuation LIST DWCP WOTQ CURRent 433 CALCulate EVDO MEAS i MEValuation LIST DWCP WOTQ MAXimum 433 CALCulate EVDO MEAS i MEValuation LIST DWCP WO...

Page 451: ...PERRor RMS AVERage 425 CALCulate EVDO MEAS i MEValuation LIST MODulation PERRor RMS CURRent 425 CALCulate EVDO MEAS i MEValuation LIST MODulation PERRor RMS MAXimum 425 CALCulate EVDO MEAS i MEValuat...

Page 452: ...imum 399 CALCulate EVDO MEAS i MEValuation LIST SEGMent no MODulation AVERage 391 CALCulate EVDO MEAS i MEValuation LIST SEGMent no MODulation CURRent 391 CALCulate EVDO MEAS i MEValuation LIST SEGMen...

Page 453: ...ACe CDP ISIGnal RRI CURRent 363 CALCulate EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MAXimum 363 CALCulate EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI MINimum 363 CALCulate EVDO MEAS i MEValuatio...

Page 454: ...igure EVDO MEAS i MEValuation LIMit CDP 352 CONFigure EVDO MEAS i MEValuation LIMit CFERror 350 CONFigure EVDO MEAS i MEValuation LIMit CP 353 CONFigure EVDO MEAS i MEValuation LIMit DWCP 353 CONFigur...

Page 455: ...VDO MEAS i OLTR LIMit ILOWer 445 CONFigure EVDO MEAS i OLTR MOEXception 445 CONFigure EVDO MEAS i OLTR PSTep 443 CONFigure EVDO MEAS i OLTR PSTep DIRection 443 CONFigure EVDO MEAS i OLTR REPetition 44...

Page 456: ...i MEValuation LIST ACP OTOLerance 438 FETCh EVDO MEAS i MEValuation LIST ACP SDEViation 408 FETCh EVDO MEAS i MEValuation LIST ACP STCount 438 FETCh EVDO MEAS i MEValuation LIST ACP WPOW AVERage 437 F...

Page 457: ...OTQ MAXimum 433 FETCh EVDO MEAS i MEValuation LIST DWCP WOTQ MINimum 433 FETCh EVDO MEAS i MEValuation LIST DWCP WTFI AVERage 434 FETCh EVDO MEAS i MEValuation LIST DWCP WTFI CURRent 434 FETCh EVDO ME...

Page 458: ...ODulation PERRor RMS CURRent 426 FETCh EVDO MEAS i MEValuation LIST MODulation PERRor RMS MAXimum 426 FETCh EVDO MEAS i MEValuation LIST MODulation PERRor RMS SDEViation 426 FETCh EVDO MEAS i MEValuat...

Page 459: ...EVDO MEAS i MEValuation LIST SEGMent no DWCP AVERage 399 FETCh EVDO MEAS i MEValuation LIST SEGMent no DWCP CURRent 399 FETCh EVDO MEAS i MEValuation LIST SEGMent no DWCP MAXimum 399 FETCh EVDO MEAS i...

Page 460: ...t STATe 371 FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal RRI AVERage 368 FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal RRI CURRent 368 FETCh EVDO MEAS i MEValuation TRACe CDE QSIGnal RRI LIMit 36...

Page 461: ...ce Sequence TRACe UP STATe 446 FETCh EVDO MEAS i OLTR SEQuence Sequence TRACe UP 446 FETCh EVDO MEAS i OLTR STATe ALL 440 FETCh EVDO MEAS i OLTR STATe 440 FETCh EVDO MEAS i RPINterval SEQuence Sequenc...

Page 462: ...nal PILot MINimum 365 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI AVERage 362 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI CURRent 362 READ EVDO MEAS i MEValuation TRACe CDP ISIGnal RRI M...

Page 463: ...SCENario CATalog CSPath 319 ROUTe EVDO MEAS i SCENario CSPath 319 ROUTe EVDO MEAS i SCENario SALone 318 ROUTe EVDO MEAS i SCENario 318 ROUTe EVDO MEAS i 318 STOP EVDO MEAS i MEValuation 328 STOP EVDO...

Page 464: ...formed 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...

Page 465: ...al software version for each remote control command is quoted in the reference description 4 2 General Description The following section describe how to use the R S CMW for CDMA2000 Signaling tests an...

Page 466: ...o the DUT The DUT 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...

Page 467: ...he multibox solution requires multibox synchronization equipment 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...

Page 468: ...ernal Fading Scenarios If internal 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 signal generator of the CDMA20...

Page 469: ...2 Open the CDMA2000 Signaling firmware application 3 Configure the signaling application according to the test to be performed 4 To turn on the forward signal click press ON OFF and wait until the CDM...

Page 470: ...s 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 539 3 Configure the packet data parameters see c...

Page 471: ...rs it to the CDMA2000 sig naling application The speech codec allows a signaling application CDMA2000 to support the whole transmission chain of the signal from analog input into the DUT s microphone...

Page 472: ...g and subsequently initializing of the enhanced variable rate codec settings is possible also during the established voice connection 7 Configure any other settings as desired as for a connection with...

Page 473: ...crest factor and the PEP displayed in step 3 Digital I Q output settings for all used connectors Sample Rate User Defined 100 MHz Set Level Via PEP PEP PEP value displayed in step 3 5 In the R S AMU20...

Page 474: ...moving frequency shifted signals The internal fading simulator supports propagation conditions defined in the table 6 4 1 3 1 of 3GPP2 C S0011 e g various vehicle speeds numbers of paths path power s...

Page 475: ...tes Description Off No signal transmission no connection to the MS On The R S CMW emulates a BS cell transmitting a CDMA2000 signal to which the MS can synchronize The R S CMW generates a control chan...

Page 476: ...not complete 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 additi...

Page 477: ...handoff 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 cha...

Page 478: ...hannel 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 communi cation addressee...

Page 479: ...6 19 2 14 4 28 8 2 19 2 38 4 28 8 57 6 4 38 4 76 8 57 6 115 2 8 76 8 153 6 115 2 230 4 4 2 9 2 Channelization Codes The forward CDMA2000 channel is spread using orthogonal Walsh functions Wn N define...

Page 480: ...between the code and the root of the tree must not be used 2 Codes in sub branches of the code to the right of the code must not be used For an example see the figure below The red parts are blocked...

Page 481: ...following forward physical channels Forward Fundamental Channel F FCH Forward Supplemental Channel F SCH and Forward Dedicated Control Channel F DCCH For more details see 3GPP2 C S0002 C chapter 3 1...

Page 482: ...n between the BS R S CMW and the MS under test is negligible or 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 Dependenc...

Page 483: ...oice call 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...

Page 484: ...e corre 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 s...

Page 485: ...es corre 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 req...

Page 486: ...ard 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 Option 2 selection and to 2 by the Service Opt...

Page 487: ...l layer 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 cre...

Page 488: ...everse 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 t...

Page 489: ...the corresponding channel num 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 Numb...

Page 490: ...N 899 2110 0 05 N 16 US 2 5 GHz Band 140 N 1459 2617 0 05 N 17 US 2 5 GHz Forward 140 N 1459 2617 0 05 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 1...

Page 491: ...2 5 GHz Band 140 N 1459 2495 0 05 N 18 Public Safety Band 700 MHz 0 N 240 787 0 05 N 19 Lower 700 MHz 0 N 360 698 0 05 N 4 2 13 Power Control Bits PCB In CDMA networks control of the Mobile Station M...

Page 492: ...e messages in file s The format for send and receive mes sages are identical so that a received message can be used to send it again This is an easy way to create SMS files The SMS message file format...

Page 493: ...5 DATA R S CMW Short Message Service Test Text SMS Example Binary File SMS message file with binary encoding teleservice CMT 95 Wireless Messaging Tel eservice and text R S CMW Short Message Service T...

Page 494: ...connected the SMS message is transmitted by using the Traffic Channel Paging Channel PCH When an MS is in registered state it is possible to send an SMS using the Paging Channel Service Option 6 or 14...

Page 495: ...type address is not for a known or possi ble SMS functional entity the MIN associated with a destina tion MS address does not correspond to its HLR the ESN associated with a destination MS does not ma...

Page 496: ...rface resource shortage There is no channel available or there is radio congestion at this time Radio interface incompatibility The MS for an MS based SME is operating in a mode that does not support...

Page 497: ...s in Registered or in Connected state Receiving SMS happen without any interaction of the user The received mes sage files are stored on the R S CMW SMS directory The R S CMW supports three different...

Page 498: ...gistered state 3 Send the SMS message from MS to the R S CMW The R S CMW receives the message and stores it Also the display MS Info Messaging SMS Info Last Received Message is updated If Concatenate...

Page 499: ...gnaling application is able to raise events that other application could use as trig ger signals Currently this mechanism is used for OLTR measurements option CMW KM 800 in combined signal path mode w...

Page 500: ...e even run simultaneously on one SUU The R S CMW offers two ways to achieve the hybrid mode using a single SUU using two or more SUUs In the latter case the necessary synchronization is obtained via a...

Page 501: ...ular they run on the same R S CMW Prerequisites The minimum hardware and software configuration for hybrid mode with a single SUU is a single CMW equipped with Extra RF converter module R S CMW B570B...

Page 502: ...cells on n CMWs Prerequisites The minimum hardware and software configuration for hybrid mode using two SUUs are Either two R S CMWs and multibox sync equipment or one R S CMW equipped with Extra RF C...

Page 503: ...A2000 signaling RX measurement tests the complete signal path from the R S CMW to the DUT and back To this end the MS is set to test loop operation or test data service where it returns the received a...

Page 504: ...neous Service Configuration on page 547 wait until the R S CMW has entered the Connected state For details refer to chapter 4 2 2 Initiating Signaling Tests on page 468 2 Open the RX Measurement FER F...

Page 505: ...es that R S CMW detected Rx Number of RLP frames received in the last update period Rx Total Total number of RLP frames received since the beginning of the PPP connection Tx Number of RLP frames trans...

Page 506: ...rded as invalid during validity checks Summary Total number of RLP frames from the measured RLP messages The IP statistics table in the lower part of the view contains the following rows PPP Total Byt...

Page 507: ...res option R S CMW KS810 In addition if the connection to the audio and codec boards is used the options for the audio measurements appli cation is also required see chapter 4 2 4 Audio Measurements o...

Page 508: ...n 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...

Page 509: ...of the individual areas of the view refer to the subsections Connection Status 509 MS Info 511 MS Capabilities 513 SMS Info 520 Base Station Control 521 Event Log 522 Mobile Station Control 522 4 3 1...

Page 510: ...mand SOURce CDMA SIGN i STATe SOURce CDMA SIGN i STATe ALL Mobile Station Provides a current connection state of MS See chapter 4 2 7 Connection States on page 475 Remote command FETCh CDMA SIGN i SOP...

Page 511: ...ration 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 informat...

Page 512: ...Prefix 513 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 emerge...

Page 513: ...te command 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 su...

Page 514: ...tions Support 515 Multiplex Option Support 515 Terminal Information 516 Roaming Information 516 Geo Location MS Capabilities 516 Wireless Local Loop MS Capabilities 517 Authentication MS Capabilities...

Page 515: ...vice options 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...

Page 516: ...Roaming MS capabilities Roaming Information Overloaded class Queries MS overload class Home registration enable Queries MS capability about the home registration functionality Foreign roaming registra...

Page 517: ...oop MS 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...

Page 518: ...he MS 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...

Page 519: ...pports 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 w...

Page 520: ...ties FDRSupport 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 co...

Page 521: ...ceived 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 568 Signaling view provides the followin...

Page 522: ...e Link Frequency on page 535 chapter 4 3 9 1 System Parameters on page 553 and chapter 4 3 9 3 Network Identity on page 556 4 3 1 6 Event Log The event log area reports events and errors such as appli...

Page 523: ...e All possible hotkeys are described in the following For background information about the connection states refer to chapter 4 2 7 Con nection States on page 475 ON OFF key CDMA2000 Sig softkey The O...

Page 524: ...replaced without switching the CDMA2000 forward signal off Send SMS Send an Short Message Service message Refer to chapter 4 2 14 2 Send Method on page 494 Send Broadcast Sends cell broadcast message...

Page 525: ...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 connect...

Page 526: ...t ically 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 measurem...

Page 527: ...eters Some parameters are only available for certain scenarios or have a differ ent meaning depending on the selected scenario The parameter is only configurable while the forward signal is switched o...

Page 528: ...are available For general prerequisites required options and background information see chap ter 4 2 4 Audio Measurements on page 471 Remote command CONFigure CDMA SIGN i ESCode 4 3 5 I Q Settings Th...

Page 529: ...MU200A 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 ba...

Page 530: ...74 Fig 4 31 Fading simulator settings Enable 530 Profile 530 Restart Event 531 Start Seed 531 Insertion Loss 531 Clipping Counter 531 Doppler Frequency 531 Enable Enables disables the fading simulator...

Page 531: ...justed 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 FADi...

Page 532: ...dwidth Remote command CONFigure CDMA SIGN i FADing POWer SUM 4 3 6 3 Fading Module AWGN The following parameters enable and configure the AWGN insertion on the fading module For background information...

Page 533: ...e forward link Signal Noise Ratio Displays the signal to noise ratio resulting from the configured AWGN level and the base level of the forward signal generator Remote command CONFigure CDMA SIGN i FA...

Page 534: ...epends on the scenario see Scenario on page 527 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...

Page 535: ...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 tab...

Page 536: ...el A frequency offset represents a signal impairment it can be as well to simulate a moving MS causing a Doppler shift of the received RF signal Remote command CONFigure CDMA SIGN i RFSettings FOFFset...

Page 537: ...MS transmits at the 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...

Page 538: ...led impairment of the forward signal Normal This mode is appropriate for low and medium AWGN levels High Power This mode is appropriate for high AWGN levels It requires option R S CMW KS810 Remote com...

Page 539: ...that is not supported by the MS the MS may suggest another supported option The R S CMW will accept and acti vate the suggested option if possible During the mobile originated call attempt the MS can...

Page 540: ...on on page 511 For the background information refer to chapter 4 2 11 Radio Configurations on page 488 Remote command CONFigure CDMA SIGN i PREConfigure LAYer RCONfig CONFigure CDMA SIGN i LAYer MODul...

Page 541: ...GN i LAYer CHANnel SCH CONFigure CDMA SIGN i LAYer CHANnel SYNC Walsh Code Code Channels Defines the Walsh code of the corresponding channel The CDMA2000 standard defines fixed channelization codes fo...

Page 542: ...e and frame size of F SCH0 and R SCH0 Values can be set indirectly by setting MuxPDUs Layer and Frame Type Remote command CONFigure CDMA SIGN i LAYer SCH DRATe CONFigure CDMA SIGN i LAYer SCH FSIZe Co...

Page 543: ...tive closed loop power control the R S CMW sends the PCB needed to control the MS transmitter output power to the expected value All Up Sends only 0 as power control bits All Down Sends only 1 as powe...

Page 544: ...R S CMW KS810 is required Remote command CONFigure CDMA SIGN i RPControl SEGMent no BITS CONFigure CDMA SIGN i RPControl SEGMent no LENGth Run Sequence Starts and in continuous mode also stops the ex...

Page 545: ...sent Remote command CONFigure CDMA SIGN i SYSTem TSOurce Date Time This setting will be applied if Time Source has been set to Date Time The settings are interpreted as UTC Remote command CONFigure CD...

Page 546: ...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...

Page 547: ...r rejected MOC The Accept No Calls Intercept Reorder Busy settings can be used to perform MOC tests according to the signaling conformance test specification C S0031 0 Mobile terminated calls MTC are...

Page 548: ...r condition informs the user that all facilities are in use network conges tion and the call should be placed again The MS plays a reorder tone consisting of a 480 Hz tone added to a 620 Hz tone repea...

Page 549: ...pattern to the MS and is the preferred method to obtain the best measurement performance Fixed Sends the bit pattern defined in the Pattern field The R S CMW generates one fundamental data block to t...

Page 550: ...ps back the received data if the Voice Coder is set to Echo mode The setting has no effect on the other voice coder settings Remote command CONFigure CDMA SIGN i SCONfig SPEech EDELay Enhanced Variabl...

Page 551: ...rcular Buffer Frames 552 Tx On Off Period 552 FCH SCH0 Configuration Sets the parameters for the test of forward fundamental channel and forward supple mental channel 0 Pattern Generation FCH SCH0 Con...

Page 552: ...off period in frames of the F FCH R FCH F SCH0 and R SCH0 when the frame activity is deterministic while performing the test data service Remote command CONFigure CDMA SIGN i SCONfig TDATa FCH TXOFf C...

Page 553: ...554 Network Identity 556 Mobile Settings 557 Call Indicators 558 Paging 559 Registration 561 Access Probes 563 4 3 9 1 System Parameters System information which is sent to the MS so that it can synch...

Page 554: ...rk SYSTem NWIN Remaining Window SRCH_WIN_R Search window size for the Remaining Set Requires option R S CMW KS810 Remote command CONFigure CDMA SIGN i NETWork SYSTem RWIN Protocol Revision Sets the pr...

Page 555: ...Timeout Sets the timeout value of the page timer in increments of 1 seconds to define the maximum time the R S CMW will attempt to page the MS Setting this timeout to small values may save time in pro...

Page 556: ...can be specified with 1 4 arc seconds granularity The geographical position may be used to calculate the distance between base sta tions e g for Distance based Registration These parameters require o...

Page 557: ...mand CONFigure CDMA SIGN i NETWork IDENtity UWCard 4 3 9 4 Mobile Settings This section contains settings which are related to MS identities like PLCM and IMSI Fig 4 51 MS settings Mobile Country Code...

Page 558: ...ce of the mobile ID is not available To enter a mobile ID is optional However together with the Mobile Country Code these parameters provide the necessary information for the R S CMW so that the Conne...

Page 559: ...IGN i NETWork CINDicator CID ENABle Caller ID Presentation Specifies how the MS under test will display the Caller ID CPN received from the R S CMW Presentation Allowed Display the CPN Presentation Re...

Page 560: ...ch results in the update of the Paging Channel Slot Cycle Index parameter with a value of 3 Remote command CONFigure CDMA SIGN i NETWork PCHannel MSCindex Slot Cycle Index This is a read only paramete...

Page 561: ...based registration causes the mobile station to register at regular intervals Its use also allows the system to automatically deregister mobile stations that did not per form a successful power down r...

Page 562: ...D roamers i e for Mobile Stations operating in a different system SID for foreign NID roamers i e for Mobile Stations operating in the same system SID but in a different network NID In any case only t...

Page 563: ...ccess probe consists of a pre amble and a message Fig 4 55 Access probes setting With the basic signaling option R S CMW KS800 only Sequences Attempt RSP MAX_RSP_SEQ can be modified The other paramete...

Page 564: ...ce Sets the number of access probes NUM_STEP contained in a single access probe sequence Remote command CONFigure CDMA SIGN i NETWork APRobes PPSequence Sequences Attempt RSP Maximum number of access...

Page 565: ...ings for sending SMS messages via Point to Point PPP connection The outgoing SMS message can come from an internal source or from a file When the source is from a file the file name has to have the su...

Page 566: ...nowledgment shows whether the last outgoing message was acknowledged If Not Acknowledged is returned it can indicate that acknowledgment was either not requested or not supported by the MS Remote comm...

Page 567: ...INTernal From File Configures parameters for using the SMS text from an external file File Selection Select File From File Selects previously stored file s containing the desired outgoing SMS message...

Page 568: ...LE INFO Message Length From File Shows the length of the message text Remote command CONFigure CDMA SIGN i SMS OUTGoing FILE INFO 4 3 10 2 Incoming Point to Point Configure the R S CMW behavior for re...

Page 569: ...ceive directory are deleted and the file counter is reset to 1 Remote command CONFigure CDMA SIGN i SMS INComing FILE Time Stamp Shows the time stamp of the received SMS message that was selected via...

Page 570: ...d CONFigure CDMA SIGN i SMS INComing FILE INFO Used Send Method Shows the used send method of the MS If the MS was in Registered state the send method could be Service Option 6 14 or Access Channel Ot...

Page 571: ...ity of the broadcast SMS as defined in 3GPP2 C S0015 Note that the MS processes the broadcast message only if the priority of the message is equal to or higher than the receive priority level configur...

Page 572: ...box is checked the caption of the corresponding Go to button changes according to the preselected measurement and this button will immediately open the measurement Otherwise an intermediate dialog box...

Page 573: ...reviously called Test Data or RX Quality RX Meas FER SCH0 mode RX Meas RLP mode RX Meas Speech mode The CDMA2000 RX Measurement provides its own views and configuration dialog as described in this sec...

Page 574: ...ETCh CDMA SIGN i RXQuality TDATa FERFch STATe FETCh CDMA SIGN i RXQuality FERFch TDATa STATe ALL FER SCH0 INITiate CDMA SIGN i RXQuality TDATa FERSch STOP CDMA SIGN i RXQuality TDATa FERSch ABORt CDMA...

Page 575: ...ontrol see chapter 4 3 7 5 Reverse Power Con trol on page 542 Current Service Option On the top of the CDMA2000 RX measurement view the Current Service Option is displayed For background information r...

Page 576: ...erefore limiting the number of assigned views can speed up the measurement Remote command CONFigure CDMA SIGN i RXQuality RESult FERFch CONFigure CDMA SIGN i RXQuality RESult FERSch CONFigure CDMA SIG...

Page 577: ...to its Repetition mode and Max Frames irrespective of the limit check results Any Limit exceeded The measurement is stopped as soon as one of the limits is exceeded irrespective of the repetition mod...

Page 578: ...mmand CONFigure CDMA SIGN i RXQuality LIMit FERFch MFER CONFigure CDMA SIGN i RXQuality LIMit FERSch MFER Min Confidence Level FER FCH FER SCH0 Sets the minimum confidence level of error rate that mus...

Page 579: ...rs 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...

Page 580: ...results for the RLP and IP statistics of a PPP connec tion For more inforamtion see detailed description chapter 4 2 17 2 RLP and IP Sta tistics on page 504 SO33 data testing is defined in 3GPP2 C S0...

Page 581: ...SIGN i RXQuality 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...

Page 582: ...mmand SENSe CDMA SIGN i RXQuality SPEech BLANked SENSe CDMA SIGN i RXQuality SPEech EIGHt etc SENSe CDMA SIGN i RXQuality SPEech BLANked PERCent SENSe CDMA SIGN i RXQuality SPEech EIGHt PERCent etc Th...

Page 583: ...ted by the R S CMW and the following symbolic scripting commands comment Adds a comment to the protocol generated during execution of the example WHILE query value Waits until the query returns a cert...

Page 584: ...gure CDMA SIGN RFSettings EATTenuation 2 2 Specify band class and channel Query the used frequency of the forward and reverse signal CONFigure CDMA SIGN RFSettings BCLass USC CONFigure CDMA SIGN RFSet...

Page 585: ...ONFigure CDMA SIGN RPControl RUN ON CONFigure CDMA SIGN RPControl RUN OFF Specify Open Loop Rule expected nominal power of the DUT and query the expected nominal power that the DUT has to transmit Alt...

Page 586: ...DMA SIGN FADing AWGN SNRatio 50 CONFigure CDMA SIGN FADing AWGN BWIDth RATio 1 CONFigure CDMA SIGN FADing AWGN BWIDth NOISe CONFigure CDMA SIGN FADing POWer NOISe CONFigure CDMA SIGN FADing POWer NOIS...

Page 587: ...ate and fixed pattern CONFigure CDMA SIGN SCONfig LOOP FRATe HALF CONFigure CDMA SIGN SCONfig LOOP PGENeration FIX CONFigure CDMA SIGN SCONfig LOOP PATTern 0123456789ABCDEF Configure speech service se...

Page 588: ...Work SYSTem SID 1 CONFigure CDMA SIGN NETWork IDENtity NID 1 CONFigure CDMA SIGN NETWork IDENtity MCC 262 CONFigure CDMA SIGN NETWork SYSTem AWIN 10 CONFigure CDMA SIGN NETWork SYSTem NWIN 10 CONFigur...

Page 589: ...REGistration HOME ON CONFigure CDMA SIGN NETWork REGistration FNID ON CONFigure CDMA SIGN NETWork REGistration FSID OFF Configure required supported registration types timer based registration OFF di...

Page 590: ...CDMA SIGN SOPTion STATe REG Set up an MS terminated connection MS is alerted Query the connection state until it equals CONN connection established CALL CDMA SIGN SOPTion ACTion CONNect WAITKEY Accept...

Page 591: ...OME CONFigure CDMA SIGN CAPabilities ROAMing NID CONFigure CDMA SIGN CAPabilities ROAMing OCLass CONFigure CDMA SIGN CAPabilities ROAMing SID CONFigure CDMA SIGN CAPabilities SCSupport CONFigure CDMA...

Page 592: ...S OUTGoing 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 O...

Page 593: ...N SYSTem DAYLight ON CONFigure CDMA SIGN SYSTem ATIMe EVER 4 4 1 12 Configuring Message Monitoring Enable message monitoring for CDMA2000 Select address number 2 from the global logging PC address poo...

Page 594: ...2 Performing the Measurement First of all set up a test connection see chapter 4 4 1 7 Set up a Connection on page 590 Start single shot measurement Query the measurement state until it equals RDY Ret...

Page 595: ...end to end connection see chapter 4 4 1 7 Set up a Connection on page 590 and DAU s user manual Reset statistics and return RX quality measurement results CONFigure CDMA SIGN RXQuality RSTatistics SEN...

Page 596: ...page 583 4 4 4 1 Configuring the Measurement Select first service option speech SO73 Enable audio Configure and enable the voice codec for the speech measurement Configure enhanced variable rate codec...

Page 597: ...SPEech THRoughput 4 5 Command Reference The following sections provide detailed reference information on the remote control commands of the CDMA2000 Signaling application Conventions and General Info...

Page 598: ...ted 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 Remo...

Page 599: ...the specified data sheet limits 15 Reference Frequency Error The instrument has been configured to use an external reference signal but the ref erence oscillator could not be phase locked to the exter...

Page 600: ...invalid header tag 43 ARB Segment Overflow The number of segments in the multi segment ARB file is higher than the allowed maximum 44 ARB File not Found The selected ARB file could not be found 45 AR...

Page 601: ...nt could not be 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 set...

Page 602: ...Rce 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...

Page 603: ...Set up a Connection Usage Event Firmware Software V3 2 80 Manual operation See Reconfigure Hotkey on page 525 FETCh CDMA SIGN i SOPTion STATe Returns the connection state of a CDMA2000 connection Use...

Page 604: ...CDMA SIGN 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...

Page 605: ...ce Coder on page 511 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 539 Sett...

Page 606: ...he 1st Service Option RST F1R1 Example See Set up a Connection Usage Query only Firmware Software V1 0 15 0 Manual operation See Radio Configuration on page 511 4 5 3 MS Information The following quer...

Page 607: ...ge HIGH the MS power is above the expected range Example See Query MS information Usage Query only Firmware Software V3 2 70 Manual operation See RX Power on page 510 CONFigure CDMA SIGN i MSINfo DNUM...

Page 608: ...ers ESN Range 0 to 4 294967296E 9 RST 0 Example See Query MS information Firmware Software V3 2 70 Manual operation See ESN on page 513 CONFigure CDMA SIGN i MSINfo GECall Queries information from the...

Page 609: ...rmation Firmware Software V3 2 70 Manual operation See MEID on page 513 CONFigure CDMA SIGN i MSINfo MSUPport Queries information from the MS The value indicates whether the MEID Support bit 4 is set...

Page 610: ...t 612 CONFigure CDMA SIGN i CAPabilities COMMon 612 CONFigure CDMA SIGN i CAPabilities FDRSupport FCH 614 CONFigure CDMA SIGN i CAPabilities FDRSupport SCH 614 CONFigure CDMA SIGN i CAPabilities FDRSu...

Page 611: ...port or not sup ported by the MS NSUP Not supported SUPP Supported Response Queries the authentication response from the MS It is used for example to validate MS registrations originations and termina...

Page 612: ...EntryHandoff NSUP SUPP ACCESS_ENTRY_HO Access Entry Handoff support Queries whether the MS support the act of transferring reception of the Paging Channel from one BS to another when the MS is transi...

Page 613: ...ortDataBurst NSUP SUPP SDB Short Data Burst support 13_ConcurServices NSUP SUPP CS_SUPPORTED Concurrent Services support 14_RegType TIMer IMPLicit REG_TYPE Queries the registration type which the MS s...

Page 614: ...serZoneIDIncl is set to SUPP The 16 bit value is shown as decimal number Range 0 to 65535 16 bits 22_OrthTxDiversity NSUP SUPP OTD_SUPPORTED Orthogonal Transmission Diversity support 23_STSTxDiversity...

Page 615: ...Included NSUP SUPP GEO_LOC_INCL Geo location Included indicator Specifies if the message on the R SCH contain the GEO_LOC_TYPE field or not Type NSUP AFLT AAG GPS GEO_LOC_TYPE Geo Location Type If par...

Page 616: ...CONFigure CDMA SIGN i CAPabilities MUXSupport REV Queries MS capabilities about MUX support on the reverse channel Refer to 3GPP2 C S0003 C Number Name StateFull StateHalf StateQuarter StateEighth Ret...

Page 617: ...upported SUPP Supported Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual operation See Roaming Information on page 516 CONFigure CDMA SIGN i CAPabilities ROAMing NI...

Page 618: ...n page 516 CONFigure CDMA SIGN i CAPabilities SCSupport Queries which band subclasses are supported by the MS Return values SClassSupport OFF ON Returns the supported MS band subclass in the form OFF...

Page 619: ...e supported service option in the form Number Name State for all supported service options see chapter 4 2 10 Service Options on page 483 Return values Number Service option number Range 0 to 99 Name...

Page 620: ...GPP2 C S0005 for details Return values ConvolRates Range 0 to 65535 16 bits TurboCodeRates Range 0 to 65535 16 bits Example See Query MS information Usage Query only Firmware Software V1 0 15 0 Manual...

Page 621: ...about the last message sent to and received by the MS The commands can be used in all signaling states To obtain valid information a message has to be sent or accordingly received If no SMS was sent...

Page 622: ...ry only Firmware Software V1 0 15 23 Options R S CMW KS810 Manual operation See Last Sent Message on page 521 CONFigure CDMA SIGN i SMS INFO LRMessage Query information of the last received message Re...

Page 623: ...possible to verify if the last received message was read and postprocessed or if it is a new received message that has not been read yet Whenever the R S CMW receives a new message the flag is reset t...

Page 624: ...Query only Firmware Software V2 0 10 Manual operation See Scenario on page 527 V3 2 10 scenario HMOD added V3 2 80 added Fader and scenario SCFading CONFigure CDMA SIGN i ESCode ESpeechCodec Enables a...

Page 625: ...uation 629 CONFigure CDMA SIGN i IQIN PATH n 629 CONFigure CDMA SIGN i ETOE 630 ROUTe CDMA SIGN i Returns the configured routing settings Return values Scenario SCELl HMODe SCFading SCEL Standard Cell...

Page 626: ...RX and TX module Additional RF connectors and RX TX modules are optional See also Signal Path Settings in the R S CMW user manual chapter Remote Con trol Parameters RXConnector RF1C RF2C RF3C RF4C RF...

Page 627: ...on page 527 ROUTe CDMA SIGN i SCENario SCFading INTernal RXConnector RXConverter TXConnector TXConverter Activates the Standard Cell Fading Internal scenario and selects the RF input RX and output TX...

Page 628: ...gital I Q output connector to be used To query the active sce nario use ROUTe CDMA SIGN i SCENario Depending on the installed hardware and the active sub instrument or instance i only a subset of the...

Page 629: ...ATTenuation RFInputExtAtt RFOutputExtAtt Defines the external attenuations or gain if the value is negative to be applied to the selected RF input and output connectors Parameters RFInputExtAtt Range...

Page 630: ...tions R S CMW KA100 4 5 7 2 Internal Fading The following commands configure the internal fader of the R S CMW Fading Simulator 630 Forward Link Settings 633 Fading Module AWGN 634 Fading Simulator Th...

Page 631: ...SIMulator ILOSs CSAMples Displays the percentage of clipped samples Return values ClippedSamples Range 0 to 100 Default unit Example See Configuring Internal Fading Usage Query only Firmware Software...

Page 632: ...or RESTart Restarts the fading process in MANual mode see CONFigure CDMA SIGN i FADing FSIMulator RESTart MODE Usage Event Firmware Software V3 2 80 Options R S CMW KE100 and R S CMW KE800 Manual oper...

Page 633: ...W KE100 and R S CMW KE800 Manual operation See Profile on page 530 Forward Link Settings The following commands query noise power information CONFigure CDMA SIGN i FADing POWer NOISe 633 CONFigure CDM...

Page 634: ...E100 and R S CMW KE800 Manual operation See Signal Noise System BW Power on page 532 Fading Module AWGN The following commands configure the AWGN generator of the internal fader CONFigure CDMA SIGN i...

Page 635: ...s AWGN insertion via the fading module For dual carrier the same settings are applied to both carriers Thus it is sufficient to configure one carrier Parameters Enable OFF ON RST OFF Example See Confi...

Page 636: ...NFigure CDMA SIGN i RFSettings RLFRequency 638 CONFigure CDMA SIGN i RFSettings FOFFset 639 CONFigure CDMA SIGN i RFPower CDMA 639 CONFigure CDMA SIGN i RFPower OUTPut 639 CONFigure CDMA SIGN i RFPowe...

Page 637: ...GHz Forward PS7C BC 18 Public Safety Band 700 MHz LO7C BC 19 Lower 700 MHz RST USC Example See Specifying General Signaling Settings Firmware Software V1 0 15 0 Manual operation See Band Class Channe...

Page 638: ...SIGN i RFSettings FLFRequency Queries the forward signal frequency of the RF generator Generator Frequency Return values Frequency Range 0 Hz to 6 1E 9 Hz RST 878 49E 6 Hz Default unit Hz Example See...

Page 639: ...range can be calculated as follows Range CDMAPower Range Output Power External Attenuation AWGNPower Range Output Power 130 dBm to 5 dBm RFx Com or 120 dBm to 3 dBm RFx Out please also notice the ran...

Page 640: ...er plus the mean output power at the MS transmitter is maintained at a constant power offset value input power output power power offset The power offset depends on the band class see 3GPP2 C S0057 D...

Page 641: ...ode Parameters AWGNMode NORMal HPOWer RST NORM Example See Specifying General Signaling Settings Firmware Software V1 0 15 0 Options HPOWer requires R S CMW KS810 Manual operation See AWGN Mode on pag...

Page 642: ...AYer CHANnel SYNC 647 CONFigure CDMA SIGN i LAYer CHANnel PCH 647 CONFigure CDMA SIGN i LAYer CHANnel FCH 648 CONFigure CDMA SIGN i LAYer CHANnel SCH 648 CONFigure CDMA SIGN i LAYer FCH FOFFset 649 CO...

Page 643: ...FIRSt ServiceOption Sets the primary service option to be proposed to the MS during an active connection Trigger the reconfiguration of the current connection via CALL CDMA SIGN i REConfigure STARt Pa...

Page 644: ...lation Queries the preconfigured modulation scheme or in the connected status used for the active connection It depends on the radio configuration See also chapter 4 2 11 Radio Configurations on page...

Page 645: ...he Paging Channel PCH and defines its level relative to the CDMA Power CONFigure CDMA SIGN i RFPower CDMA Parameters PCHLevel Range 20 dB to 1 dB RST 12 dB Default unit dB Additional parameters OFF ON...

Page 646: ...f all active channels is smaller than the value of CDMA Power The remaining power is assigned to the OCNS channels so that the value of CDMA Power is reached Parameters OCNSEnable OFF ON ON enables OC...

Page 647: ...nual operation See Level on page 540 CONFigure CDMA SIGN i LAYer CHANnel PICH CONFigure CDMA SIGN i LAYer CHANnel SYNC CONFigure CDMA SIGN i LAYer CHANnel PCH Queries the Spreading Factor SF and the W...

Page 648: ...CH0 and a Forward Radio Configurations F RC 3 to 5 Range 0 to 3 RST 0 Return values SpreadingFactor Queries the Spreading Factor of the physical forward channel The SF corresponds to the length of the...

Page 649: ...undamental channel Changing the frame offset immediately changes the traffic channel timing Parameters FrameOffset Range 0 to 15 RST 0 Example See Configuring Channels Firmware Software V1 0 15 0 Manu...

Page 650: ...See also table 4 3 Return values FwdDataRate R9K R14K R19K R28K R38K R57K R76K R115k R153k R230k RevDataRate R9K R14K R19K R28K R38K R57K R76K R115k R153k R230k Example See Configuring Channels Usage...

Page 651: ...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 pu...

Page 652: ...Settings Firmware Software V1 0 15 0 V3 2 60 added PATTern Manual operation See Power Control Bits on page 543 CONFigure CDMA SIGN i RPControl SSIZe StepSize Sets the power step size that the MS is t...

Page 653: ...e Software V3 2 80 Options R S CMW KS810 Manual operation See Segments on page 544 CONFigure CDMA SIGN i RPControl SEGMent no LENGth SegmentLength Sets the length of the segment of the user specific p...

Page 654: ...56 CONFigure CDMA SIGN i SYSTem SYNC 656 CONFigure CDMA SIGN i SYSTem ATIMe 657 CONFigure CDMA SIGN i SYSTem TSOurce SourceTime Queries sets the time source for the derivation of the CMDA system time...

Page 655: ...xample See Sending Date and Time Information to the MS Firmware Software V3 0 10 Manual operation See Date Time on page 545 CONFigure CDMA SIGN i SYSTem LTOFfset Sign Hour Minute Defines the time offs...

Page 656: ...d Time Information to the MS Firmware Software V3 0 20 Options R S CMW KS810 Manual operation See Leap Seconds on page 545 CONFigure CDMA SIGN i SYSTem DAYLight Daylight Switches between standard time...

Page 657: ...ending Date and Time Information to the MS Firmware Software V3 0 10 Manual operation See Apply Time At on page 546 4 5 8 Service Configuration The following sections provides information about config...

Page 658: ...on page 547 Parameters AccMSOrigCall ALL SCL1 FSC1 ICAW ICFW ICOR ROAW ROFW ROOR BUAW BUFW IGNR ALL Accept All Calls SCL1 Accept Only Selected Primary Service FSC1 Force to Selected Primary Service I...

Page 659: ...od 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 bl...

Page 660: ...HO Example See Configuring the Measurement Firmware Software V1 0 15 0 V3 2 10 parameter CODE added Options CODE requires R S CMW KS810 Manual operation See Voice Coder on page 550 CONFigure CDMA SIGN...

Page 661: ...g rate for the selected service option Parameters EncoderOpPoint See chapter 4 2 10 1 Speech Services on page 483 Range 0 to 7 RST 0 Example See Service Configuration Firmware Software V3 0 20 Manual...

Page 662: ...nerates 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 PATT...

Page 663: ...mware Software V3 0 20 Manual operation See Circular Buffer Frames on page 552 CONFigure CDMA SIGN i SCONfig TDATa FCH TXON FwdTxOnPeriod RevTxOnPeriod sets the transmission on period for the F FCH an...

Page 664: ...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 Firm...

Page 665: ...r Buffer Frames on page 552 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 Par...

Page 666: ...s Example See Service Configuration Firmware Software V3 0 20 Manual operation See Network Inactivity Timer on page 552 CONFigure CDMA SIGN i SCONfig PDATa DTIMer DormantTimer Sets packet data dorman...

Page 667: ...NFigure CDMA SIGN i NETWork IDENtity MCC 670 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 SystemIDN...

Page 668: ...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 operatio...

Page 669: ...IMSI1112 Range 00 to 99 RST 01 Example See Configuring Network Settings Firmware Software V3 0 10 Manual operation See IMSI_11_12 on page 557 CONFigure CDMA SIGN i NETWork IDENtity UWCard UseWildcard...

Page 670: ...erties 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 670 CONFigure CDMA SIGN...

Page 671: ...t from 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 555 Parameters LocalTimeOffset...

Page 672: ...to 59 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 556 CONFigure CDMA SIGN i NET...

Page 673: ...up the 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 informatio...

Page 674: ...s the last infor mation 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 99999...

Page 675: ...NFigure CDMA SIGN i NETWork CINDicator CID PINDicator CallerIDPresInd Sets gets the presentation indicator for the caller ID calling party number i e speci fies how the MS under test shall display the...

Page 676: ...ee Configuring Network Settings Usage Query only Firmware Software V1 0 15 0 Manual operation See Slot Cycle Index on page 560 CONFigure CDMA SIGN i NETWork PCHannel MSCindex MaxSlotCycIndex Sets the...

Page 677: ...n on page 561 for details Parameters TimerBased Range OFF ON 12 16 14 48 17 20 20 48 24 32 28 96 34 40 40 96 48 64 57 92 68 88 81 92 97 36 115 84 137 76 163 84 194 80 231 68 275 52 327 68 389 60 463 3...

Page 678: ...NID to set the system and network ID Parameters Home OFF ON RST ON Example See Configuring Network Settings Firmware Software V2 1 20 Options R S CMW KS810 Manual operation See Autonomous Registratio...

Page 679: ...on See Autonomous Registration Home Foreign SID Foreign NID on page 562 CONFigure CDMA SIGN i NETWork REGistration PUP PowerUp Enables or disables power up registration see Power up Registration on pa...

Page 680: ...IOFFset 681 CONFigure CDMA SIGN i NETWork APRobes PINCrement 681 CONFigure CDMA SIGN i NETWork APRobes PPSequence 681 CONFigure CDMA SIGN i NETWork APRobes SPATtempt RSP 682 CONFigure CDMA SIGN i NETW...

Page 681: ...eration See Initial Offset on page 564 CONFigure CDMA SIGN i NETWork APRobes PINCrement ProbeIncrement Defines the step size of power increases PWR_STEP between consecutive access probes Parameters Pr...

Page 682: ...ation See Sequences Attempt RSP on page 564 CONFigure CDMA SIGN i NETWork APRobes SPATtempt REQ SequAttemptREQ Maximum number of access probe sequences for an Access Channel or Enhanced Access Channel...

Page 683: ...d SendMethod Specifies the send method for the message file when the MS is in Registered state Parameters SendMethod PCH SO6 SO14 Send method PCH Paging Channel SO6 Service Option 6 SO14 Service Optio...

Page 684: ...y or unicode the maximum physical size of one SMS varies Parameters LSMSHandling TRUNcate MSMS TRUNcate Truncate the outgoing SMS message text to the length of exactly one SMS message MSMS Multiple SM...

Page 685: ...CDMA SIGN i SMS OUTGoing FILE Parameters SMSInternal String parameter to specify the message text RST 1234567890 abcdefghijklmnopqrstuvwxyz ABC DEFGHIJKLMNOPQRSTUVWXYZ Example See Sending Receiving a...

Page 686: ...mware Software V1 0 15 23 Options R S CMW KS810 Manual operation See Teleservice ID on page 567 4 5 10 2 Incoming The following commands configure the R S CMW behavior for reception of messages and qu...

Page 687: ...MA SIGN i SMS INComing FILE INFO Display information of the received message file referenced by CONFigure CDMA SIGN i SMS INComing FILE Return values TimeStamp String parameter time stamp of sending T...

Page 688: ...CONFigure CDMA SIGN i SMS BROadcast LANGuage 689 CONFigure CDMA SIGN i SMS BROadcast PRIority 689 CONFigure CDMA SIGN i SMS BROadcast SERVice CATegory 689 CONFigure CDMA SIGN i SMS BROadcast CMAS Is C...

Page 689: ...e Signaling Firmware Software V3 2 60 Options R S CMW KS810 Manual operation See Language on page 571 CONFigure CDMA SIGN i SMS BROadcast PRIority Priority Sets the priority of the broadcast SMS Param...

Page 690: ...ndex Select get the target IP address for message monitoring see CONFigure CDMA SIGN i MMONitor ENABle on page 690 The IP addresses are centrally managed from the Setup dialog Parameters Index IP1 IP2...

Page 691: ...n USPC BC 14 US PCS 1900 MHz AWS BC 15 AWS Band U25B 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 Handoff Firm...

Page 692: ...X Measurement Control and States 692 Statistical Settings 695 Limit Settings 698 FER Measurement Results 698 RLP Measurement Results 701 Speech Measurement Results 709 4 5 13 1 RX Measurement Control...

Page 693: ...esults Parameters Enable OFF ON RST ON Example See Configuring the Measurement Firmware Software V1 0 15 0 V3 0 20 commands for FERSCh and RLP added V3 2 10 command for SPEech added Manual operation S...

Page 694: ...er Remote Control Return values State OFF RDY RUN OFF measurement switched off no resources allocated no results available when entered after ABORt RDY measurement has been terminated valid results ma...

Page 695: ...pplicable because main_state OFF or RDY inva lid Usage Query only 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 V...

Page 696: ...depth has not been reached A timeout of 0 s corresponds to an infinite measurement timeout RC is only applicable in remote operation Parameters Timeout Default unit s Firmware Software V3 0 20 CONFigu...

Page 697: ...the number of frames used to calculate FER Hence it defines the length of a single shot FER measurement Parameters FERSCHFrames Range 1 to 100E 3 Increment 1 RST 1000 Example See Configuring the Meas...

Page 698: ...the Measurement Firmware Software V3 0 20 Manual operation See Max FER on page 578 CONFigure CDMA SIGN i RXQuality LIMit FERFch CLEVel MinConfideLevel CONFigure CDMA SIGN i RXQuality LIMit FERSch CLEV...

Page 699: ...ate 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...

Page 700: ...me 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 wit...

Page 701: ...abilities 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...

Page 702: ...N 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 504 Return values RX Number of RLP f...

Page 703: ...RLP initialization See chap ter 4 2 17 2 RLP and IP Statistics on page 504 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...

Page 704: ...ation See RLP Frames on page 581 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...

Page 705: ...con 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 581 SENSe CDMA SIGN i RXQuality RLP REASem...

Page 706: ...99999E 6 Example See Performing the Measurement Usage Query only Firmware Software V3 0 20 Manual operation See RLP Frames on page 581 SENSe CDMA SIGN i RXQuality RLP INValid Queries number of RLP fra...

Page 707: ...e the 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 581 SENSe CDMA SI...

Page 708: ...atus on page 581 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 Repo...

Page 709: ...SPEech THRoughput 711 SENSe CDMA SIGN i RXQuality SPEech BLANked Displays the speech activity counters since the last reset statistics Return values Forward Number of blanked frames in F FCH Range 0 t...

Page 710: ...See Performing the Measurement Usage Query only Firmware Software V3 2 10 Options R S CMW KS810 Manual operation See Frames on page 582 SENSe CDMA SIGN i RXQuality SPEech EIGHt PERCent SENSe CDMA SIGN...

Page 711: ...ssibly 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...

Page 712: ...Figure CDMA SIGN i CAPabilities BCSupport 612 CONFigure CDMA SIGN i CAPabilities COMMon 612 CONFigure CDMA SIGN i CAPabilities ENABle 611 CONFigure CDMA SIGN i CAPabilities FDRSupport DCCH 614 CONFigu...

Page 713: ...dard 633 CONFigure CDMA SIGN i FADing POWer NOISe TOTal 633 CONFigure CDMA SIGN i FADing POWer NOISe 633 CONFigure CDMA SIGN i FADing POWer SUM 634 CONFigure CDMA SIGN i HANDoff BCLass 690 CONFigure C...

Page 714: ...SIGN i NETWork PROPerty LONGitude 672 CONFigure CDMA SIGN i NETWork PROPerty LTOFfset 671 CONFigure CDMA SIGN i NETWork PROPerty PNOFfset 670 CONFigure CDMA SIGN i NETWork PROPerty PRTimeout 671 CONF...

Page 715: ...GN i RXQuality FERFch REPetition 696 CONFigure CDMA SIGN i RXQuality FERFch SCONdition 696 CONFigure CDMA SIGN i RXQuality FERFch TOUT 696 CONFigure CDMA SIGN i RXQuality FERSch FRAMes 697 CONFigure C...

Page 716: ...NComing CSSMs 686 CONFigure CDMA SIGN i SMS INComing FILE 687 CONFigure CDMA SIGN i SMS INComing FILE INFO 687 CONFigure CDMA SIGN i SMS INFO LRMessage RFLag 623 CONFigure CDMA SIGN i SMS INFO LRMessa...

Page 717: ...ed 702 SENSe CDMA SIGN i RXQuality RLP FILL 702 SENSe CDMA SIGN i RXQuality RLP IDLE 702 SENSe CDMA SIGN i RXQuality RLP INValid 706 SENSe CDMA SIGN i RXQuality RLP NAK 702 SENSe CDMA SIGN i RXQuality...

Page 718: ...mum Performance Standards for cdma2000 Spread Spectrum Mobile Stations 5 1 What s New in this Revision This revision describes version 3 2 80 and later of the CDMA2000 Measurements firmware applicatio...

Page 719: ...S CMW user manual chapter Getting Started Fig 5 1 Connecting an RF transmitter to the instrument 5 2 2 Measuring Reverse Link Signals After physically connecting the CDMA2000 MS to the R S CMW first...

Page 720: ...frame trigger is recommended For OLTR measurements the Event trigger of the signaling application has to be used 5 2 4 Multi Evaluation List Mode The CDMA2000 multi evaluation list mode requires opti...

Page 721: ...and 4 in figure 5 4 Furthermore if the R S CMW has to detect the frame start IF Auto Sync trigger the first two slots of each segment are required for frame synchronization and the first slot can be i...

Page 722: ...re CDMA MEAS i MEValuation LIST SEGMent no SETup Measurement properties statistical length enabled disable evalua tions CONFigure CDMA MEAS i MEValuation LIST SEGMent no MODulation CONFigure CDMA MEAS...

Page 723: ...urement 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 compensate for a...

Page 724: ...47 2048 to 2108 889 9875 0 025 N 871 9875 0 025 N 1328 894 0 025 N 2048 800 3 JTACS Band 1 to 799 801 to 1039 1041 to 1199 1201 to 1600 915 0 0125 N 898 0 0125 N 800 887 0 0125 N 1040 893 0 0125 N 120...

Page 725: ...characteristics and spreading rate The supported reverse channel radio configurations are listed in the table below Radio Configuration Spreading Rate Modulation 1 1 O QPSK 2 1 O QPSK 3 1 H PSK or QP...

Page 726: ...the binary representation of the channelization code numbers The Walsh code with code number n is equal to the OVSF code with code number m where m has the inverse binary representation of n n is conv...

Page 727: ...ho is the criti cal quantity to assess the modulation accuracy of a CDMA2000 MS 3GPP2 C S0011 section 4 3 4 Waveform Quality and Frequency Accuracy defines the minimum requirements for the waveform qu...

Page 728: ...e 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 dom...

Page 729: ...transmitted spectrum For Spreading Rate 1 the standard OBW should not exceed 1 48 MHz see 3GPP2 C S0010 Occupied Bandwidth 5 2 6 4 OLTR Limits The mask limits used for the OLTR measurement represent...

Page 730: ...o TX Measurements in the R S CMW user manual chapter System Over view Fig 5 8 CDMA2000 multi evaluation overview The results to be measured and displayed in the overview can be limited using the param...

Page 731: ...or as a function of time The dia grams cover a time interval of 500 s and contain 1 sample per chip If the limits are set they are indicated by the red dashed lines The description of statistical meas...

Page 732: ...Channel R SCH0 W1 2 Q Signal 16 bars Bars for active code channels are colored Bars for inactive code channels are gray The Table View provides scalar results of I and Q signals and statistical infor...

Page 733: ...in dBm 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 755 The ACP values...

Page 734: ...overed in chapter 5 2 7 9 Multi Evaluation Detailed Views Power Modulation Quality on page 737 5 2 7 5 Multi Evaluation Detailed Views Channel Power These views are only applicable to signals with H P...

Page 735: ...ending 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 in the I Signa...

Page 736: ...rrent 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...

Page 737: ...ector diagram In the vector diagram to the right the modulation vector is traced as a continuous curve The description of statistical measurement results is covered in chapter 5 2 7 9 Multi Evaluation...

Page 738: ...f the 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 no...

Page 739: ...r with 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 depicte...

Page 740: ...tant The standard recommends a loopback service for 1xRTT and a reverse test applica tion session with constant data rates payload size termination target for 1xEV DO See 3GPP2 C S0011 and C S0033 for...

Page 741: ...ation interval The measurement application detects the trigger event and starts recording the DUT s OLTR trace After 100 ms the evaluation is terminated Guard Interval both signaling and measurement a...

Page 742: ...LTR view shows the DUT s responses to the power down and power up steps of a single OLTR measurement sequence The responses are recorded as power vs time traces with power values in dB relative to the...

Page 743: ...is displayed 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 t...

Page 744: ...the Walsh code numbers n Bit reverse The order is defined by the OVSF code tree The codes corre spond to the OVSF code numbers k See also Channelization Additional options are available in the Measure...

Page 745: ...ement Results 761 Additional Softkeys and Hotkeys 763 5 3 1 Measurement Control To be able to start any of the comprised TX measurements Multi Evaluation or OLTR check the corresponding measurement vi...

Page 746: ...only to the currently selected TX measurement 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...

Page 747: ...ng application configures signal rout ing and analyzer settings The measurement settings described in this section are then ignored StandAlone Non Signaling provides you the non signaling CDMA2000 mea...

Page 748: ...f 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 Pres...

Page 749: ...s the peak output power at the DUT during the measurement inter val The Ref Level is calculated as follows Ref Level Expected Nominal Power User Margin The actual input power at the connectors must be...

Page 750: ...controlled by the signaling application Additionally in the CSP the modulation resulting from the selected radio configuration is displayed See also Radio Configurations Remote command CONFigure CDMA...

Page 751: ...S800 or the GPRF generator may provide additional trigger modes Refer to the documentation of the corresponding firmware application for a description of these trigger modes Remote command TRIGger CDM...

Page 752: ...OUT Minimum Trigger Gap Defines a minimum duration of the power down periods gaps between two triggered power pulses This setting is valid for an IF Power trigger source The trigger system is controll...

Page 753: ...d two additional softkeys with corresponding hotkey bars provide access to the generator configuration see ARB List Mode GPRF i Generator on page 763 Use the appropriate softkey hotkey combination to...

Page 754: ...rolled measurements Continuous mode is suitable for monitoring the evolution of the measurement results in time and observe how they depend on the measurement configuration which is typically done in...

Page 755: ...lopment purposes if you want to analyze the reason for occasional wrong transmissions Remote command CONFigure CDMA MEAS i MEValuation MOEXception Code Domain Spreading Factor Selects the spreading fa...

Page 756: ...CDMA MEAS i MEValuation LIMit TTERror CONFigure CDMA MEAS i MEValuation LIMit WFQuality CONFigure CDMA MEAS i MEValuation IQLCheck CONFigure CDMA MEAS i MEValuation LIMit CDP CONFigure CDMA MEAS i ME...

Page 757: ...KS8xx 757 User Manual 1173 9511 02 11 Fig 5 25 CDMA2000 multi evaluation overview Most of the detailed views show a diagram and an overview of statistical results Fig 5 26 CDMA2000 multi evaluation ma...

Page 758: ...Valuation TRACe CDP ISIGnal CURRent etc FETCh CDMA MEAS i MEValuation TRACe CDE QSIGnal CURRent etc FETCh CDMA MEAS i MEValuation TRACe CP ISIGnal CURRent etc FETCh CDMA MEAS i MEValuation TRACe CPO I...

Page 759: ...Measurement shares the routing analyzer and trigger settings with the Multi Evaluation measurement The OLTR specific Measurement Control parameters can be set in the configuration dialog of the OLTR...

Page 760: ...he first power step in the forward link within an OLTR mea surement For each subsequent power step the direction is toggled Remote command CONFigure CDMA MEAS i OLTR PSTep DIRection Ref Power Interval...

Page 761: ...development purposes if you want to analyze the reason for occasional wrong transmissions Remote command CONFigure CDMA MEAS i OLTR MOEXception 5 3 10 OLTR Limits The OLTR specific Limits can be set i...

Page 762: ...8xx KM8xx KS8xx 762 User Manual 1173 9511 02 11 Fig 5 30 OLTR measurement sequence view An overview is available in case more than one measurement sequence is configured Fig 5 31 OLTR measurement over...

Page 763: ...layed only while the combined signal path scenario is active and are provided by the CDMA2000 Sig naling application selected as master application See also Scenario Controlled By on page 747 The meas...

Page 764: ...easurements 767 Multi Evaluation Single Shot and Continuous Measurements 769 OLTR Specifying Measurement Specific Settings 769 OLTR Single Shot Measurement 770 5 4 1 1 Specifying General Measurement S...

Page 765: ...t is programmed as follows The measurement is controlled by SCPI commands with the following syn tax CDMA MEAS MEValuation Use general commands of the type CDMA MEAS no MEValuation no OLTR mnemonic to...

Page 766: ...CONFigure CDMA MEAS MEValuation LIMit MERRor 20 OFF CONFigure CDMA MEAS MEValuation LIMit EVMagnitude 20 40 CONFigure CDMA MEAS MEValuation LIMit PERRor 20 OFF CONFigure CDMA MEAS MEValuation LIMit I...

Page 767: ...Figure CDMA MEAS MEValuation RESult CPO ON CONFigure CDMA MEAS MEValuation RESult CTO ON CONFigure CDMA MEAS MEValuation RESult POWer ON CONFigure CDMA MEAS MEValuation RESult MODQuality ON Start sing...

Page 768: ...A MEAS MEValuation TRACe CDP QSIGnal STATe FETCh CDMA MEAS MEValuation TRACe CP ISIGnal STATe FETCh CDMA MEAS MEValuation TRACe CP QSIGnal STATe FETCh CDMA MEAS MEValuation TRACe CPO ISIGnal STATe FET...

Page 769: ...AS MEValuation STATe ALL 5 4 1 7 OLTR Specifying Measurement Specific Settings The CDMA2000 TX measurement is programmed as follows The measurement is controlled by SCPI commands with the following sy...

Page 770: ...000 List Mode The CDMA2000 multi evaluation measurement is programmed as follows The measurement is controlled by SCPI commands with the following syn tax CDMA MEAS MEValuation LIST Use general comman...

Page 771: ...to the SAVE alias MMEMory STORe ITEM CDMA Meas MEV LIST SAVE ListModeCDMA1 dfl If you want to configure the same settings again recall the stored settings MMEMory LOAD ITEM CDMA Meas MEV LIST SAVE Lis...

Page 772: ...T MODE SEGM Waitkey Trigger configuration complete press OK to start measurement 5 4 2 3 Performing Single Shot Measurements Start single shot measurement return current channel power results the aver...

Page 773: ...ion EVM PEAK AVERage FETCh CDMA MEAS MEValuation LIST MODulation EVM RMS AVERage FETCh CDMA MEAS MEValuation LIST MODulation FERRor AVERage FETCh CDMA MEAS MEValuation LIST MODulation IQIMbalance AVER...

Page 774: ...0 AVERage FETCh CDMA MEAS MEValuation LIST ACP ACPM1 AVERage FETCh CDMA MEAS MEValuation LIST ACP ACPP1 AVERage FETCh CDMA MEAS MEValuation LIST ACP ACPP10 AVERage FETCh CDMA MEAS MEValuation LIST ACP...

Page 775: ...Measurement Commands 900 Combined Signal Path Commands 909 5 5 1 Conventions and General Information The following sections describe the most important conventions and general informa tion concerning...

Page 776: ...Over view 5 5 1 4 Keywords Selected keywords used in the command description are described in the following Command usage If the usage is not explicitly stated the command allows you to set parameter...

Page 777: ...ndwidth video bandwidth or sweep time the measurement results are not within the specified data sheet limits 15 Reference Frequency Error The instrument has been configured to use an external referenc...

Page 778: ...ed in the GPRF generator contains an invalid header tag 43 ARB Segment Overflow The number of segments in the multi segment ARB file is higher than the allowed maximum 44 ARB File not Found The select...

Page 779: ...or troubleshooting please follow the steps described for 101 Firmware Error 103 Parameter Error Indicates that the measurement could not be performed due to internal conflicting parameter settings A g...

Page 780: ...l Measure Protocol Test RST STAN Usage Query only Firmware Software V1 0 15 20 V2 0 10 New values for parameter Scenario parameters RXConnector and RFConverter are moved to command ROUTe CDMA MEAS Man...

Page 781: ...combined signal path scenario and selects a master The master controls the signal routing and analyzer settings while the combined signal path scenario is active Depending on the installed options the...

Page 782: ...put signal and the view selection in remote control CONFigure CDMA MEAS i RFSettings BCLass 782 CONFigure CDMA MEAS i RFSettings CHANnel 783 CONFigure CDMA MEAS i RFSettings FREQuency 784 CONFigure CD...

Page 783: ...PS7C BC 18 Public Safety Band 700 MHz LO7C BC 19 Lower 700 MHz RST USC Example See Specifying General Measurement Settings Firmware Software V1 0 10 1 Manual operation See Band Channel Frequency on p...

Page 784: ...Channel Frequency on page 748 CONFigure CDMA MEAS i RFSettings FOFFset FrequencyOffset Selects a positive or negative offset frequency to be added to the center frequency CONFigure CDMA MEAS i RFSett...

Page 785: ...ds 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 refe...

Page 786: ...The following commands define the trigger parameters TRIGger CDMA MEAS i MEValuation CATalog SOURce 786 TRIGger CDMA MEAS i MEValuation SOURce 787 TRIGger CDMA MEAS i MEValuation SLOPe 787 TRIGger CDM...

Page 787: ...o synchronized Base1 External TRIG A External trigger fed in at TRIG A connector Base1 External TRIG B External trigger fed in at TRIG B connector RST Free Run Example See Configuring the Trigger Syst...

Page 788: ...rigger timeout in manual operation mode This setting has no influence on Free Run measurements Parameters Time Range 0 s to 83 88607E 3 s RST 1 s Default unit s Additional values OFF ON disables timeo...

Page 789: ...EAS i MEValuation SOURce The range is entered as an 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...

Page 790: ...luation 790 FETCh CDMA MEAS i MEValuation STATe 791 FETCh CDMA MEAS i MEValuation STATe ALL 791 INITiate CDMA MEAS i MEValuation STOP CDMA MEAS i MEValuation ABORt CDMA MEAS i MEValuation Starts stops...

Page 791: ...ample See Multi Evaluation Performing Single Shot Measurements Usage Query only Firmware Software V1 0 2 7 Manual operation See Multi Evaluation Softkey on page 745 FETCh CDMA MEAS i MEValuation STATe...

Page 792: ...views CONFigure CDMA MEAS i MEValuation RESult ALL 792 CONFigure CDMA MEAS i MEValuation RESult EVMagnitude 794 CONFigure CDMA MEAS i MEValuation RESult MERRor 794 CONFigure CDMA MEAS i MEValuation R...

Page 793: ...eError 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...

Page 794: ...igure 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 MODQua...

Page 795: ...FF key 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 n...

Page 796: ...the limit 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 o...

Page 797: ...eration See Statistic Count Modulation Spectrum on page 754 CONFigure CDMA MEAS i MEValuation MOEXception MeasOnException Specifies whether measurement results that the R S CMW identifies as faulty or...

Page 798: ...irmware Software V1 0 2 7 Manual operation See Adjacent Channel Power on page 755 CONFigure CDMA MEAS i MEValuation ACP EXTended FOFFsets FrequencyOffset 20 Defines the frequency offsets to be used fo...

Page 799: ...ion See Adjacent Channel Power on page 755 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 measurem...

Page 800: ...n LIST MODE 804 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 Measur...

Page 801: ...ange Range 120 dBm to 50 dBm for the input power at RF 1 COM and RF 2 COM please notice also the ranges quoted in the data sheet RST 0 dBm Frequency Center frequency of the RF analyzer Range 100E 6 Hz...

Page 802: ...S i MEValuation LIST SEGMent no MODulation StatisticLength EnableEVM EnableMagError EnablePhaseErr EnableWaveQual EnableIQError EnableChPow EnableChTimeOff EnableChPhseOff EnableWBNBPow EnableFreqErr...

Page 803: ...isable 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 chann...

Page 804: ...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 segm...

Page 805: ...ons R S CMW 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...

Page 806: ...the limit 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 d...

Page 807: ...to 180 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...

Page 808: ...sables 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 75...

Page 809: ...n LIMit CP 810 CONFigure CDMA MEAS i MEValuation LIMit CPO 810 CONFigure CDMA MEAS i MEValuation LIMit CTO 810 CONFigure CDMA MEAS i MEValuation IQLCheck IQLeakState Enables or disables the CDP I Q le...

Page 810: ...s an 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...

Page 811: ...igure 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...

Page 812: ...tware V2 0 20 Manual operation See Limits on page 756 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...

Page 813: ...mum READ 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...

Page 814: ...the 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 fo...

Page 815: ...nal MINimum 816 READ CDMA MEAS i MEValuation TRACe CDP QSIGnal MAXimum 816 FETCh CDMA MEAS i MEValuation TRACe CDP ISIGnal LIMit 817 FETCh CDMA MEAS i MEValuation TRACe CDP QSIGnal LIMit 817 FETCh CDM...

Page 816: ...e CDP 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 MEA...

Page 817: ...depends 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...

Page 818: ...t unit 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 eleme...

Page 819: ...READ CDMA MEAS i MEValuation TRACe CP ISIGnal MAXimum 820 READ CDMA MEAS i MEValuation TRACe CP ISIGnal MINimum 820 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal CURRent 820 CALCulate CDMA MEAS i...

Page 820: ...only 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...

Page 821: ...SCH1 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...

Page 822: ...MEValuation 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...

Page 823: ...trol Channel Range 10E 3 mRad to 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 con...

Page 824: ...ate CDMA MEAS i MEValuation TRACe CTO QSIGnal AVERage 825 CALCulate CDMA MEAS i MEValuation TRACe CTO QSIGnal MAXimum 825 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal STATe 825 FETCh CDMA MEAS i ME...

Page 825: ...t Q Signal 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 resul...

Page 826: ...z 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...

Page 827: ...ERage ABSolute 829 READ CDMA MEAS i MEValuation TRACe ACP EXTended MAXimum ABSolute 829 CALCulate CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative 830 CALCulate CDMA MEAS i MEValuation TRAC...

Page 828: ...MEAS 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 C...

Page 829: ...on TRACe 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 comma...

Page 830: ...Returns 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 A...

Page 831: ...ult listed 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 Quer...

Page 832: ...two 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...

Page 833: ...esult 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...

Page 834: ...cator 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 syn...

Page 835: ...Rent 835 CALCulate CDMA MEAS i MEValuation OBW AVERage 835 CALCulate CDMA MEAS i MEValuation OBW MAXimum 835 FETCh CDMA MEAS i MEValuation OBW CURRent 835 FETCh CDMA MEAS i MEValuation OBW AVERage 835...

Page 836: ...Valuation LIST SEGMent no CP CURRent 837 CALCulate CDMA MEAS i MEValuation LIST SEGMent no CP AVERage 837 CALCulate CDMA MEAS i MEValuation LIST SEGMent no CP MINimum 838 CALCulate CDMA MEAS i MEValua...

Page 837: ...no ACP AVERage 847 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP MINimum 847 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP MAXimum 847 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP SDEVia...

Page 838: ...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 e...

Page 839: ...her 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...

Page 840: ...ate 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 wi...

Page 841: ...ent number 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 exceptio...

Page 842: ...n and 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 r...

Page 843: ...ements 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 measuremen...

Page 844: ...SDEViation 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 M...

Page 845: ...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_EV...

Page 846: ...surement 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...

Page 847: ...ult 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 excee...

Page 848: ...n LIST 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...

Page 849: ...eliability 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 s...

Page 850: ...seg 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...

Page 851: ...ly 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 sta...

Page 852: ...ATe 854 CALCulate CDMA MEAS i MEValuation LIST CPO CURRent 855 CALCulate CDMA MEAS i MEValuation LIST CPO AVERage 855 CALCulate CDMA MEAS i MEValuation LIST CPO MAXimum 855 FETCh CDMA MEAS i MEValuati...

Page 853: ...m 864 FETCh CDMA MEAS i MEValuation LIST ACP EXTended SDEViation 864 FETCh CDMA MEAS i MEValuation LIST ACP EXTended SDEViation 864 CALCulate CDMA MEAS i MEValuation LIST OBW CURRent 865 FETCh CDMA ME...

Page 854: ...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_RSC...

Page 855: ...06E08 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...

Page 856: ...her 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...

Page 857: ...chronization 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 A...

Page 858: ...ue indicates 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...

Page 859: ...eliability 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 s...

Page 860: ...w 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 each...

Page 861: ...nit 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 dB...

Page 862: ...gment 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...

Page 863: ...tOfTolCount 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...

Page 864: ...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 para...

Page 865: ...Figure 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 l...

Page 866: ...upied 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 re...

Page 867: ...e segments 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 720 CALCulate CDMA MEAS i M...

Page 868: ...on LIST CP RPICh AVERage 877 FETCh CDMA MEAS i MEValuation LIST CP RPICh CURRent 877 FETCh CDMA MEAS i MEValuation LIST CP RPICh MAXimum 877 FETCh CDMA MEAS i MEValuation LIST CP RPICh MINimum 877 CAL...

Page 869: ...aluation LIST CPO RSCH ZOET AVERage 882 CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET CURRent 882 CALCulate CDMA MEAS i MEValuation LIST CPO RSCH ZOET MAXimum 882 FETCh CDMA MEAS i MEValuation...

Page 870: ...ion LIST CTO RSCH ZTEF CURRent 887 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZTEF MAXimum 887 FETCh CDMA MEAS i MEValuation LIST CTO RSCH ZTEF AVERage 887 FETCh CDMA MEAS i MEValuation LIST CTO...

Page 871: ...nce AVERage 890 CALCulate CDMA MEAS i MEValuation LIST MODulation IQIMbalance CURRent 890 CALCulate CDMA MEAS i MEValuation LIST MODulation IQIMbalance MAXimum 890 CALCulate CDMA MEAS i MEValuation LI...

Page 872: ...LIST MODulation PNBand CURRent 893 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MAXimum 893 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MINimum 893 CALCulate CDMA MEAS i MEVal...

Page 873: ...FETCh CDMA MEAS i MEValuation LIST OBW FREQuency SDEViation 896 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW AVERage 897 CALCulate CDMA MEAS i MEValuation LIST ACP NPOW CURRent 897 CALCulate CDMA M...

Page 874: ...h CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent 899 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint MAXimum 899 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP f...

Page 875: ...on LIST 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...

Page 876: ...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 refe...

Page 877: ...ow 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 lis...

Page 878: ...ation 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...

Page 879: ...ity Indicator 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...

Page 880: ...ts instead 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...

Page 881: ...MEAS 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 FE...

Page 882: ...ormation 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 CD...

Page 883: ...h result 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...

Page 884: ...Ch MAXimum 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...

Page 885: ...neral 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 MEA...

Page 886: ...ware 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 CTO RSC...

Page 887: ...Culate 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 segm...

Page 888: ...Multi 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...

Page 889: ...EValuation 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 MEValua...

Page 890: ...one 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 addit...

Page 891: ...Valuation 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...

Page 892: ...e FETCh 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 SDEViati...

Page 893: ...MODulation 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 MODula...

Page 894: ...urned by 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...

Page 895: ...luation 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 Conventi...

Page 896: ...bility 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 MEA...

Page 897: ...ation 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 MEVa...

Page 898: ...P ACPP 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 f...

Page 899: ...S i MEValuation 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 refe...

Page 900: ...n LIST 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 s...

Page 901: ...nt measurement 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...

Page 902: ...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...

Page 903: ...t 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 Th...

Page 904: ...1 to 5 RST 1 Example See OLTR Specifying Measurement Specific Settings Firmware Software V3 0 10 Manual operation See Number of Meas Sequences on page 760 CONFigure CDMA MEAS i OLTR PSTep PowerStep D...

Page 905: ...on page 760 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 ste...

Page 906: ...n 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 rejecte...

Page 907: ...Quence 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...

Page 908: ...Usage 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 Se...

Page 909: ...ing mapping 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...

Page 910: ...Valuation LIST ACP EXTended ACPM freqpoint AVERage 898 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint CURRent 898 CALCulate CDMA MEAS i MEValuation LIST ACP EXTended ACPM freqpoint...

Page 911: ...MEValuation LIST CP RPICh CURRent 877 CALCulate CDMA MEAS i MEValuation LIST CP RPICh MAXimum 877 CALCulate CDMA MEAS i MEValuation LIST CP RPICh MINimum 877 CALCulate CDMA MEAS i MEValuation LIST CP...

Page 912: ...LIST CTO RPICh CURRent 886 CALCulate CDMA MEAS i MEValuation LIST CTO RPICh MAXimum 886 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH ZOET AVERage 886 CALCulate CDMA MEAS i MEValuation LIST CTO RSCH...

Page 913: ...tion LIST MODulation PNBand AVERage 893 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand CURRent 893 CALCulate CDMA MEAS i MEValuation LIST MODulation PNBand MAXimum 893 CALCulate CDMA MEAS i...

Page 914: ...SEGMent no MODulation CURRent 844 CALCulate CDMA MEAS i MEValuation LIST SEGMent no MODulation MAXimum 844 CALCulate CDMA MEAS i MEValuation LIST SEGMent no MODulation MINimum 844 CALCulate CDMA MEAS...

Page 915: ...imum 820 CALCulate CDMA MEAS i MEValuation TRACe CP QSIGnal MINimum 820 CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal AVERage 822 CALCulate CDMA MEAS i MEValuation TRACe CPO ISIGnal CURRent 822...

Page 916: ...e CDMA MEAS i MEValuation RESult CDP 794 CONFigure CDMA MEAS i MEValuation RESult CP 794 CONFigure CDMA MEAS i MEValuation RESult CPO 794 CONFigure CDMA MEAS i MEValuation RESult CTO 794 CONFigure CDM...

Page 917: ...i MEValuation LIST ACP EXTended ACPP freqpoint AVERage 899 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint CURRent 899 FETCh CDMA MEAS i MEValuation LIST ACP EXTended ACPP freqpoint MAX...

Page 918: ...CDMA MEAS i MEValuation LIST CP RPICh MAXimum 877 FETCh CDMA MEAS i MEValuation LIST CP RPICh MINimum 877 FETCh CDMA MEAS i MEValuation LIST CP RPICh STATe 887 FETCh CDMA MEAS i MEValuation LIST CP R...

Page 919: ...FETCh CDMA MEAS i MEValuation LIST CTO RCCCh CURRent 883 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh MAXimum 883 FETCh CDMA MEAS i MEValuation LIST CTO RCCCh STATe 888 FETCh CDMA MEAS i MEValuation L...

Page 920: ...LIST MODulation IQOFfset SDEViation 890 FETCh CDMA MEAS i MEValuation LIST MODulation MAXimum 860 FETCh CDMA MEAS i MEValuation LIST MODulation MERRor PEAK AVERage 891 FETCh CDMA MEAS i MEValuation LI...

Page 921: ...FETCh CDMA MEAS i MEValuation LIST OBW MAXimum 866 FETCh CDMA MEAS i MEValuation LIST OBW SDEViation 866 FETCh CDMA MEAS i MEValuation LIST SEGMent no ACP AVERage 847 FETCh CDMA MEAS i MEValuation LI...

Page 922: ...ed AVERage RELative 830 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent ABSolute 829 FETCh CDMA MEAS i MEValuation TRACe ACP EXTended CURRent RELative 830 FETCh CDMA MEAS i MEValuation TRACe...

Page 923: ...nal CURRent 824 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal MAXimum 824 FETCh CDMA MEAS i MEValuation TRACe CTO ISIGnal STATe 825 FETCh CDMA MEAS i MEValuation TRACe CTO QSIGnal AVERage 825 FETCh...

Page 924: ...uation TRACe ACP MAXimum ABSolute 827 READ CDMA MEAS i MEValuation TRACe ACP MAXimum RELative 828 READ CDMA MEAS i MEValuation TRACe CDE ISIGnal AVERage 817 READ CDMA MEAS i MEValuation TRACe CDE ISIG...

Page 925: ...CURRent 831 READ CDMA MEAS i MEValuation TRACe PERRor AVERage 814 READ CDMA MEAS i MEValuation TRACe PERRor CURRent 813 READ CDMA MEAS i MEValuation TRACe PERRor MAXimum 814 READ CDMA MEAS i MEValuati...

Page 926: ...stem Over view For a detailed description of the R S CMW CDMA2000 generator option R S CMW KG800 including manual and remote operation refer to the following sections What s New in this Revision 926 G...

Page 927: ...ectional 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...

Page 928: ...N 5 NMT 450 1 N 400 472 N 871 1039 N 1473 1536 N 1715 1792 N 2016 460 0 025 N 1 420 0 025 N 472 461 01 0 025 N 1024 489 0 025 N 1536 489 0 020 N 1792 6 IMT 2000 0 N 1199 2110 0 05 N 7 Upper 700 MHz 0...

Page 929: ...Coding QOF 1 1 O QPSK 9 6 1 2 Convolutional 0 2 1 O QPSK 14 4 3 3 Convolutional 0 3 1 H PSK 153 6 1 4 Convolutional Turbo Convolu tional 0 to 3 4 1 H PSK 307 2 1 2 Convolutional Turbo Convolu tional...

Page 930: ...ate 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 O...

Page 931: ...1 1 1 1 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 6 2 4 1 Quasi Orthogonal Functions To increase the number of possible channels the IS 2000 standard defines alternative sets of orthogona...

Page 932: ...hannel The F Sync transmits the synchronization message for the mobile station The message contains the PN offset the system time the long code status information about the paging channel the system I...

Page 933: ...r channels or systems Both effects decrease the system capacity Within CDMA2000 systems the Power Control Bits PCB are used to signal the increase or reduction in transmit power to the MS A series of...

Page 934: ...e command ROUTe CDMA GEN i ROUTe CDMA GEN i SCENario ROUTe CDMA GEN i SCENario SALone RF Routing Selects the output path for the generated RF signal i e the output connector and the TX module to be us...

Page 935: ...select the designated band The channel number resulting from the selected band and frequency is dis played For an invalid combination no channel number is displayed Select a band and enter a channel...

Page 936: ...er orthogonal channels of the forward link OCNS channels are generated if the total power of all active channels is smaller than the value of CDMA Power The remaining power is assigned to the OCNS cha...

Page 937: ...FCH and if the selected RC Radio Configuration is greater then 2 See also Quasi Orthogonal Functions Remote command SOURce CDMA GEN i GSETtings FFCH QOF Channels Rate Sets the frame rate for the F FC...

Page 938: ...IDNumber Protocol Revision Sets the preferred version of the protocol to use Remote command SOURce CDMA GEN i GSETtings PREVision Min Protocol Revision Defines the minimum protocol revision min PRev w...

Page 939: ...e PCB controls the MS total output power OFF Disables the puncture of power control bits onto the signal of the F FCH All Up Punctures only 0 as power control bits All Down Punctures only 1 as power c...

Page 940: ...ings 941 Configuring the Channels 941 Switch on the Generator 942 Configuring and Executing Power Control Bits Setup 942 6 4 1 1 Specifying General RF Settings Example for CDMA2000 BC Release 0 USCELL...

Page 941: ...SETtings RCONfig FRC 2 SOURce CDMA GEN GSETtings RCONfig RSET SOURce CDMA GEN GSETtings ESN H01234567 SOURce CDMA GEN GSETtings NIDNumber 1 SOURce CDMA GEN GSETtings SIDNumber 1 SOURce CDMA GEN GSETti...

Page 942: ...OURce CDMA GEN LEVel OCNS VALue 6 4 1 4 Switch on the Generator Switch on the forward signal Query the cell state until it equals ON ADJ forward signal available at RF connector SOURce CDMA GEN STATe...

Page 943: ...instance See also Firmware Applications in the R S CMW user manual chapter Remote Control Command groups The commands of the CDMA2000 generator are divided into the groups listed below Generator Cont...

Page 944: ...or main state ON Usage Query only Firmware Software V1 0 15 0 6 5 2 Signal Routing The following commands select the connector and define an external attenuation value ROUTe CDMA GEN i SCENario SALone...

Page 945: ...ath RST Depends on active sub instrument and instance i Example See chapter 6 4 1 1 Specifying General RF Settings on page 940 Firmware Software V2 0 10 Manual operation See Scenario on page 934 ROUTe...

Page 946: ...xtAtt Range 50 dB to 90 dB RST 0 dB Default unit dB Firmware Software V1 0 15 0 Manual operation See External Attenuation on page 934 6 5 3 RF Settings The following commands configure and shows RF se...

Page 947: ...on USPC BC 14 US PCS 1900 MHz AWS BC 15 AWS Band U25B 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 Firmware Software V1 0...

Page 948: ...uation set The parameter CDMAPower does not include the AWGN power level Parameters CDMAPower Range 130 dBm to 0 dBm RST 70 dBm Default unit dBm Firmware Software V 1 0 15 0 Manual operation See CDMA...

Page 949: ...to HFFFFFFFF RST H0 Firmware Software V1 0 15 0 Manual operation See ESN on page 938 SOURce CDMA GEN i GSETtings MPRevision MPRevision Set the minimum protocol revision capability of the mobile statio...

Page 950: ...ings RCONfig FRC FRC Sets the radio configuration for F FCH See also Radio Configurations Parameters FRC Range 1 to 5 RST 1 Firmware Software V1 0 15 0 Manual operation See Radio Configuration on page...

Page 951: ...the Forward Fundamental Channel F FCH relative to CDMA Power SOURce CDMA GEN i RFOPower CDMapower Parameters FFCHLevel Range 20 dB to 5 dB RST 14 dB Default unit dB Firmware Software V1 0 15 0 Manual...

Page 952: ...52 SOURce CDMA GEN i LEVel OCNS ENABle OCNSLevelEnable Enables or disables the OCNS channels See also Power Levels Parameters OCNSLevelEnable OFF ON ON enables OCNS channels OFF disables OCNS channels...

Page 953: ...unction that is used for F FCH in the forward CDMA chan nel Quasi orthogonal functions are only defined for Forward Radio Configurations F RC 3 to 5 SOURce CDMA GEN i GSETtings RCONfig FRC See also Qu...

Page 954: ...A GEN i GSETtings FPICh CHANnel 954 SOURce CDMA GEN i GSETtings FPICh SFACtor 954 SOURce CDMA GEN i GSETtings FPICh CHANnel Queries the F PICH channelization code See also Physical Channel Overview Re...

Page 955: ...YNc SFACtor Queries the spreading factor of the F Sync channel The spreading factor corresponds to the length of the employed Walsh code The Walsh code to be used are specified by the standard and can...

Page 956: ...OURce CDMA GEN i GSETtings FPICh CHANnel 954 SOURce CDMA GEN i GSETtings FPICh SFACtor 954 SOURce CDMA GEN i GSETtings FSYNc CHANnel 955 SOURce CDMA GEN i GSETtings FSYNc SFACtor 955 SOURce CDMA GEN i...

Page 957: ...CDMA2000 Generator R S CMW KG8xx KM8xx KS8xx 957 User Manual 1173 9511 02 11 SOURce CDMA GEN i STATe ALL 944 List of Commands 135 1095 0799...

Page 958: ...58 Application sheet 1xEV DO combined signal path measurement 44 Handoff in revision B 49 Assign views 112 1xEV DO multi evaluation 287 CDMA2000 multi evaluation 754 CDMA2000 Multi Evaluation 576 AT f...

Page 959: ...egments 852 867 List mode single segment 836 Channel Time Offset CTO List mode all segments 852 867 List mode single segment 836 Channelization code CDMA2000 478 Circuit switched CDMA2000 475 CMAS mes...

Page 960: ...at sector ID 1xEV DO signaling 99 Forward Fundamental Channel 478 Forward link PER 35 Forward link throughput 39 Forward Paging Channel 478 Forward Pilot Channel 478 Forward Sync Channel 478 Frame err...

Page 961: ...86 Max packet size RMCTAP 89 Max PER limit 114 Max probe sequences 92 Max test packets sent 113 MAX_RSP_SEQ 564 MCC CDMA2000 signaling 512 557 Measure on exception 1xEV DO multi evaluation 286 1xEV D...

Page 962: ...n FCH CDMA2000 551 552 Pattern SCH0 CDMA2000 551 552 PCB 1xEV DO signaling 76 CDMA2000 491 CDMA2000 signaling 543 PCH CDMA2000 signaling 559 Level 540 Spreading factor 541 Walsh code 541 PER Test proc...

Page 963: ...DO description 33 CDMA2000 GUI 573 RX Measurement CDMA2000 503 RX measurement GUI 1xEV DO 106 RX power 55 510 RX Quality CDMA2000 503 S Sample rate 1xEV DO signaling 64 CDMA2000 signaling 529 SCH Lev...

Page 964: ...0 signaling 543 Stop condition CDMA2000 multi evaluation 754 Stop Condition 1xEV DO multi evaluation 286 Subnet included 89 Subnet mask 1xEV DO signaling 99 Subtype 3 reverse traffic channel MAC proto...

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Summary of Contents for CMW-KG8 Series

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R&S CMW-KG8 Series, User Manual, Page: 3 / 964

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Summary of Contents for CMW-KG8 Series

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