manualshive.com logo in svg

R&S CMW-KG4 Series, User Manual, Page: 546 / 988

Share
Download
R&S CMW-KG4 Series User Manual Download Page 546

WCDMA Signaling

R&S

®

CMW-KG4xx/-KM4xx/-KS4xx

546

User Manual 1173.9657.02 ─ 11

SENSe:WCDMa:SIGN<i>:UESinfo:APN?..................................................................................................... 303
SENSe:WCDMa:SIGN<i>:UESinfo:CNUMber?.............................................................................................302
SENSe:WCDMa:SIGN<i>:UESinfo:CONNection:CIRCuit?...........................................................................299
SENSe:WCDMa:SIGN<i>:UESinfo:CONNection:PACKet?...........................................................................300
SENSe:WCDMa:SIGN<i>:UESinfo:DINFo?.................................................................................................. 300
SENSe:WCDMa:SIGN<i>:UESinfo:DNUMber?.............................................................................................302
SENSe:WCDMa:SIGN<i>:UESinfo:DULalignment?......................................................................................303
SENSe:WCDMa:SIGN<i>:UESinfo:EMERgency?.........................................................................................299
SENSe:WCDMa:SIGN<i>:UESinfo:ESCategory?......................................................................................... 299
SENSe:WCDMa:SIGN<i>:UESinfo:IMEI?..................................................................................................... 301
SENSe:WCDMa:SIGN<i>:UESinfo:RIDentity?..............................................................................................301
SENSe:WCDMa:SIGN<i>:UESinfo:RITYpe?................................................................................................ 301
SENSe:WCDMa:SIGN<i>:UESinfo:TTY?......................................................................................................302
SENSe:WCDMa:SIGN<i>:UESinfo:UEADdress:IPV<n>?.............................................................................303
SENSe:WCDMa:SIGN<i>:UL:EIPower?........................................................................................................380
SENSe:WCDMa:SIGN<i>:UL:OLPControl:EIPPower?................................................................................. 382
SOURce:WCDMa:SIGN<i>:CELL:STATe..................................................................................................... 292
SOURce:WCDMa:SIGN<i>:CELL:STATe:ALL?............................................................................................293
STOP:WCDMa:SIGN<i>:BER....................................................................................................................... 488
STOP:WCDMa:SIGN<i>:EHICh.................................................................................................................... 511
STOP:WCDMa:SIGN<i>:HACK.....................................................................................................................494
STOP:WCDMa:SIGN<i>:THRoughput.......................................................................................................... 504
STOP:WCDMa:SIGN<i>:ULLogging............................................................................................................. 519

List of Commands

深圳德标仪器 

135-1095-0799

Summary of Contents for CMW-KG4 Series

Page 1: ...R S CMW KG4xx KM4xx KS4xx WCDMA Firmware Applications User Manual User Manual 2 1173 9657 02 11 Test Measurement 135 1095 0799...

Page 2: ...R8 basic signaling R S CMW KS405 WCDMA R9 DB HSDPA basic signaling R S CMW KS410 WCDMA R99 advanced signaling R S CMW KS411 WCDMA R5 6 HSPA advanced signaling R S CMW KS413 WCDMA R7 HSPA advanced sig...

Page 3: ...ing Tests 19 2 2 3 Reduced Signaling Mode 20 2 2 4 End to End Packet Data Connections 23 2 2 5 Audio Measurements 23 2 2 6 External Fading 25 2 2 7 Internal Fading 26 2 2 8 Connection States 27 2 2 9...

Page 4: ...ettings 139 2 4 6 I Q Settings 141 2 4 7 RF Settings 143 2 4 8 Internal Fading 151 2 4 9 Physical Channel DL Settings 154 2 4 10 Physical Channel UL Settings 167 2 4 11 Connection Configuration 179 2...

Page 5: ...ettings 327 2 6 6 Internal Fading 355 2 6 7 Physical Channel Downlink Settings 361 2 6 8 Physical Channel Uplink Settings 378 2 6 9 Connection Configuration 396 2 6 10 Network Settings 408 2 6 11 HSDP...

Page 6: ...ngs 585 3 3 3 Measurement Results 602 3 4 Programming 605 3 4 1 General Examples 606 3 4 2 Using WCDMA List Mode 612 3 5 Command Reference 615 3 5 1 Conventions and General Information 615 3 5 2 Gener...

Page 7: ...RACH Measurement 848 5 1 What s New in this Revision 848 5 2 General Description 848 5 2 1 Test Setup 848 5 2 2 How to Perform a Measurement 849 5 2 3 Defining the Scope of the Measurement 850 5 2 4 P...

Page 8: ...e 908 6 2 3 Dedicated Channel Models 914 6 2 4 Orthogonal Channel Noise Simulator OCNS 917 6 2 5 Power Levels 918 6 2 6 Operating Bands 919 6 2 7 Trigger Signals 920 6 2 8 Transmit Power Control TPC 9...

Page 9: ...2 Signal Routing 948 6 5 3 General Generator Settings 950 6 5 4 Power Levels Physical Channels 953 6 5 5 Code Numbers Physical Channels 956 6 5 6 Symbol Rates Physical Channels 960 6 5 7 Slot Format P...

Page 10: ...Contents R S CMW KG4xx KM4xx KS4xx 10 User Manual 1173 9657 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: ...arameter settings for R5 6 e g flexible user defined HSDPA configuration R S CMW KS403 basic signaling for R7 e g connection with 64 QAM modulation HSPA R S CMW KS413 advanced parameter settings for R...

Page 14: ...s Positioning UE Capabilities IMS Voice HSUPA extensions E DPCCH power boosting see HSUPA Flexible RLC PDU size see RLC PDU Size Modulation setting for HSUPA connections see Modulation E AGCH table in...

Page 15: ...rovide an overview of typical test setups for the individual sce narios 2 2 1 1 Test Setup for Standard Cell Scenario The basic test setup for a standard cell scenario uses a bidirectional RF connecti...

Page 16: ...nal and a sep arate RF connector for the second downlink signal Connect both RF connectors to an external combiner and connect the combiner to the UE The UE provides only one connector for WCDMA an ad...

Page 17: ...idirectional connector at one SUW for the first uplink and downlink signal and a separate bidirectional connector at another SUW for the second uplink and downlink signal The following figure illustra...

Page 18: ...external fading 2 2 1 5 Test Setup for Internal Fading Scenarios If internal fading shall be used the test setup is the same as for the corresponding sce nario without fading 2 2 1 6 Test Setup for R...

Page 19: ...accordance with the uplink signal power The Output Power must be sufficient so that the UE under test can receive the DL signal The PRACH settings must allow a positive answer to received preambles En...

Page 20: ...ication can also be initiated before turn ing on the DL signal In that case the measurement starts as soon as the preconditions for the measurement are fulfilled A BER measurement for instance starts...

Page 21: ...view see chapter 2 4 1 6 Settings on page 133 4 Configure the signaling application The settings at application side and UE side must match The instrument does not configure the UE 5 To turn on the do...

Page 22: ...ronize to the downlink signal or the R S CMW fails to synchron ize to the uplink signal check that all signaling settings and UE settings are compati ble Check especially the following settings used o...

Page 23: ...ts see DAU documentation You can also perform an RLC Throughput measurement see chapter 2 2 21 RLC Throughput Measurement on page 80 Or you can perform other measurements that do not require a DAU e g...

Page 24: ...t been upgraded with R S CMW U5024 The audio board must be enhanced with a speech codec board R S CMW B405A R S CMW KS410 for WCDMA advanced signaling is required The procedure outlined below is appli...

Page 25: ...al Genera tor c Press ON OFF and wait until the generator softkey indicates the ON state and the hour glass symbol has disappeared 10 Set up a UE originated or UE terminated voice connection 11 Analyz...

Page 26: ...A reconfiguration of the settings at the R S AMU200A during an active connection to the DUT may result in the loss of the connection or in erroneous measurement results After a reconfiguration of the...

Page 27: ...y modeled in receiver tests because it may lead to a decrease of throughput The quality of the received signal is affected by the ratio of the signal power to the surrounding traffic noise level signa...

Page 28: ...gistration have been performed Alerting The R S CMW is attempting a connection to the UE The UE is responding ringing but the connection is not yet established This state is skipped for Connection Typ...

Page 29: ...e instrument indicates the following transitory states Signaling Displayed e g during UE registration while a short message is sent received or when the channel changes during a call Paging Displayed...

Page 30: ...The main PS connection states are described in the following table PS State Description Off No signal transmission On Idle The R S CMW emulates a UTRAN cell transmitting a WCDMA signal to which the U...

Page 31: ...following transitory states Signaling Displayed e g during attach Connecting Displayed during state transition from On or Attached to Connection Estab lished Disconnecting Displayed during state trans...

Page 32: ...ransmission no connection to the UE On Off The R S CMW provides a downlink signal containing the following physical channels P CPICH P SCH S SCH P CCPCH and PICH The UE can synchronize to this downlin...

Page 33: ...ndover The WCDMA signaling application supports a handover within the signaling applica tion a handover to another signaling application e g to the GSM signaling applica tion and also a handover to an...

Page 34: ...For the inter RAT handover to GSM one TX RX module is suffi cient 2 In the WCDMA signaling application establish a connection to the UE 3 Press the Inter Intra RAT hotkey A configuration dialog box o...

Page 35: ...ommon channels carry messages that are not directed at a particular UE they are point to multipoint channels Dedicated channels carry information related to a particu lar connection they are point to...

Page 36: ...Channel PCH SF 64 60 ksps Primary scrambling code Paging Indicator Channel PICH Transfer of paging indicators to the UE SF 256 15 ksps Primary scrambling code First 288 bits of radio frame carry pagin...

Page 37: ...UE SF 128 30 ksps Same channelization code as E HICH Enhanced DCH HARQ Indicator Channel E HICH Transfer of uplink E DCH HARQ acknowl edgement indicators to the UE SF 128 30 ksps Same channelization...

Page 38: ...g of a slot 2 Frame synchronization and scrambling code group identification The UE detects the secondary synchronization code transmitted on the S SCH to obtain the frame time and the scrambling code...

Page 39: ...ary scrambling codes UL Scrambling Codes In the uplink long scrambling codes are used to distinguish different users 224 long scrambling codes are defined numbered 0 to 16777215 or 0 to FFFFFF hex Add...

Page 40: ...e DPCH data for each channelization code are uncorre lated with each other and with any wanted signal over the period of any measurement The parameters are chosen to simulate a signal with realistic P...

Page 41: ...The total power of all active channels is called accumulated power including OCNS channels and excluding AICH and S CCPCH that are not active during the actual call It is calculated under consideratio...

Page 42: ...ections are supported For RMC SRB and HSPA test mode connections additional information is provided in the following sections For end to end packet data connections see chapter 2 2 4 End to End Packet...

Page 43: ...ts PO1 PO2 and PO3 0 dB Puncturing 14 7 Table 2 7 RMC transport channel parameters 12 2 kbps Transport Channel Parameter DTCH DCCH Transport Channel Number 1 2 Transport Block Size 244 100 Transport B...

Page 44: ...UL transport block size UL CRC enabled UE performs CRC check and sends resulting UL CRC bits to the tester Received DL CRC bits are discarded Symmetric DL UL data rate and symmetric DL UL transport bl...

Page 45: ...evant in the context of HSUPA is the E DCH physical layer cate gory It indicates for example the maximum possible E DCH channelisation code the supported TTI length the maximum number of bits in an E...

Page 46: ...have been introduced in R5 MIMO and dual carrier opera tion are not supported The following table provides an overview From the table you can see that the maximum HSDPA data rate for an R5 UE equals 1...

Page 47: ...ith MIMO and R8 with dual carrier is the same Properties common for all R8 categories only dual carrier operation no single carrier operation no MIMO operation maximum number of HS PDSCH channelizatio...

Page 48: ...manually configured UE category or high est UE category from capability report For UE category 1 to 12 the connection is set up with MAC hs bit aligned For UE cat egory 13 to 28 the connection is set...

Page 49: ...M No of HS PDSCH 5 4 5 10 8 15 15 1 15 for dual carrier HSDPA H sets 1A 3A 6A 8A 10A 12 the parameter settings for each of the carriers 2 2 12 Operating Bands The carrier frequencies for WCDMA signals...

Page 50: ...62 step 25 1712 4 to 1752 6 1712 5 to 1752 5 400 5 0 670 1 4132 to 4233 782 787 807 812 837 862 826 4 to 846 6 826 5 to 842 5 45 6 0 670 1 4162 to 4188 812 837 832 4 to 837 6 832 5 837 5 45 7 2100 203...

Page 51: ...e separated by 5 MHz the channel numbers are separated by 25 With F1 and F2 indicating the center frequency of carrier 1 and carrier 2 and Fmax indi cating the highest center frequency of the operatin...

Page 52: ...1977 5 1982 5 1987 5 1992 5 S 0 1000 1 10912 to 10988 5912 to 5987 step 25 2182 4 to 2197 6 2182 5 to 2197 5 S 170 MHz 0 10900 to 10950 2180 0 to 2190 0 S 190 MHz 0 1000 1 10950 to 11000 5962 5987 219...

Page 53: ...s implemented to trigger the TX and RX measurements two sub frames before a CPC cycle one For CPC details see chapter 2 2 16 Continuous Packet Connectivity CPC on page 63 Frame Trigger Trigger event a...

Page 54: ...at is too low decreases the coverage area while an excess output power may cause interference to other channels or systems Both effects decrease the system capacity The Node B transmits a series of Tr...

Page 55: ...attern 0 101010101 The first bit after Pattern is different from the last bit in Pattern Single Pattern All 1 Pattern 1111111111 Single Pattern All 0 Pattern 0000000000 Continuous Pattern Pattern Patt...

Page 56: ...ing the DPDCH on or off For this test an RMC with 12 2 kbps loopback and 50 downlink resources in use must be set up To prevent the power control mechanism from counterbalancing the induced power step...

Page 57: ...ce conflict In that case execution of the Max Power E DCH setup will either be slowed down or fail TPC state Missing Resource For a detailed description of a combined signal path measurement including...

Page 58: ...ected For the rising TPC patterns F H the power steps before the segment borders are corrected As a consequence the correction in the segment near the maximum UE output power is zero and the segment n...

Page 59: ...ecuted the instrument sends the power commands to the UE according to the selected CM pattern see UL CM TX Test Pattern on page 230 After the pattern execution the UE is commanded to set target power...

Page 60: ...ower change caused by these bits is zero Example If both the first and the last bit in Pattern are 1 0 then the net UE power change caused by these 2 bits equals the step size multiplied with 1 1 the...

Page 61: ...t so that it measures only one measurement interval which is then triggered by the single trigger pulse If you configure more than one measurement interval the second interval results in a trigger tim...

Page 62: ...ng pressing the Precond or Exe cute button may not be evaluated immediately while reaching a precondition or exe cuting a pattern Instead the changes are evaluated when pattern execution is finished o...

Page 63: ...mum allowed UE Power UL interference Constant Offset Value Signaled P CPICH Level These values are broadcasted to the UE For configuration see Maximum UE Power on page 168 UL Interference on page 170...

Page 64: ...uplink DPCCH activity patterns are possible per UE UE DTX cycle 1 used temporarily after an inactivity threshold UE changes from cycle 1 to 2 UE DTX cycle 2 allows to transmit the uplink DPCCH less f...

Page 65: ...Symbol Rate ks s SF Npilot NTPC NTFCI NFBI Transmit ted slots per frame 1 15 15 256 8 2 0 0 8 15 4 15 15 256 6 4 0 0 8 15 2 2 17 WCDMA Wizards The WCDMA wizards provide predefined sets of settings for...

Page 66: ...t RMC related parameters are only relevant for subtest 1 to 4 and not configured for subtest 5 Wizard is suspended during active call The following tables list the parameters configured by the wizards...

Page 67: ...SUPA maximum output power Parameter Link to Parameter Description Downlink output power 86 dBm Output Power Ior on page 148 All DL channel power levels Table column Level in Physical Downlink Settings...

Page 68: ...condition 100 ms Happy Bit Delay Condition on page 214 Puncturing limit 0 84 Puncturing Limit PLnon max on page 214 Maximum channelisation code Maximum Channelisation Code on page 214 Initial serving...

Page 69: ...parameters refer to chapter 2 4 11 5 Test Mode Connection Settings on page 183 In reduced signaling mode loop mode 2 with or without UL CRC is supported Loop mode 1 is not supported Below the table t...

Page 70: ...hes the looped back DL Data and divides the number of detected block errors by the total number of transferred blocks BER DBLER The R S CMW compares the looped back DL Data to the transmit ted DL Data...

Page 71: ...ot distorted by transmission errors in the UL blocks with failed UL CRC check are not considered for the calculation of BER and DBLER Configuration 3 Asymmetric RMC data rates Receiver quality tests a...

Page 72: ...d back data blocks with bit errors to the total number of looped back data blocks The smaller UL block size means that this result is a lower limit for the DBLER that would be obtained by looping back...

Page 73: ...e BTFD RMCs are not yet supported FDR False transmit format Detection Ratio the percentage of transport blocks which passed the UE receiver s CRC check s but were detected with a wrong transport forma...

Page 74: ...s the received ACKs NACKs and DTX to calculate the measurement results The UE must be synchron ized to the downlink signal and provide a correctly timed uplink signal Otherwise the ACK NACK responses...

Page 75: ...culated per 100 measured subframes The traces indicate the current and maximum possible throughput in Mbit s and the median CQI value For a dual carrier scenario there are separate current throughput...

Page 76: ...tests on HSDPA connec tions Here the scheduled throughput generally decreases because the MAC d PDUs carrying the user bits do not always fill the complete MAC hs payload In addition various limitatio...

Page 77: ...ecta ble ACK NACK pattern on the DL E HICH and counts the number of correct and false responses of the UE The E HICH measurement is suitable for the Detection of E DCH HARQ ACK Indica tor Channel test...

Page 78: ...tab Diagram The diagram covers a time interval of up to 1000000 subframes One measurement result is returned per 100 subframes for 2 ms TTI and per 20 frames for 10 ms TTI Trace results show the aver...

Page 79: ...lready measured transmission packets subframes In single shot mode both the number of already measured subframes and the number of subframes to be measured are displayed E HICH Reception These results...

Page 80: ...atives Measurement with end to end data connection You must set up an end to end data connection and generate IP traffic For these tasks you need a Data Application Unit DAU and related options 1 Set...

Page 81: ...ime interval used to derive a single result are config urable see chapter 2 4 25 3 Measurement Control Settings on page 252 You can enable disable the display of the individual traces via the softkey...

Page 82: ...follows Current Value obtained in the last result interval Average Average of all Current values referenced to the last window size Minimum Maximum Largest or smallest Current value that the R S CMW...

Page 83: ...to the received UL HS DPCCH E DPCCH DPCCH subframe number Each line shows the results in the consecutive SFNs starting with the selected Start SFN Slot first slot number of the received UL HS DPCCH E...

Page 84: ...2 23 2ms TTI E DCH transport block size E TFCI TB Size bits E TFCI TB Size bits E TFCI TB Size bits E TFCI TB Size bits E TFCI TB Size bits 0 18 30 342 60 1015 90 3008 120 N A 1 120 31 355 61 1053 91...

Page 85: ...286 55 847 85 2510 115 7437 26 296 56 878 86 2603 116 7711 27 307 57 911 87 2699 117 7996 28 318 58 944 88 2798 118 8290 29 330 59 979 89 2901 119 8596 RSN retransmission sequence number on the E DPD...

Page 86: ...e received uplink signal Sequencer tool R S CMWrun The automated test capabilities of R S CMWrun make many measurement tasks eas ier Option R S CMW KT053 provides configurable WCDMA and GSM test modul...

Page 87: ...t and output In this example RF 1 COM is used If necessary also adjust the External Attenuation settings 6 Close the configuration dialog 7 Connect your UE to the RF 1 COM connector 8 To turn on the D...

Page 88: ...measurement provided by option R S CMW KM400 To ensure compatible measurement settings the measurement must be coupled to the WCDMA Signaling application This is done by selecting the combined signal...

Page 89: ...of the UE under test using a measurement The WCDMA measurement and signaling applications can be enhanced by a number of options e g Options R S CMW KM401 KS401 add R5 6 HSPA support to R S CMW KM400...

Page 90: ...d ule RX1 TX1 and the left frontend RF 1 2 connectors the other signal path uses mod ule RX2 TX2 and the right frontend RF 3 4 connectors Connect the mobile to both signal paths If the mobile provides...

Page 91: ...output d Configure the other parameters as usual for an RMC or voice connection No special settings are required for handover Ensure e g that the configured band is supported by the mobile the config...

Page 92: ...ection the call has been established 2 3 2 4 Initiating the Handover After you have completed the preparations described in the preceding section perform the following steps to initiate a handover 1 P...

Page 93: ...ired A WCDMA inner loop power control test requires the following equipment Wideband Radio Communication Tester R S CMW500 or R S CMW280 with soft ware version V2 1 20 The latest software version is r...

Page 94: ...p size 1 dB Test step GH using algorithm 1 step size 2 dB The reconfiguration to be performed in test step D is included in test step EF Thus the entire test step sequence A to H can be performed by s...

Page 95: ...power d Set Active TPC Setup to TPC Test Step ABC e Close the TPC dialog 2 Press ON OFF to start the measurement TPC commands are sent to the UE until the UE power reaches 10 dBm Then TPC commands for...

Page 96: ...he minimum power threshold during test step E and the maximum power threshold during test step F By default the measurement expects 20 TPC commands more than the num ber required to reach the power th...

Page 97: ...he minimum power threshold during test step G and the maximum power threshold during test step H By default the measurement expects 20 TPC commands more than the num ber required to reach the power th...

Page 98: ...are version V3 0 30 The latest software version is recommended This applica tion sheet describes software version V3 0 30 The tester must be equipped with a wideband signaling unit Option R S CMW KS40...

Page 99: ...UE power mean value over at least one slot The progress of the test can be monitored via the displayed TPC state target E TFCI and monitored E TFCI as listed in the legend of the following figure Fig...

Page 100: ...lerance values via the limit settings of the TPC measure ment Table 2 24 Nominal maximum power and tolerances depending on subtest and power class Subtest Power Class 3 Power Class 4 Power dBm Toleran...

Page 101: ...d signal path scenario is selected and the trigger source is set correctly The most important settings of the signaling application are taken over by the measurement application 12 Select the TPC Meas...

Page 102: ...at means set up a connection configure the limits start the measurement and evaluate the results 2 3 5 CS Phase Discontinuity Measurements This application sheet describes how to perform a WCDMA UE ph...

Page 103: ...of the timeslot preceding the slot boundary and the extrapolated phase at the start of the timeslot following the slot boundary For 3GPP conformance tests the phase discontinuity measurement has to be...

Page 104: ...the Display softkey followed by the Select View hotkey d Select the overview 5 Configure the measurement so that it measures only one measurement interval a Press the Multi Evaluation softkey followed...

Page 105: ...on to Max Power d Set Configuration to 5 x 000001111 This example uses 5 patterns You can use up to 13 patterns resulting in 117 TPC bits 9 Press the Execute button to start the execution of the TPC p...

Page 106: ...estart the measurement A trigger timeout is indicated because there is not yet a TPC trigger signal 3 Start the execution of the TPC pattern a Press the Signaling Parameter softkey followed by the TPC...

Page 107: ...The corresponding parameters are dynamically grayed out depending on the current connection state The screenshots in this chapter show the GUI with all available options installed and reduced signali...

Page 108: ...0 UL Logging Measurement Configuration 253 2 4 1 Signaling View The signaling view shows status information information derived from the uplink signal and the most important settings Most settings in...

Page 109: ...A signaling view for reduced signaling For descriptions of the individual areas of the view refer to the subsections Connection Status 109 Event Log 111 UE Measurement Report 111 UE Capabilities 116 U...

Page 110: ...ction showing the following texts HSDPA gray R99 signal no HSDPA HSDPA green R5 signal with HSDPA HSDPA green R7 signal with HSDPA DC HSDPA green R8 signal with dual carrier and HSDPA HSUPA gray R99 s...

Page 111: ...signal In Sync or not No Sync Remote command SENSe WCDMa SIGN i UESinfo DINFo 2 4 1 2 Event Log The event log area reports events and errors like connection state changes RRC con nection establishmen...

Page 112: ...ailable independent of the active sce nario The dual carrier scenario provides two measurement reports one for the current cell carrier 1 and one for the carrier 2 To switch between them select Carrie...

Page 113: ...lower upper limit is indicated CPICH Ec No 0 5 dB interval for the ratio of the received energy per PN chip for the CPICH of carrier 1 to the total received power spectral density at the UE antenna co...

Page 114: ...er 1 dB interval for the received signal code power of the CPICH of carrier 2 For CPICH RSCPs below 120 dBm above 25 dBm no lower upper limit is indicated CPICH Ec No 0 5 dB interval for the ratio of...

Page 115: ...the trans mission from the UE The system frames are related to the signal received at the UE from the neighbor cell Pathloss Downlink pathloss in dB for neighbor cell Reported P CPICH Power CPICH RSC...

Page 116: ...button to the right of the field to display all capabil ity information Fig 2 32 UE capabilities pane The displayed information comprises the following extract from the UE capability report Supported...

Page 117: ...ream Indicates whether the UE supports MIMO only single stream E UTRAN Measurement Reporting Indicates whether the UE supports E UTRAN measurement reporting Adjacent Frequency Measurements without Com...

Page 118: ...multiple frequency band indicators UL Open Loop TX Diversity Indicates whether the UE supports uplink open loop transmit diversity Extended Measurements Indicates whether the UE supports extended meas...

Page 119: ...e UE supports the MAC ehs Remote command SENSe WCDMa SIGN i UECapability HSDPa HSUPA UE Capabilities This section provides HSUPA related UE capabilities Fig 2 35 HSUPA UE capabilities HSUPA Support of...

Page 120: ...number of cells supported in non contiguous multi cell operation NC 2C NC 3C NC 4C 2 to 4 cells GAP size the maximum supported gap size between the aggregated cells Comb 2 2 support of an equal number...

Page 121: ...arameter BCList PDCP UE Capabilities The UE capability information in the PDCP section indicates in which way the UE sup ports the Packet Data Convergence Protocol PDCP described in 3GPP TS 25 323 Fig...

Page 122: ...Link Control Acknowledged Mode RLC AM Fig 2 38 RLC UE capabilities RLC AM Buffer Size Maximum total buffer size across all RLC AM entities supported by the UE Max RLC Window Size Maximum RLC window s...

Page 123: ...ltaneously received by the UE on DCH FACH PCH and DSCH transport channels Number of TFC Maximum number of Transport Format Combinations TFC in a downlink transport format combination set that the UE c...

Page 124: ...he PHY Uplink section describes the capacity of the UE to process and store uplink channels Fig 2 40 PHY UL UE capabilities PHY Uplink Simultaneous Transport Channel Maximum number of uplink transport...

Page 125: ...s the UE can transmit in 10 ms The value applies to UE operation in non compressed mode if the value is 9600 or in both com pressed and non compressed mode if the value is 9600 DPCCH DTX Support of di...

Page 126: ...TRA CELL_PCH URA_PCH to E UTRA RRC_IDLE Indicates whether the UE supports inter RAT reselection from UTRA CELL_PCH or URA_PCH to E UTRA RRC_IDLE Priority Reselection in UTRAN Indicates whether the UE...

Page 127: ...DownLink IPDL to enhance its SFN SFN observed time difference type 2 measurement OTDOA UE Based Method Indicates if a UE supports the Observed Time Difference Of Arrival OTDOA UE based schemes RX TX...

Page 128: ...icates if a UE supports carrier phase meas urements Non Native Assistance indicates if a UE supports non native assistance choices SBAS ID indicates which signal of the SBAS a UE supports see 3GPP TS...

Page 129: ...ement CMODe GSM LTE DL UL CM Required Inter Supp BD x y Indicates the UE neighbor cell measurement capabilities in compressed mode for inter RAT LTE neighbor cell measurement including LTE operating b...

Page 130: ...h codec list for GSM and UMTS is defined in 3GPP TS 26 103 section 6 3 Remote command SENSe WCDMa SIGN i UECapability CODec GSM SENSe WCDMa SIGN i UECapability CODec UMTS IMS Voice This section provid...

Page 131: ...registration or when a connection to the UE has been established This section is not relevant for reduced signaling Fig 2 46 UE info area of the main view Connection Type Established 131 Registration...

Page 132: ...ESinfo ESCategory UE Called Calling Number For UE originated calls dialed number called number and number of the UE calling number Remote command SENSe WCDMa SIGN i UESinfo DNUMber SENSe WCDMa SIGN i...

Page 133: ...gs of the currently selected carrier and common settings If the dual carrier scenario is inactive the carrier selection field is hidden The area contains the following settings Most important RF setti...

Page 134: ...displayed 2 4 2 Signaling and Connection Control The individual connection states are controlled via the ON OFF key via hotkeys and via the UE The available hotkeys depend on the current connection st...

Page 135: ...est mode connection in the CS domain If the HSPA test mode is enabled and the test mode procedure is HSPA 34 108 set up also an HSPA test mode connection in the PS domain Connect HSPA TM Initiate a HS...

Page 136: ...itiation of the handover As a prerequisite for a handover a connection must be established The WCDMA signaling application supports a handover within the signaling application in both CS and PS domain...

Page 137: ...measurement in paral lel it is recommended to use a shortcut softkey to switch to the measurement Using one of these softkeys ensures that the measurement is configured compatible with the settings o...

Page 138: ...r re enable the dialog box using the configuration menu see chapter 2 4 20 Shortcut Configuration on page 238 Go to Cancel Press Go to to switch to the selected measurement or Cancel to abort 2 4 4 Us...

Page 139: ...Remote command CONFigure WCDMa SIGN i PSETtings HUMP CONFigure WCDMa SIGN i PSETtings 2 4 5 General Settings These settings are located at the very top of the configuration dialog Fig 2 50 Top of conf...

Page 140: ...Cell Fading or Dual Carrier Fading with RX diversity Either external fading via a connected R S AMU200A or internal fading via an internal fader I Q board Enable it if you use a fader to shift the fre...

Page 141: ...information see chap ter 2 2 4 End to End Packet Data Connections on page 23 Remote command CONFigure WCDMa SIGN i ETOE Enable Speech Codec Enable this parameter if you want to perform CS connection...

Page 142: ...d for information The DIG IQ connectors are located at the rear panel if an I Q board is installed Remote command ROUTe WCDMa SIGN i SCENario SCFading EXTernal ROUTe WCDMa SIGN i SCENario DCFading EXT...

Page 143: ...SIGN i IQOut CARRier c Baseband Level In Indicates the nominal RMS level of the baseband signal during a call connection established Configure the baseband level so that it matches the baseband output...

Page 144: ...between both parameters Select the RF connector first The Converter parameter offers only val ues compatible with the selected RF connector Depending on the active scenario you can configure several...

Page 145: ...s sent earlier so that the downlink signal arrives at the UE without delay Remote command CONFigure WCDMa SIGN i RFSettings CARRier c EDC OUTPut RF Input RX The following parameters configure the RF i...

Page 146: ...y a very long optical fiber cable The signaling application uses this information to compensate for the delay and to syn chronize the uplink and the downlink in spite of the delay Remote command CONFi...

Page 147: ...FREQuency DL CONFigure WCDMa SIGN i RFSettings CARRier c FREQuency UL CONFigure WCDMa SIGN i RFSettings CARRier c FOFFset DL CONFigure WCDMa SIGN i RFSettings CARRier c FOFFset UL Dual Carrier Separa...

Page 148: ...148 Output Power Ior 148 AWGN Noise Ioc 149 Geometric Factor Ior Ioc 149 Total Output Power Ior Ioc 149 RF Power Uplink 150 RF Power Downlink The following parameters configure the power characteristi...

Page 149: ...eeded for many of the performance tests and support of RRM tests described in 3GPP TS 34 121 The signal at the output connector is limited to the maximum level stated in the data sheet When the settin...

Page 150: ...calculated automatically from the UL power control settings and displayed for information As long as no call or connection has been set up the expected power corresponds to the expected initial pream...

Page 151: ...kground information see chap ter 2 2 7 Internal Fading on page 26 Fig 2 56 Internal fading settings Fading Simulator 151 DL Settings 153 Fading Module AWGN 153 2 4 8 1 Fading Simulator The following p...

Page 152: ...E CONFigure WCDMa SIGN i FADing FSIMulator RESTart Start Seed Sets the start seed for the pseudo random fading algorithm This enables reproducible fading conditions Remote command CONFigure WCDMa SIGN...

Page 153: ...W Power 153 Noise Total BW Power 153 Signal Noise System BW Power 153 Noise System BW Power Displays the noise power on the downlink carrier i e within the channel bandwidth Remote command CONFigure W...

Page 154: ...the requirements of 3GPP TS 34 121 section 7 1 2 minimum bandwidth 5 76 MHz flatness less than 0 5 dB peak to average ratio at a probability of 0 001 above 10 dB Remote command CONFigure WCDMa SIGN i...

Page 155: ...calculation of the accumulated power HSPA channels are only considered if they are relevant for the currently configured connection type The power is indicated relative to the base level of the gener...

Page 156: ...GN i DL CARRier c OCNS TYPE Code Conflict Displays whether a code conflict is detected or not Additionally a red box is displayed next to the conflicting channels Conflicts are not corrected automatic...

Page 157: ...Enhanced 159 Transmission Timing 159 Acknowledge 159 DPCH Enhanced 159 2nd Scrambling Code 159 Power Offset 159 Timing Offset 160 Phase Reference 160 Channel Table The column titles of the channel ta...

Page 158: ...ter 2 2 10 4 Channelization Codes on page 39 Option R S CMW KS410 is required for S CPICH Remote command CONFigure WCDMa SIGN i DL CODE DPCH etc CONFigure WCDMa SIGN i DL CODE FDPCh etc CONFigure WCDM...

Page 159: ...priately The UE can be registered and a con nection can be set up Negative The R S CMW always responds with negative acknowledgments so that the random access procedure fails after the maximum number...

Page 160: ...SIGN i DL ENHanced DPCH PHASe 2 4 9 3 HS SCCH Configuration This section configures an HS SCCH set with up to four HS SCCH channels For a dual carrier scenario all settings are available per carrier F...

Page 161: ...dentifies the UE for which data is transmitted in the corresponding HS DSCH TTI As the entire HS SCCH set is allocated to a single UE all channels have the same UE ID Modifying one UE ID changes all d...

Page 162: ...a stress test for the UE to check whether it can actually detect subframes irrespective of the HS SCCH carrying the UE ID Cyclic Automatic Cyclic applies to a R5 connection The UE ID is transferred on...

Page 163: ...l OFF HS SCCH 3 Level 7 dB HS SCCH 4 Level OFF Selection Cyclic Automatic Number of HSSCCH 3 Inter TTI 2 configured in HSDPA channel configuration see chapter 2 4 13 HSDPA Settings on page 202 As a re...

Page 164: ...the reference power adjustment is compensated for by a dynamic OCNS Option R S CMW KS401 is required Remote command CONFigure WCDMa SIGN i DL CARRier c LEVel HSPDsch Channel Code Defines the channeliz...

Page 165: ...turned CQI values Auto The correct value is calculated automatically using the formula PHS PDSCH PP CPICH CQI UE Category Remote command CONFigure WCDMa SIGN i DL CARRier c ENHanced HSPDsch POFFset Un...

Page 166: ...he channelization code number of a channel The E HICH and the E RGCH use the same channelization code number Configuring the E HICH configures also the E RGCH If the dual carrier HSPA scenario is acti...

Page 167: ...from the columns Spreading Factor and Code Number to facilitate the identification of the individual channels in the example diagram Channel Spreading Factor Code Number Code Number Range SF 512 Level...

Page 168: ...Power Control TPC Setup 176 Gain Factors 177 2 4 10 1 Miscellaneous Physical Uplink Settings This section describes the highest level of the Physical Uplink Settings section Fig 2 67 Miscellaneous phy...

Page 169: ...Power Offset the larger the initial DPCCH power If the dual carrier HSPA scenario is active individual values can be set per carrier The DPCCH power offset for secondary uplink frequency is defined a...

Page 170: ...mated UL interference in dBm contained in System Information Block type 7 In a network the UL Interference can change fast A large interference value increases the initial preamble power Remote comman...

Page 171: ...t available 1 available Option R S CMW KS410 is required Remote command CONFigure WCDMa SIGN i UL PRACh PREamble SIGNature Preamble Subchannels Specifies which of the 12 PRACH subchannels are availabl...

Page 172: ...N i UL PRACh PREamble MCYCles Message Part Power Offset Transmit power difference between the last preamble transmitted and the RACH mes sage part Option R S CMW KS410 is required Remote command CONFi...

Page 173: ...GH All the others are suspended Option R S CMW KS410 is required for Change of TFC option R S CMW KS401 for Max Power E DCH Remote command CONFigure WCDMa SIGN i UL TPC SET TPC State When the button P...

Page 174: ...s not match the precondition of the active TPC setup Target Power Locked closed loop target power reached Target Power Unlocked reaching closed loop target power failed Max Power maximum power reached...

Page 175: ...urrent and target E TFCI have been equal when the TPC setup was started but they differ when the maximum power is assumed to be reached Remote command CONFigure WCDMa SIGN i UL TPC MPEDch STATe Alg St...

Page 176: ...line to test mode HSPA subtest 5 Table columns PreCond defines or displays a precondition that the UE is commanded to before the pattern can be executed For test steps E F G and H segmentation can be...

Page 177: ...UL TPCSet PCONfig TSSegment CONFigure WCDMa SIGN i UL TPCSet PCONfig PHUP CONFigure WCDMa SIGN i UL TPCSet PCONfig PHDown 2 4 10 6 Gain Factors The parameters in this section specify gain factors and...

Page 178: ...DMa SIGN i UL GFACtor HSDPa HSUPA The following parameters control the gain factors for the uplink HSUPA channels E DPCCH and E DPDCH The UE derives the gain factors from the signaled values For detai...

Page 179: ...TFCi NUMBer CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi REFerence CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi POFFset CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi BOOSt CONFigure WCDMa SIGN i UL...

Page 180: ...82 Test Mode The instrument uses an SRB to set up a test mode connection Four test mode types are available RMC HSPA RMC HSPA and FACH For test mode types with RMC the SRB is established in the CS dom...

Page 181: ...ncoder decoder to the DUT involving the audio measurements application with the codec board This parameter is only available with the speech codec board Option R S KS410 is required For general prereq...

Page 182: ...f one of the fixed bit rates is selected this bit rate is used in uplink and downlink If mode M is selected the instrument and the UE can select one of the supported bit rates Option R S CMW KS410 req...

Page 183: ...scripts However some tests e g Spurious Emissions tests as defined in 3GPP TS 34 121 require the CELL_FACH state where no dedicated traffic channel resource is allo cated to the UE For the CELL_FACH t...

Page 184: ...s not available in the reduced signaling Remote command CONFigure WCDMa SIGN i CONNection TMODe TYPE Keep Test Loop during Reconfiguration Specifies whether the test loop is kept closed when the opera...

Page 185: ...etting is only relevant when an RMC with symmetric DL UL data rate is used If the uplink CRC is enabled the UE sends a 16 bit CRC sequence the DL UL trans port block size is symmetric If the uplink CR...

Page 186: ...d the HSPA connection are set up RMC on CS HSPA opt When you set up the test mode connection only the RMC connection is set up You can trigger an HSPA connection setup manually later on if desired opt...

Page 187: ...an UL SDU size of n times 2936 bit the UE can transmit n copies of each received SDU in the uplink The default value of 8808 bit n 3 is sufficient for an uplink user data rate of 2 Mbps which is the...

Page 188: ...ce in the UE reordering buffer for HSDPA as described in 3GPP TS 25 321 section 11 6 2 3 Select Auto for automatic configuration or select Manual and enter the value man ually to the right Option R S...

Page 189: ...fined individually for each of these channels see chapter 2 4 9 Physical Channel DL Settings on page 154 If the dual carrier scenario is active individual values can be set per carrier For background...

Page 190: ...MCC should be set to a value between 440 and 443 when using operating band VI Otherwise a Release 5 UE or lower may fail to register Remote command CONFigure WCDMa SIGN i CELL MCC MNC Specifies the M...

Page 191: ...re WCDMa SIGN i CELL RNC Cell Identity Specifies the cell identity This parameter is suspended in the state CEST connection established Remote command CONFigure WCDMa SIGN i CELL IDENtity Node B Ident...

Page 192: ...d Remote command CONFigure WCDMa SIGN i CELL SECurity ENABle Secret Key The secret key K is used for the authentication procedure including a possible integrity check The value is entered as 32 digit...

Page 193: ...the default IMSI is always enabled and can not be disabled man ually During registration of a different IMSI the default IMSI is disabled automatically Afterwards you can re enable the default IMSI m...

Page 194: ...LL REQuest ADETach IMEI Request Enable or disable the request of the International Mobile station Equipment Identity IMEI from the UE A received IMEI is displayed in the main view An IMEI request is a...

Page 195: ...ction SEARch S intersearch Sets threshold Sintersearch for inter frequency measurements and for the HCS measure ment rules Option R S CMW KS410 required Remote command CONFigure WCDMa SIGN i CELL RESe...

Page 196: ...or the cell reselection algorithm Option R S CMW KS410 required Remote command CONFigure WCDMa SIGN i CELL RESelection TIME 2 4 12 7 Timer and Constants The parameters in this section configure timers...

Page 197: ...Network This counter limits the number of paging procedures to be performed if no answer is received from the UE Paging is repeated until the specified number of paging repeti tions is reached Then th...

Page 198: ...figure the rejection of location update requests and attach requests received from the UE The rejection causes are defined in 3GPP TS 24 008 section 10 5 3 6 and annex G The purpose of rejecting UE re...

Page 199: ...configure the neighbor cell entries press the Edit button The configuration dialog contains one tab per technology Only the enabled entries are broadcast The evalua tion and display of the individual...

Page 200: ...layed for information Remote command CONFigure WCDMa SIGN i NCELl LTE THResholds HIGH 2 4 12 10 Time The Time section allows you to send configurable date and time information to the UE Thus you can u...

Page 201: ...an offset of 1 hour or 2 hours Option R S CMW KS410 is required Remote command CONFigure WCDMa SIGN i CELL TIME DSTime Send Time Press Now to send the date and time information to the UE at Register...

Page 202: ...nd a system time according to the time zone With an offset the cell starts with delay system frame number 0 plus the offset and a system time according to the time zone plus the off set This parameter...

Page 203: ...ycle of n 2 ms and a repetition factor of m a new CQI symbol is trans mitted in every nth subframe and repeated in the following m 1 subframes Either a new or a repeated CQI value can be sent per HS D...

Page 204: ...ually configured value is used If reported values are available the application displays the used value Note that the terms UE Category and HS DSCH Category are synonymous in the context of HSDPA Opti...

Page 205: ...ion 7 4 2 1 H Set 1A Max Input see 3GPP TS 34 121 section 6 3C H Set 8 Max Input see 3GPP TS 25 101 section 7 4 2 2 H Set 8A Max Input see 3GPP TS 25 101 section 7 4 3 2 H Set 8 12 Max Throughput H se...

Page 206: ...TS 25 214 section 6A 2 3 Which of the tables is applied depends on the UE category see UE Category on page 204 Each row of a mapping table can be identified via the CQI value listed in the first tabl...

Page 207: ...te command CONFigure WCDMa SIGN i CELL HSDPa CQI TINDex CONFigure WCDMa SIGN i CELL CARRier c HSDPa CQI FIXed CONFigure WCDMa SIGN i CELL HSDPa CQI SEQuence CONFigure WCDMa SIGN i CELL HSDPa CQI FOLLo...

Page 208: ...for 64 QAM Remote command CONFigure WCDMa SIGN i CELL HSDPa CQI RVCSequences QPSK CONFigure WCDMa SIGN i CELL HSDPa CQI RVCSequences QPSK UDEFined CONFigure WCDMa SIGN i CELL HSDPa CQI RVCSequences Q...

Page 209: ...CELL HSDPa UDEFined HARQ IR Buffer Size Displays the size no of bits of the virtual IR buffer used in the H ARQ process The IR buffer size is given by the total buffer size divided by the number of H...

Page 210: ...Option R S CMW KS411 and R S CMW KS403 required for 64 QAM Remote command CONFigure WCDMa SIGN i CELL CARRier c HSDPa UDEFined MODulation RV Coding Sequences Redundancy and constellation version codin...

Page 211: ...E RGCH and E HICH Settings 218 HS SCCH Order 221 RAB H ARQ Profile Settings 221 2 4 14 1 Miscellaneous HSUPA Settings This section describes the highest level of the HSUPA section Many of the paramet...

Page 212: ...WCDMA frame comprising 15 slots Depending on the UE category the UE supports both or only one TTI mode see table 2 8 The TTI duration has an impact on the number of HARQ processes 4 for 10 ms TTI 8 f...

Page 213: ...i CELL HSUPa UECategory MANual CONFigure WCDMa SIGN i CELL HSUPa UECategory REPorted E TFCI Table Index Specifies the E TFCI table index value signaled to the UE in section E DPDCH Info The value indi...

Page 214: ...KS401 is required Remote command CONFigure WCDMa SIGN i CELL HSUPa PLPLnonmax Maximum Channelisation Code Specifies the Maximum channelisation codes value signaled to the UE in section E DPDCH Info T...

Page 215: ...401 is required Remote command CONFigure WCDMa SIGN i CELL HSUPa EAGCh TINDex RAB H ARQ Profile See chapter 2 4 14 5 RAB H ARQ Profile Settings on page 221 2 4 14 2 E AGCH Settings The following setti...

Page 216: ...column per TTI Each table column contains three parameter values It defines an absolute grant index the absolute grant scope and selects whether the message is addressed to the primary or to the seco...

Page 217: ...d continuously So when the end of the pattern is reached it starts again with the first column With repetition Once the selected pattern is transmitted once whenever the Exe cute button is pressed Bef...

Page 218: ...CH Settings The following settings configure the contents of the Enhanced DCH Relative Grant Channel E RGCH and the Enhanced DCH Hybrid ARQ Indicator Channel E HICH per UL carrier The E RGCH carries r...

Page 219: ...for dual carrier HSPA Mode HARQ Feedback E HICH Type of the HARQ acknowledgment indicator sequence transmitted via the E HICH You can e g send an alternating sequence or an all ACK or all NACK sequenc...

Page 220: ...figure different values for the E HICH signature and the E RGCH signature Remote command CONFigure WCDMa SIGN i CELL CARRier c HSUPa ERGCh SIGNature RG Pattern Execution Relative Grant E RGCH Triggers...

Page 221: ...Option R S CMW KS405 is required Remote command CONFigure WCDMa SIGN i CELL HSUPa HORDer SEND CONFigure WCDMa SIGN i CELL HSUPa HORDer SDCorder CONFigure WCDMa SIGN i CELL HSUPa HORDer SUForder 2 4 14...

Page 222: ...test loop cannot be used Thus the data pattern setting is not relevant during the CPC see Data Pattern R S CMW does not check the UE CPC capability R S CMW warns if the conditions defined in 3GPP TS 2...

Page 223: ...il enabling a new timing pattern for the DRX DTX operation Remote command CONFigure WCDMa SIGN i CELL CPC DTRX DELay UE DTX DRX Offset Offset of the DTX DRX cycles at the given TTI This parameter is u...

Page 224: ...ld 225 Default SG 225 Enable Enables discontinuous transmission in the uplink Remote command CONFigure WCDMa SIGN i CELL CPC UDTX ENABle UE DTX Long Preamble Length Preamble is used for the synchronis...

Page 225: ...ld UE DTX Cycle Specifies when to activate the UE DTX cycle 2 after the last uplink data transmission Remote command CONFigure WCDMa SIGN i CELL CPC UDTX CYCLe no ITHReshold Default SG UE DTX Cycle In...

Page 226: ...CDMa SIGN i CELL CPC DDRX CYCLe ITHReshold UE Grant Monitoring The following settings apply to the UE grant monitoring Enable UE Grant Monitoring Configures whether the UE is required to monitor E AGC...

Page 227: ...he UE can start E DCH transmission only at given times according to MAC DTX cycle Remote command CONFigure WCDMa SIGN i CELL CPC MAC CYCLe ITHReshold 2 4 16 UE Measurement Report Settings The paramete...

Page 228: ...abilities If the dual carrier scenario is active the reports for the two carriers consist of different information elements which can be enabled or disabled per carrier Current Cell cor responds to ca...

Page 229: ...UL CM TX Test Pattern 230 Pattern Selection Selects the following alternative transmission gap patterns None the compressed mode is not activated UE report pattern up to five transmission gap patterns...

Page 230: ...ier RSSI see 3GPP TS 34 121 table C 5 2 set 2 C pattern to search for the BSIC and decode it when detecting a new GSM neigh bor cell see 3GPP TS 25 133 table 8 7 pattern 2 D pattern to track and decod...

Page 231: ...2 4 18 1 General Settings This section describes the upper part of SMS settings Fig 2 110 Keep test loop during SMS parameter Keep Test Loop during SMS Specifies whether the test loop is kept closed...

Page 232: ...s the rest is discarded Multiple SMS up to five concatenated SMS messages consisting in sum of up to 800 characters Remote command CONFigure WCDMa SIGN i SMS OUTGoing LHANdling RMC Reestablish Delay D...

Page 233: ...WCDMa SIGN i SMS OUTGoing BINary Data Coding Character Set Defines whether the SMS message text is encoded as 7 bit ASCII text or 8 bit data Remote command CONFigure WCDMa SIGN i SMS OUTGoing DCODing...

Page 234: ...e Text Resets all parameters related to the received SMS message The message text and information about the message length are deleted The mes sage read flag is set to true Remote command SENSe WCDMa...

Page 235: ...me Offset K 236 Level 2 DRX 236 Enable 236 Period of BMC Sched Message P 236 Length of CBS Sched Period L 236 Offset to Begin CTCH BS Index O 236 Fill Empty Blocks with Scheduling Message 236 Level 1...

Page 236: ...les discontinuous reception DRX for the CBS scheduling Remote command CONFigure WCDMa SIGN i CBS DRX ENABle Period of BMC Sched Message P Level 2 DRX Sets the period of scheduling message that is tran...

Page 237: ...238 Data 238 Repetition Period 238 Message 1 Configures the particular CB message Enable Message 1 Enables the transmission of a CB message Remote command CONFigure WCDMa SIGN i CBS MESSage ENABle ID...

Page 238: ...ifies the alphabet coding and the language of a CB message Remote command CONFigure WCDMa SIGN i CBS MESSage DCSCheme Category Message 1 Specifies the privilege category of a CB message Remote command...

Page 239: ...2 117 Message monitoring settings Add WCDMA Signaling to logging Enables or disables message monitoring for the WCDMA signaling application Remote command CONFigure WCDMa SIGN i MMONitor ENABle Loggi...

Page 240: ...ALL 2 4 22 2 BER Tab The tab shows the connection status and measurement results to the left and settings to the right Additional settings of the WCDMA signaling application can be accessed via the S...

Page 241: ...fset between DL DPCH and UL DPCH at the RF connectors of the instrument The ideal offset as specified by 3GPP equals 1024 chips The DL UL alignment is a general measurement result available independen...

Page 242: ...terminated the results are periodically updated Single Shot The measurement is stopped after one statistics cycle Single shot is preferable if only a single measurement result is required under fixed...

Page 243: ...rying an irregular bit pattern in particular a PN sequence PRBS The main purpose of the setting is to check whether a high BER actually results from a reorder ing of blocks by the UE ON The R S CMW ch...

Page 244: ...RT STOP keys See also Measurement Control in the R S CMW user manual chapter System Overview HSDPA ACK Softkey The softkey shows the current measurement state Additional measurement substates can be r...

Page 245: ...GN i HACK TRACe THRoughput CARRier c AVERage etc FETCh WCDMa SIGN i HACK TRACe THRoughput TOTal CURRent etc FETCh WCDMa SIGN i HACK TRACe THRoughput TOTal AVERage etc FETCh WCDMa SIGN i HACK TRACe MCQ...

Page 246: ...etition Defines how often the measurement is repeated if it is not stopped explicitly or by a failed limit check Continuous The measurement is continued until it is explicitly terminated the results a...

Page 247: ...easurement is included in the WCDMA signaling application It must be activated in the Measurement Controller dialog via the entry RX Measure ment The E HICH tab of the RX measurement view and the rela...

Page 248: ...ortant settings of the WCDMA signaling application can be accessed via the Signaling Parameter softkey and the related hotkeys To switch to the signaling application press the WCDMA UE Signaling softk...

Page 249: ...llowing hotkeys are then available at the bottom of the GUI Hotkey Description Select Trace Select the trace types to be displayed in the view Y Scale Modify the ranges of the Y axis where both manual...

Page 250: ...her Remote command CONFigure WCDMa SIGN i EHICh REPetition Measure Frames Specifies the number of subframes to be measured per measurement cycle statistics cycle Remote command CONFigure WCDMa SIGN i...

Page 251: ...t results and the connection status The connection status information displayed at the bottom is the same as in the WCDMA signaling main view see chapter 2 4 1 1 Connection Status on page 109 The most...

Page 252: ...ottom of the GUI Hotkey Description PDU SDU Switch between PDU and SDU traces Select Trace Select the trace types to be displayed in the diagram 2 4 25 3 Measurement Control Settings The Measurement C...

Page 253: ...indow displaying the throughput traces X axis range The win dow size equals the duration of a single shot measurement one statistics cycle It is internally rounded down to the next integer multiple of...

Page 254: ...ment results and the connection status The connection status information displayed at the bottom is the same as in the WCDMA signaling main view see Connection Status The most important settings of th...

Page 255: ...ULLogging SCELl etc FETCh WCDMa SIGN i ULLogging DCARrier etc FETCh WCDMa SIGN i ULLogging DCHSpa etc Related hotkeys To display the hotkeys press the Display softkey The following hotkeys are then a...

Page 256: ...other Remote command CONFigure WCDMa SIGN i ULLogging REPetition Measure Subframes Specifies the number of subframes to be measured per measurement cycle statistics cycle Remote command CONFigure WCD...

Page 257: ...e CALL WCDMa SIGN CSWitched ACTion CONNect Depending on the settings this may also initiate a connection setup in the PS domain To initiate a connection setup in the PS domain after the CS connection...

Page 258: ...the UE 274 Setting up a CS Connection Signaling 274 Setting up an Audio CS Connection 274 Setting up an HSPA Connection Signaling 275 Setting up a Dual Carrier HSPA Connection Signaling 275 Setting u...

Page 259: ...NFigure WCDMa SIGN RFSettings CARRier EATTenuation INPut 2 CONFigure WCDMa SIGN RFSettings CARRier1 EDC OUTPut 20E 6 CONFigure WCDMa SIGN RFSettings CARRier2 EDC OUTPut 20E 6 CONFigure WCDMa SIGN RFSe...

Page 260: ...al power for the sum of both carriers CONFigure WCDMa SIGN RFSettings COPower TOTal 50 CONFigure WCDMa SIGN RFSettings TOPower TOTal Select manual expected nominal power mode and specify the expected...

Page 261: ...DMa SIGN DL LEVel SCCPch 5 CONFigure WCDMa SIGN DL CODE SCCPch 6 Configure 2 HS SCCH level channelization code UE ID and dummy UE ID CONFigure WCDMa SIGN DL CARRier1 LEVel HSSCch1 10 CONFigure WCDMa S...

Page 262: ...CONFigure WCDMa SIGN DL CARRier1 ENHanced HSSCch SELection AUTomatic CONFigure WCDMa SIGN DL CARRier1 ENHanced HSSCch NUMBer 2 CONFigure WCDMa SIGN DL CARRier1 ENHanced HSSCch USFRames DTX CONFigure...

Page 263: ...ted initial preamble power CONFigure WCDMa SIGN UL OLPControl CVALue 28 CONFigure WCDMa SIGN UL OLPControl INTerference 90 SENSe WCDMa SIGN UL OLPControl EIPPower Configure PRACH settings available pr...

Page 264: ...E terminated call type and specify SRB data rate CONFigure WCDMa SIGN CONNection UETerminate TEST CONFigure WCDMa SIGN CONNection SRBData R1K7 R1K7 Configure voice calls select loopback connection set...

Page 265: ...n TMODe HSPA USDU 11744 Configure packet data settings data rate receiving window size T1 release timer CONFigure WCDMa SIGN CONNection PACKet DRATe HSDPa HSUPa CONFigure WCDMa SIGN CONNection PACKet...

Page 266: ...123456063 Enable CS registration and PS attach Enable IMEI request CONFigure WCDMa SIGN CELL REQuest ADETach ON CONFigure WCDMa SIGN CELL REQuest IMEI ON Configure cell reselection parameters CONFigur...

Page 267: ...30 2 5 1 7 Configuring HSDPA Settings Configure CQI feedback cycle CQI repetition factor and ACK NACK repetition factor Configure UE category manually and use fixed reference channel CONFigure WCDMa...

Page 268: ...L CARRier1 HSDPa UDEFined TTI 3 CONFigure WCDMa SIGN CELL CARRier2 HSDPa UDEFined TTI 3 CONFigure WCDMa SIGN CELL HSDPa UDEFined HARQ 5 CONFigure WCDMa SIGN CELL CARRier1 HSDPa UDEFined TBLock 42 CONF...

Page 269: ...er offset and max retransmissions CONFigure WCDMa SIGN CELL HSUPa HARQ POFFset 1 CONFigure WCDMa SIGN CELL HSUPa HARQ RETX 8 Configure E AGCH settings E RNTIs of UE absolute grant pattern length indic...

Page 270: ...cycle 1 and 2 CONFigure WCDMa SIGN CELL CPC UDTX ENABle ON CONFigure WCDMa SIGN CELL CPC UDTX LPLength 15 CONFigure WCDMa SIGN CELL CPC UDTX CQITimer 32 CONFigure WCDMa SIGN CELL CPC UDTX CYCLe1 APAT...

Page 271: ...ON CONFigure WCDMa SIGN UEReport NCELl LTE ENABle ON ON 2 5 1 11 Configuring Message Monitoring Enable message monitoring for WCDMA Select address number 2 from the global logging PC address pool Que...

Page 272: ...re the baseband input according to the baseband output of the external fader SENSe WCDMa SIGN IQOut CARRier1 SENSe WCDMa SIGN IQOut CARRier2 CONFigure WCDMa SIGN IQIN CARRier1 30 20 CONFigure WCDMa SI...

Page 273: ...igure period and frame offset of CTCH allocation CONFigure WCDMa SIGN CBS CTCH ENABle ON CONFigure WCDMa SIGN CBS CTCH PERiod 8 CONFigure WCDMa SIGN CBS CTCH FOFFset 7 Enable DRX for CBS configure per...

Page 274: ...e connection state until it equals CEST connection established CALL WCDMa SIGN CSWitched ACTion CONNect WHILE FETCh WCDMa SIGN CSWitched STATe CEST 2 5 1 19 Setting up an Audio CS Connection Connect t...

Page 275: ...CEST WHILE FETCh WCDMa SIGN PSWitched STATe CEST SENSe WCDMa SIGN CELL CONFig Check which kind of HSPA test mode has been activated Query the IPv4 address and APN used by the UE SENSe WCDMa SIGN UESi...

Page 276: ...SUPa HORDer SDCorder ON CONFigure WCDMa SIGN CELL HSUPa HORDer SUForder ON CONFigure WCDMa SIGN CELL HSUPa HORDer SEND CONFigure WCDMa SIGN CELL HSUPa HORDer SEND Query the IPv4 address and APN used b...

Page 277: ...ned pattern execution number of 0 bits for test step EF and GH segmentation for test steps CONFigure WCDMa SIGN UL TPC TPOWer REFerence DPCH CONFigure WCDMa SIGN UL TPC TPOWer 30 CONFigure WCDMa SIGN...

Page 278: ...ECapability HSUPa SENSe WCDMa SIGN UECapability PDCP SENSe WCDMa SIGN UECapability RLC SENSe WCDMa SIGN UECapability PDOWnlink SENSe WCDMa SIGN UECapability PUPLink SENSe WCDMa SIGN UECapability RFPar...

Page 279: ...DMa SIGN HANDover CATalog DESTination PREPare WCDMa SIGN HANDover DESTination LTE Sig1 WHILE SOURce LTE SIGN CELL STATe ALL RFH ADJ CALL WCDMa SIGN CSWitched ACTion HANDover CALL WCDMa SIGN PSWitched...

Page 280: ...gnaling application is programmed as follows The application is controlled by SCPI commands with the following syn tax WCDMa SIGN BER After a RST the measurement is switched off Use READ WCDMa SIGN BE...

Page 281: ...hapter 2 5 1 18 Setting up a CS Connection Signal ing on page 274 2 5 2 3 Performing a BER Measurement Start single shot measurement Return BER measurement results Query the measurement state should b...

Page 282: ...SIGN HACK REPetition SINGleshot CONFigure WCDMa SIGN HACK MSFRames 3000 CONFigure WCDMa SIGN HACK HARQ ALL 2 5 3 2 Setting up an HSDPA Connection To set up the connection see chapter 2 5 1 20 Setting...

Page 283: ...is program med as follows The application is controlled by SCPI commands with the following syn tax WCDMa SIGN EHICh After a RST the measurement is switched off Use READ WCDMa SIGN EHICh to initiate a...

Page 284: ...roughput Tests The RLC Throughput measurement provided by the WCDMA signaling application is programmed as follows The application is controlled by SCPI commands with the following syn tax WCDMa SIGN...

Page 285: ...3 Initiate a mobile originated call at the UE 4 Generate IP traffic e g using the IPerf measurement provided by the DAU 2 5 5 3 Performing an RLC Throughput Measurement Start the measurement and retu...

Page 286: ...the signaling application refer to chap ter 2 5 1 Signaling Application on page 257 2 5 6 1 Configuring the UL Logging Measurement System Reset RST OPC CLS OPC Configure repetition mode measured subfr...

Page 287: ...ast Service Settings 479 Message Monitoring Settings 486 Using the WCDMA Wizard 486 BER Measurement 487 HSDPA ACK Measurement 494 RLC Throughput Measurement 504 E HICH Measurement 510 UL Logging Measu...

Page 288: ...result is located above the limit ULEL User limit exceeded lower A lower limit is violated The FETCh result is located below the limit See also Retrieving Measurement Results in the R S CMW user manua...

Page 289: ...he 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 vid...

Page 290: ...ue to 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 Inval...

Page 291: ...eps described for 101 Firmware Error 103 Parameter Error Indicates that the measurement could not be performed due to internal conflicting parameter settings A good approach to localize the conflictin...

Page 292: ...itched ACTion 294 CALL WCDMa SIGN i PSWitched ACTion 294 CALL WCDMa SIGN i RSIGnaling ACTion 295 PREPare WCDMa SIGN i HANDover DESTination 295 PREPare WCDMa SIGN i HANDover CATalog DESTination 295 FET...

Page 293: ...rator switched off ON generator has been turned on RFHandover ready to receive a handover from another signal ing application SyncState PENDing ADJusted PENDing the generator has been turned on off bu...

Page 294: ...As a prerequisite for connection setup the DL signal has to be switched on see SOURce WCDMa SIGN i CELL STATe Setting parameters CSAction CONNect DISConnect SSMS UNRegister HANDover CONNect Initiate...

Page 295: ...s to be switched on see SOURce WCDMa SIGN i CELL STATe Setting parameters RSAction ON OFF ON Switch on the reduced signaling connection OFF Switch off the reduced signaling connection Example See Sett...

Page 296: ...GN i CELL STATe To make sure that a WCDMA cell signal is actually available query the cell state It must be ON ADJ see SOURce WCDMa SIGN i CELL STATe ALL Return values CS State OFF ON REGister ALERtin...

Page 297: ...in progress RST OFF Example See Switching on the Cell Signal and the UE Signaling Usage Query only Firmware Software V1 0 15 0 V2 1 20 added CESTablished RELeasing CONNecting V3 2 60 added IHPReparat...

Page 298: ...nnected mobile This sec tion is not relevant in reduced signaling mode UE Info 298 UE Capabilities 304 UE Measurement Reports 324 2 6 4 1 UE Info The following queries retrieve information about the c...

Page 299: ...cy Queries whether the established connection is an emergency call Return values Active OFF ON ON emergency call OFF no emergency call Example See Retrieving Information Provided by the UE Signaling U...

Page 300: ...Firmware Software V1 0 15 0 Manual operation See Connection Type Established on page 131 SENSe WCDMa SIGN i UESinfo DINFo Queries the demodulation info provided by the demodulator stage of the instru...

Page 301: ...e Queries the type of the registration identity received from the UE during registration Return values RIType IMSI IMEI IMSISV TMSI UNKN Registration identity type as string UNKN means Unknown Example...

Page 302: ...nual operation See UE Called Calling Number on page 132 SENSe WCDMa SIGN i UESinfo DNUMber Queries the number dialed at the UE Return values Number Dialed number as string with up to 129 digits Exampl...

Page 303: ...tion See Connection Status on page 241 SENSe WCDMa SIGN i UESinfo UEADdress IPV n Returns the IPv4 address n 4 or the IPv6 prefix n 6 assigned to the UE by the R S CMW Suffix n 4 6 Return values IPAdd...

Page 304: ...EPosition 317 SENSe WCDMa SIGN i UECapability UEPosition GANSs 318 SENSe WCDMa SIGN i UECapability UEPosition GANSs GALileo 319 SENSe WCDMa SIGN i UECapability UEPosition GANSs GLONass 319 SENSe WCDMa...

Page 305: ...the UE supports CSG proximity indication CellTxDivDC NO YES Indicates whether the UE supports cell specific TX diversity in dual cell operation NCellSIAcq NO YES Indicates whether the UE supports a ne...

Page 306: ...icates whether the UE supports the HS PDSCH or not DLCapHSDSCH Supported DPCH data rate in case an HS DSCH is configured simultaneously Range 32 kbit s to 384 kbit s Default unit kbit s PhysLayerCatR5...

Page 307: ...e WCDMa SIGN i UECapability HSUPa Returns UE capability information related to HSUPA Return values HSUPA NO YES Indicates whether the UE supports HSUPA or not PhysLayerCatR6 E DCH physical layer categ...

Page 308: ...band 15 PowerClass15 UE power class for band 15 Band18 NO YES Support of operating band 18 PowerClass18 UE power class for band 18 Band22 NO YES Support of operating band 22 PowerClass22 UE power clas...

Page 309: ...s ULOLTD NO YES Indicates if the UE supports uplink open loop transmit diversity NC2C NO YES Indicates if the UE supports non contiguous multi cell operation on two cells NC3C NO YES Indicates if the...

Page 310: ...Signaling Usage Query only Firmware Software V3 2 70 Manual operation See RF Parameters on page 120 SENSe WCDMa SIGN i UECapability RFParameter BC no Indicates which carrier combination for specific...

Page 311: ...ination the UE supports Return values BComb1 NO YES Indicates if the UE supports the band combination 1 8 BComb2 NO YES Indicates if the UE supports the band combination 2 4 BComb3 NO YES Indicates if...

Page 312: ...according to RFC3095 Range 2 to 16384 ReverseDecomp Number of packets that can be reverse decompressed by the decompressor in the UE Range 0 to 65535 PDUSizeChange NO YES Support of lossless DL RLC PD...

Page 313: ...t channel Range 4 to 32 SimultCCTrCH Maximum number of downlink Coded Composite Transport Channels CCTrCHs that the UE is capable to process simulta neously CCTrCH should be interpreted as consisting...

Page 314: ...each DPCH is only calculated once The capability does not include codes used for S CCPCH Range 1 to 8 PhysicalChBits Maximum number of physical channel bits received in any 10 ms interval DPCH PDSCH S...

Page 315: ...ere all transport formats for all uplink transport channels are counted Range 32 to 1024 TurboDecoding NO YES Support of turbo decoding TXBitsAll Maximum number of bits of all transport blocks being t...

Page 316: ...ODe Returns UE capability information indicating whether the UE supports UTRA FDD or TDD or both Return values UTRA FDD TDD BOTH Example See Retrieving Information Provided by the UE Signaling Usage Q...

Page 317: ...doverGAN NO YES Indicates whether the UE supports PS handover to GAN EUTRAFDD NO YES Indicates whether the UE supports E UTRA FDD EUTRAInterRAT NO YES Indicates whether the UE supports inter RAT E UTR...

Page 318: ...he Observed Time Difference Of Arrival OTDOA UE based schemes RXTXTimeDiff NO YES Indicates if a UE has the capability to perform the Rx Tx time dif ference type 2 measurement CELLURAPCH NO YES Indica...

Page 319: ...ition GANSs SBAS Returns UE capability information related to the navigation standards indicated by the last mnemonic Galileo Global Navigation Satellite System GLONASS modernized Global Positioning S...

Page 320: ...requires compressed mode for meas urements on two additional frequencies FreqSpecificCM NO YES Indicates whether the UE can apply compressed mode outside of the used frequency bands only to the config...

Page 321: ...Band Returns the UE capabilities for GSM neighbor cell measurements related compressed mode Query parameters Band G04 G085 G09 G18 G19 GSM 400 GSM 850 GSM 900 GSM 1800 GSM 1900 Return values Compresse...

Page 322: ...ighbor cell measurement required in DL only YN compressed mode for the neighbor cell measurement required in UL only YY compressed mode for the neighbor cell measurement required in UL and DL Example...

Page 323: ...on page 130 SENSe WCDMa SIGN i UECapability IMSVoice Indicates the IMS voice capability of the UE as defined in 3GPP TS 25 331 section 10 3 3 14b Return values VoUtraPsHs NO YES indicates if a UE sup...

Page 324: ...Return values State RDY PENDing RDY Any requested reports have been received PENDing The instrument is waiting for reports from the UE RST RDY Example See Retrieving Information Provided by the UE Si...

Page 325: ...port contents for carrier 2 See also UTRA FDD Car rier 2 The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return va...

Page 326: ...surement with BSIC decoding Example See Retrieving Information Provided by the UE Signaling Usage Query only Firmware Software V3 2 60 Manual operation See Neighbor Cells GSM on page 116 SENSe WCDMa S...

Page 327: ...chips to 1280 chips Default unit chips Pathloss Range 46 dB to 158 dB Default unit dB Example See Retrieving Information Provided by the UE Signaling Usage Query only Firmware Software V3 2 60 Manual...

Page 328: ...output TX path i e RF connectors and RX TX modules To query the active scenario use ROUTe WCDMa SIGN i SCENario Depending on the installed hardware and the active sub instrument or instance i only a s...

Page 329: ...equipped with the RF 1 and RF 2 connectors and one 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...

Page 330: ...t or instance i All instruments are equipped with the RF 1 and RF 2 connectors and one RX and TX module Additional RF connectors and RX TX modules are optional See also Signal Path Settings in the R S...

Page 331: ...instruments are equipped with the RF 1 and RF 2 connectors and one 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 ch...

Page 332: ...ignal Path Settings in the R S CMW user manual chapter Remote Con trol Connector names RF1C RF2C RF3C RF4C RF 1 COM to RF 4 COM front panel RFAC RFBC virtual names for the RF COM connectors RF1O RF3O...

Page 333: ...et of the 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...

Page 334: ...paths and one RF input RX path Selects the RF connectors and RX TX modules to be used To query the active scenario use ROUTe WCDMa SIGN i SCENario Depending on the installed hardware and the active su...

Page 335: ...nnector TXConverter TX2Connector TX2Converter Activates the Standard Cell RX Diversity Fading Internal scenario and selects the RF connectors RX TX modules and digital I Q output connector to be used...

Page 336: ...WCDMa SIGN i SCENario DCFDiversity EXTernal RXConnector RXConverter TXConnector TXConverter TX2Connector TX2Converter IQConnector IQ2Connector Activates the Dual Carrier RX Diversity Fading External s...

Page 337: ...TX4 TX module for the second output path Select different modules for the two paths IQConnector IQ2O IQ4O IQ6O IQ8O DIG IQ OUT connector for external fading of the first output path Select different...

Page 338: ...names for the RF COM connectors RF1O RF3O RF 1 OUT RF 3 OUT front panel RFAO virtual name for the RF OUT connectors Parameters RXConnector RF1C RF2C RF3C RF4C RFAC RFBC RF connector for the input path...

Page 339: ...e also Signal Path Settings in the R S CMW user manual chapter Remote Con trol Connector names RF1C RF2C RF3C RF4C RF 1 COM to RF 4 COM front panel RFAC RFBC virtual names for the RF COM connectors RF...

Page 340: ...versity Standard Carrier Fading with RX Diversity DCFDiversity Dual Carrier Fading with RX Diversity DCHSpa Dual Carrier HSPA Fader EXTernal INTernal Only returned for fading scenarios e g SCF DCF Ind...

Page 341: ...TX4 TX module for output path 1 TX2Connector RF1C RF1O RF2C RF3C RF3O RF4C RF connector for output path 2 only returned for scenarios with two RF output paths TX2Converter TX1 TX2 TX3 TX4 TX module f...

Page 342: ...ge 145 CONFigure WCDMa SIGN i RFSettings CARRier c EATTenuation INPut ExtAttenuation Defines an external attenuation or gain if the value is negative to be applied to the RF input connector Suffix c 1...

Page 343: ...ARrier SEParation 350 CONFigure WCDMa SIGN i RFSettings DBDC 350 CONFigure WCDMa SIGN i RFSettings CARRier c COPower 350 CONFigure WCDMa SIGN i RFSettings COPower TOTal 351 CONFigure WCDMa SIGN i RFSe...

Page 344: ...vel Average level of the incoming baseband signal without noise Range depends on crest factor and level of outgoing base band signal Default unit dBFS Example See Configuring the I Q Settings Firmware...

Page 345: ...al operation See Operating Band Channel Frequency Offset UL DL Sepa ration on page 146 CONFigure WCDMa SIGN i RFSettings CARRier c CHANnel DL ChannelNumber Selects the DL channel number The channel nu...

Page 346: ...UL DL Sepa ration on page 146 CONFigure WCDMa SIGN i RFSettings CARRier c DL Band Channel Selects the operating band and the DL channel number The channel number must be valid for the operating band f...

Page 347: ...band and the UL channel number The channel number must be valid for the operating band for dependencies see chap ter 2 2 12 Operating Bands on page 49 The related DL channel number is calculated and s...

Page 348: ...d set as well Suffix c 1 2 Selects the carrier to be configured only relevant for dual car rier scenario Parameters Frequency Range depends on operating band RST carrier 1 2112 6E 6 Hz carrier 2 2117...

Page 349: ...rs FreqOffset Range 100000 Hz to 100000 Hz RST 0 Hz Default unit Hz Example See Specifying General Settings Firmware Software V3 2 60 Manual operation See Operating Band Channel Frequency Offset UL DL...

Page 350: ...For operating band description see chapter 2 2 12 Operating Bands on page 49 Parameters Enable OFF ON RST Off Config UDEFined C1 C2 C3 C4 C5 UDEFined User defined custom free band selection C1 DL band...

Page 351: ...i RFSettings COPower TOTal TotalOutChPwr Sets the total base level of the generator For dual carrier this is the sum of the two carrier powers If you modify the total power level both carrier powers...

Page 352: ...AWGN Min Output Power External Attenuation Max AWGN Max Output Power External Attenuation Base Level Range 130 dBm to 5 dBm for the output power at RFx COM 120 dBm to 3 dBm at RFx OUT please also not...

Page 353: ...age 149 CONFigure WCDMa SIGN i RFSettings TOPower TOTal Queries the sum of the Output Channel Power Ior and the AWGN Noise power Ioc For dual carrier the result indicates the sum of the Ior and Ioc va...

Page 354: ...ernal Attenuation User Margin Range 47 dBm to 34 dBm for the input power at the RF COM connectors please notice also the ranges quoted in the data sheet RST 0 dBm Default unit dBm Example See Specifyi...

Page 355: ...CONFigure WCDMa SIGN i FADing FSIMulator RESTart 356 CONFigure WCDMa SIGN i FADing FSIMulator GLOBal SEED 357 CONFigure WCDMa SIGN i FADing FSIMulator ILOSs MODE 357 CONFigure WCDMa SIGN i FADing FSIM...

Page 356: ...page 152 CONFigure WCDMa SIGN i FADing FSIMulator RESTart MODE RestartMode Sets the restart mode of the fading simulator Parameters RestartMode AUTO MANual AUTO fading automatically starts with the D...

Page 357: ...ofile USER the insertion loss can be adjusted by the user RST NORM Example See Configuring Internal Fading Firmware Software V3 0 30 Options R S CMW KS410 R S CMW KE100 and R S CMW KE400 Manual operat...

Page 358: ...DSHift MODE Parameters Frequency Range 1 Hz to 2000 Hz Default unit Hz Example See Configuring Internal Fading Firmware Software V3 0 30 V3 2 60 range changed setting enabled Options R S CMW KS410 R...

Page 359: ...y Firmware Software V3 0 30 Options R S CMW KS410 R S CMW KE100 and R S CMW KE400 Manual operation See Noise System BW Power on page 153 CONFigure WCDMa SIGN i FADing CARRier c POWer NOISe TOTal Queri...

Page 360: ...FADing CARRier c AWGN ENABle Enable Enables or disables AWGN insertion via the fading module For dual carrier the same settings are applied to both carriers Thus it is sufficient to configure one carr...

Page 361: ...noise ratio for the AWGN inserted on the internal fading module Suffix c 1 2 Selects the carrier for which the information shall be queried only relevant for dual carrier scenario Return values Ratio...

Page 362: ...dual carrier scenario Return values Power Range 80 dB to 10 dB Default unit dB Example See Configuring Physical Channel DL Settings Usage Query only Firmware Software V2 1 30 Manual operation See Accu...

Page 363: ...he carrier to be configured only relevant for dual car rier scenario Parameters Type R99 R5 R6 R7 AUTO RST AUTO Example See Configuring Physical Channel DL Settings Firmware Software V2 1 30 V3 0 30 a...

Page 364: ...N i DL CARRier c LEVel PCCPch 365 CONFigure WCDMa SIGN i DL CARRier c LEVel FDPCh 365 CONFigure WCDMa SIGN i DL LEVel SCPich 366 CONFigure WCDMa SIGN i DL LEVel SCCPch 366 CONFigure WCDMa SIGN i DL LE...

Page 365: ...e V2 1 30 V3 1 10 ON OFF no longer allowed always ON Manual operation See Level on page 157 CONFigure WCDMa SIGN i DL CARRier c LEVel PSCH Level CONFigure WCDMa SIGN i DL CARRier c LEVel SSCH Level CO...

Page 366: ...nel using the previous default level Example See Configuring Physical Channel DL Settings Firmware Software V1 0 15 0 Options For S CPICH R S CMW KS410 Manual operation See Level on page 157 CONFigure...

Page 367: ...e queried only relevant for dual carrier scenario Return values ChannelCode The returned value is fixed Range 0 Usage Query only Firmware Software V2 1 30 Manual operation See Code on page 158 CONFigu...

Page 368: ...g code is deactivated the primary scrambling code is used see CONFigure WCDMa SIGN i CELL CARRier c SCODe Parameters SecScrambCode Range 1 to 15 RST 1 Additional parameters OFF ON disables enables the...

Page 369: ...priately NEGative The R S CMW always responds with negative acknowledgements RST POS Example See Configuring Physical Channel DL Settings Firmware Software V1 0 15 0 Manual operation See Acknowledge o...

Page 370: ...iming and the DL DPCH timing in multi ples of 256 chips 1 10 slot Parameters TimingOffset Range 0 to 149 RST 0 Example See Configuring Physical Channel DL Settings Firmware Software V1 0 15 0 Manual o...

Page 371: ...1 4 Selects the HS SCCH to be configured c 1 2 Selects the carrier to be configured only relevant for dual car rier scenario Parameters Level Range 80 dB to 0 dB RST carrier 1 10 3 dB carrier 2 11 4 d...

Page 372: ...al car rier scenario Parameters UEID Range 0 H0 to 65535 HFFFF RST HAAAA Example See Configuring Physical Channel DL Settings Firmware Software V2 1 30 Options R S CMW KS411 Manual operation See UE ID...

Page 373: ...nnels 1 to n AUTomatic For a R5 connection the UE ID is transferred on the HS SCCH sequence 1 2 n 1 2 and so on For a R7 R8 connection the UE ID is transferred on the appropriate HS SCCH automatically...

Page 374: ...ST DUMM Example See Configuring Physical Channel DL Settings Firmware Software V2 1 30 Options R S CMW KS411 Manual operation See Unscheduled Subframes on page 163 2 6 7 4 HS PDSCH Configuration The f...

Page 375: ...on the H Set For a user defined chan nel the number is configured directly Suffix c 1 2 Selects the carrier to be configured only relevant for dual car rier scenario Parameters ChannelCode Range 0 to...

Page 376: ...Selects the carrier to be configured only relevant for dual car rier scenario Parameters Type DUMMy DTX DUMMy maintain the HS DSCH power by sending dummy data DTX switch off the output power RST DUMM...

Page 377: ...ONFigure WCDMa SIGN i DL CARRier c LEVel ERGCh Level Set the level of the channel indicated by the last mnemonic Setting a power level also activates the channel indicated by the last mnemonic E HICH...

Page 378: ...h ChannelCode E HICH and E RGCH use the same channelization code number Any of the two com mands sets the channelization code number for both channels Suffix c 1 2 Selects the affected carrier only re...

Page 379: ...mple See Configuring Physical Channel UL Settings Firmware Software V1 0 15 0 Manual operation See Maximum UE Power on page 168 CONFigure WCDMa SIGN i UL UEPClass MANual UEPowerClass Configures the UE...

Page 380: ...primary uplink frequency Suffix c 1 2 Selects the affected carrier only relevant for dual carrier HSUPA Parameters PowerOffset Range 164 dB to 6 dB for carrier one 0 dB to 7 dB for carrier two RST 80...

Page 381: ...ALue 381 CONFigure WCDMa SIGN i UL OLPControl INTerference 382 SENSe WCDMa SIGN i UL OLPControl EIPPower 382 CONFigure WCDMa SIGN i UL PRACh PREamble SIGNature 382 CONFigure WCDMa SIGN i UL PRACh PREa...

Page 382: ...unit dBm Example See Configuring Physical Channel UL Settings Usage Query only Firmware Software V2 0 10 Manual operation See Exp Initial Preamble Power on page 170 CONFigure WCDMa SIGN i UL PRACh PR...

Page 383: ...S CMW KS410 Manual operation See Preamble Subchannels on page 171 CONFigure WCDMa SIGN i UL PRACh PREamble MRETrans Retransmission Sets the maximum number of preambles to be transmitted before a singl...

Page 384: ...les Range 1 to 32 RST 2 Example See Configuring Physical Channel UL Settings Firmware Software V1 0 15 0 Options R S CMW KS410 Manual operation See Preamble Part Max Cycles on page 172 CONFigure WCDMa...

Page 385: ...ge 172 2 6 8 3 TX Power Control Settings The following commands configure TPC settings and execute TPC setups CONFigure WCDMa SIGN i UL TPC SET 386 CONFigure WCDMa SIGN i UL TPC PRECondition 387 CONFi...

Page 386: ...Step E TSF TPC Test Step F PHUP Phase Discontinuity Up PHDown Phase Discontinuity Down TSABc TPC Test Step ABC TSEF TPC Test Step EF TSGH TPC Test Step GH MPEDch Max Power E DCH ULCM TPC Test Step UL...

Page 387: ...econd button Example See Configuring and Executing a TPC Setup Usage Event Firmware Software V1 0 15 0 Manual operation See TPC State on page 173 CONFigure WCDMa SIGN i UL TPC PEXecute Execute the act...

Page 388: ...ing MRESource required resources are blocked not available SCONflict settings are inappropriate for the setup SCHanged relevant settings changed after setup execution RST IDLE Example See Configuring...

Page 389: ...ee Alg Step Size on page 175 CONFigure WCDMa SIGN i UL TPC PATTern Pattern Sets the User Defined Pattern to be used for Single Pattern and Continuous Pat tern Parameters Pattern String to specify the...

Page 390: ...ndition CONFigure WCDMa SIGN i UL TPCSet PRECondition PHUP Condition CONFigure WCDMa SIGN i UL TPCSet PRECondition PHDown Condition Select the preconditions for Single Pattern Phase Discontinuity Up a...

Page 391: ...rameters Length Range 60 to 170 RST 80 Example See Configuring and Executing a TPC Setup Firmware Software V2 1 20 Manual operation See TPC Setup on page 176 CONFigure WCDMa SIGN i UL TPCSet PCONfig T...

Page 392: ...erence 395 CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi POFFset 395 CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi BOOSt 395 CONFigure WCDMa SIGN i UL GFACtor HSUPa DTTP 396 CONFigure WCDMa SIGN i UL...

Page 393: ...Parameters BetaC Range 1 to 15 RST 9 BetaD Range 1 to 15 RST 15 Example See Configuring Physical Channel UL Settings Firmware Software V1 0 15 0 V3 0 10 R S CMW KS410 no longer required Manual operat...

Page 394: ...V3 0 10 required option changed Options R S CMW KS401 Manual operation See C D on page 177 CONFigure WCDMa SIGN i UL GFACtor HSUPa EDPCch Delta Specifies the signaled value E DPCCH for HSUPA Parameter...

Page 395: ...ee No of Reference E TFCIs Reference E TFCI on page 178 CONFigure WCDMa SIGN i UL GFACtor HSUPa ETFCi POFFset PowerOffset Specifies the power offset values of the first n pairs of reference E TFCIs an...

Page 396: ...uring Physical Channel UL Settings Firmware Software V3 2 70 Options R S CMW KS403 Manual operation See No of Reference E TFCIs Reference E TFCI on page 178 2 6 9 Connection Configuration The commands...

Page 397: ...NNection SRBData Downlink Uplink Selects the SRB data rate for downlink and uplink Parameters Downlink R1K7 R2K5 R3K4 R13K6 R1K7 1 7 kbps R2K5 2 5 kbps R3K4 3 4 kbps R13K6 13 6 kbps RST R13K6 Uplink R...

Page 398: ...ection path Parameters Source LOOPback SPEech LOOPback voice stream looped back in the R S CMW SPEech connection to the speech codec board RST LOOP Example See Setting up an Audio CS Connection Firmwa...

Page 399: ...The basic modes support one fixed bit rate Mode M supports several bit rates Parameters Rate A B C D E F G H M A 12 2 kbps B 10 2 kbps C 7 95 kbps D 7 4 kbps E 6 7 kbps F 5 9 kbps G 5 15 kbps H 4 75...

Page 400: ...s related to video connections CONFigure WCDMa SIGN i CONNection VIDeo DRATe Queries the data rate for video calls Return values Rate R64K R64K 64 kbps Usage Query only Firmware Software V1 0 15 0 Man...

Page 401: ...NFigure WCDMa SIGN i CONNection TMODe HSPA PROCedure 405 CONFigure WCDMa SIGN i CONNection TMODe HSPA DIRection 405 CONFigure WCDMa SIGN i CONNection TMODe HSPA DATA 405 CONFigure WCDMa SIGN i CONNect...

Page 402: ...k and uplink reference channel Parameters Downlink R12K2 R64K R144k R384k R12K2 12 2 kbps R64K 64 kbps R144k 144 kbps R384k 384 kbps RST R12K2 Uplink R12K2 R64K R144k R384k R768k R12K2 12 2 kbps R64K...

Page 403: ...les the uplink Cyclic Redundancy Check CRC for Loop Mode 2 This setting is only relevant when an RMC with symmetric DL UL data rate is used Parameters Enable OFF ON RST OFF Example See Configuring Con...

Page 404: ...P1000 Example See Configuring Connection Types Firmware Software V3 0 20 Options R S CMW KS410 Manual operation See DL Resource in Use on page 185 CONFigure WCDMa SIGN i CONNection TMODe RMC DATA Pat...

Page 405: ...Firmware Software V3 0 20 Options R S CMW KS401 Manual operation See Test Mode Procedure on page 186 CONFigure WCDMa SIGN i CONNection TMODe HSPA DIRection Direction Selects the HSPA test mode directi...

Page 406: ...re WCDMa SIGN i CONNection TMODe HSPA USDU Size Specifies the HSUPA UL RLC SDU size as an integer multiple of the HSDPA DL RLC SDU size of 2936 bits The command accepts a continuous range of values bu...

Page 407: ...on page 187 CONFigure WCDMa SIGN i CONNection PACKet HSDPa RWINdow Mode ReceivingWindow Specifies the size of the receiver window in the UE Parameters Mode AUTO MANual Automatic calculation manual con...

Page 408: ...he commands in this section configure parameters of the simulated radio network General Network Settings 408 Network Identity Settings 409 Security Settings 412 UE Identity 414 Requested UE Data 415 C...

Page 409: ...0 15 0 Manual operation See Packet Switched Domain on page 189 2 6 10 2 Network Identity Settings The following commands configure identities of the simulated radio network CONFigure WCDMa SIGN i CELL...

Page 410: ...15 0 Manual operation See MNC on page 190 CONFigure WCDMa SIGN i CELL NTOPeration Mode Selects the network operation mode indicating whether a Gs interface is present in the network mode I or not mod...

Page 411: ...rameters Value Range B0 to B1111111111111111 RST B1 Example See Configuring Network Settings Firmware Software V1 0 15 0 Query only V2 1 20 Setting supported Manual operation See URA Identity on page...

Page 412: ...r mation or not Parameters Enable OFF ON ON broadcast band indicator OFF do not broadcast band indicator RST ON Example See Configuring Network Settings Firmware Software V3 0 10 Manual operation See...

Page 413: ...Ma SIGN i CELL SECurity SKEY SecretKey Defines the secret key K as 32 digit hexadecimal number Leading zeros may be omit ted K is used for the authentication procedure including a possible integrity c...

Page 414: ...CONFigure WCDMa SIGN i CELL UEIDentity IMSI 414 CONFigure WCDMa SIGN i CELL UEIDentity USE Enable Specifies whether the default IMSI shall be used The default IMSI is defined via CONFigure WCDMa SIGN...

Page 415: ...tion and PS attach procedure Parameters Enable OFF ON RST ON Example See Configuring Network Settings Firmware Software V1 0 15 0 Manual operation See Attach Detach on page 194 CONFigure WCDMa SIGN i...

Page 416: ...nfiguring Network Settings Firmware Software V2 1 30 Options R S CMW KS410 Manual operation See S intrasearch on page 195 CONFigure WCDMa SIGN i CELL RESelection QUALity Qqualmin Qrxlevmin QrxlevminEU...

Page 417: ...tion configure timer and constants CONFigure WCDMa SIGN i CELL TOUT T3212 417 CONFigure WCDMa SIGN i CELL TOUT T3312 417 CONFigure WCDMa SIGN i CELL TOUT OSYNch 418 CONFigure WCDMa SIGN i CELL TOUT PR...

Page 418: ...Synch on page 197 CONFigure WCDMa SIGN i CELL TOUT PREPetitions Repetitions Specifies the number of paging procedures to be performed if the UE does not answer paging Parameters Repetitions Range 0 to...

Page 419: ...nter N313 The UE shall count successive out of sync indications received from layer 1 When the maximum value is reached the UE considers a radio link failure condition and a connection release Paramet...

Page 420: ...llegal Mobile Subscriber C6 Illegal Mobile Equipment C11 PLMN not allowed C12 Location Area not allowed C13 Roaming not allowed in location area C15 No suitable cells in location area C96 Invalid mand...

Page 421: ...cally incorrect message C96 Invalid mandatory information C97 Message type non existent or not implemented C98 Message type not compatible with protocol state C99 Information element non existent or n...

Page 422: ...ber ranges depending on operating bands see chapter 2 2 12 Oper ating Bands on page 49 Suffix n 1 16 Selects the WCDMA neighbor cell Parameters Enable OFF ON Enables or disables the entry RST OFF Band...

Page 423: ...ST OFF Band G04 G085 G09 G18 G19 GSM 400 GSM 850 GSM 900 GSM 1800 GSM 1900 RST G09 Channel Channel number used for the Broadcast Control Channel BCCH Range 0 to 1023 depending on GSM band see table be...

Page 424: ...OB29 OB30 OB31 OB32 OB33 OB34 OB35 OB36 OB37 OB38 OB39 OB40 OB41 OB42 OB43 Operating band 1 to 43 RST OB1 Channel Downlink channel number Range depends on operating band see tables below RST 300 Measu...

Page 425: ...6000 to 6149 20 6150 to 6449 21 6450 to 6599 22 6600 to 7499 23 7500 to 7699 24 7700 to 8039 25 8040 to 8689 26 8690 to 9039 27 9040 to 9209 28 9210 to 9659 29 9660 to 9769 30 9770 to 9869 31 9870 to...

Page 426: ...CDMa SIGN i CELL TIME TSOurce SourceTime Selects the date and time source The time source DATE is configured via the following commands CONFigure WCDMa SIGN i CELL TIME DATE CONFigure WCDMa SIGN i CEL...

Page 427: ...0 to 59 RST 11 Second Range 0 to 59 RST 0 Example See Sending Date and Time Information to the UE Firmware Software V3 0 30 Options R S CMW KS410 Manual operation See Date Time UTC on page 201 CONFigu...

Page 428: ...at registration attach OFF do not send date and time at registration attach RST OFF Example See Sending Date and Time Information to the UE Firmware Software V3 0 30 Options R S CMW KS410 Manual opera...

Page 429: ...xed Reference Channel Configuration 432 CQI Test Channel Configuration 432 User Defined Channel Configuration 438 2 6 11 1 Miscellaneous Settings The following commands correspond to the first part of...

Page 430: ...le See Configuring HSDPA Settings Firmware Software V2 1 20 Options R S CMW KS401 Manual operation See CQI Feedback Cycle CQI Repetition Factor on page 203 CONFigure WCDMa SIGN i CELL HSDPa ANRFactor...

Page 431: ...s available Parameters UseReported OFF ON RST ON Return values UECatReported UE category reported by the UE NAV indicates that none has been reported Range 1 to 24 Example See Configuring HSDPA Settin...

Page 432: ...H set 1A maximum input H3A1 H6A1 HAA1 HCM1 H set 3A 6A 10A 12 QPSK H3A2 H6A2 HAA2 H set 3A 6A 10A 16 QAM H8A3 H set 8A 64 QAM H8AI H set 8A maximum input HCMT H set 12 maximum throughput RST H5M1 Exa...

Page 433: ...ble OFF ON RST ON Example See Configuring HSDPA Settings Firmware Software V2 1 30 Options R S CMW KS404 Manual operation See 2nd Carrier Enable on page 206 CONFigure WCDMa SIGN i CELL HSDPa CQI TINDe...

Page 434: ...KS401 Manual operation See CQI Table Index CQI Tables on page 206 CONFigure WCDMa SIGN i CELL HSDPa CQI SEQuence MinValue MaxValue Selects the range of CQI table indices to be used cyclically if SEQue...

Page 435: ...se this value configure CONFormance via CONFigure WCDMa SIGN i CELL HSDPa CQI TINDex Parameters Value Range 1 to 30 RST 16 Example See Configuring HSDPA Settings Firmware Software V2 1 20 Options R S...

Page 436: ...equences QPSK UDEFined Parameters Sequence S1 S2 S3 S4 S5 S6 S7 UDEFined S1 0 S2 6 S3 0 2 5 6 S4 6 2 1 5 S5 0 0 0 0 S6 6 6 6 6 S7 6 0 4 5 UDEFined user defined sequence RST S3 Example See Configuring...

Page 437: ...Sequence Specifies an RV coding sequence to be used for signals with 16 QAM or 64 QAM mod ulation If UDEFined is selected the sequence is defined via CONFigure WCDMa SIGN i CELL HSDPa CQI RVCSequence...

Page 438: ...R S CMW KS403 for 64 QAM Manual operation See RV Coding Sequences on page 207 2 6 11 4 User Defined Channel Configuration The following commands configure a user defined HSDPA channel CONFigure WCDMa...

Page 439: ...e minimum distance between two consecutive transmission time intervals in which the HS DSCH is allocated to the UE Suffix c 1 2 Selects the carrier to be configured only relevant for dual car rier sce...

Page 440: ...ue of the Transport Format and Resource Indicator TFRI signaled to the UE A query returns also the resulting transport block size Suffix c 1 2 Selects the carrier to be configured only relevant for du...

Page 441: ...to be used Suffix c 1 2 Selects the carrier to be configured only relevant for dual car rier scenario Parameters Modulation QPSK Q16 Q64 QPSK 16 QAM 64 QAM RST QPSK Example See Configuring HSDPA Sett...

Page 442: ...gnals with QPSK modulation if UDEFined is set via CONFigure WCDMa SIGN i CELL HSDPa UDEFined RVCSequences QPSK Parameters Length The first Length entries of the user defined coding sequence are used R...

Page 443: ...for 64 QAM Manual operation See RV Coding Sequences on page 210 CONFigure WCDMa SIGN i CELL HSDPa UDEFined RVCSequences QAM no UDEFined Length Sequence Specifies an RV coding sequence to be used for s...

Page 444: ...igure WCDMa SIGN i CELL HSUPa HORDer SDCorder 446 CONFigure WCDMa SIGN i CELL HSUPa HORDer SUForder 446 CONFigure WCDMa SIGN i CELL HSUPa UECategory MANual 447 CONFigure WCDMa SIGN i CELL HSUPa UECate...

Page 445: ...M10 Example See Configuring HSUPA Settings Firmware Software V3 0 20 Options R S CMW KS401 Manual operation See TTI Mode on page 212 CONFigure WCDMa SIGN i CELL HSUPa PDU Size Selects the RLC PDU siz...

Page 446: ...applied the HS SCCH order type 1 SFN Information about subframe from which the UE has applied the HS SCCH order type 1 ACK ACK NACK DTX ACK positive acknowledgment NACK negative acknowledgment DTX no...

Page 447: ...see CONFigure WCDMa SIGN i CELL HSUPa UECategory REPorted Parameters UECatManual Range 1 to 9 RST 6 Example See Configuring HSUPA Settings Firmware Software V3 0 20 V3 2 60 range extended Options R S...

Page 448: ...n See E TFCI Table Index on page 213 CONFigure WCDMa SIGN i CELL HSUPa HRVersion Version Specifies the HARQ RV Configuration value signaled to the UE Parameters Version RV0 TABLe RV0 use always redund...

Page 449: ...UE Parameters Delay Only the following values are allowed in ms 2 10 20 50 100 200 500 1000 If you enter another value the nearest allowed value is set instead Range 2 ms to 1000 ms RST 100 ms Default...

Page 450: ...um Channelisation Code on page 214 CONFigure WCDMa SIGN i CELL HSUPa ISGRant Grant Type Specifies initial serving grant parameters signaled to the UE If you only want to modify the Grant you may omit...

Page 451: ...1 RST 0 Example See Configuring HSUPA Settings Firmware Software V3 2 70 Options R S CMW KS401 Manual operation See E AGCH Table Index on page 215 CONFigure WCDMa SIGN i CELL HSUPa HARQ POFFset PowerO...

Page 452: ...r c HSUPa EAGCh PATTern TYPE 454 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EAGCh PATTern REPetition 455 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EAGCh PATTern EXECute 455 CONFigure WCDMa SIGN i C...

Page 453: ...s the first n indices n 1 to 8 Only the first m indices are considered for transmission with m specified via CONFigure WCDMa SIGN i CELL CARRier c HSUPa EAGCh PATTern LENGth Suffix c 1 2 Selects the a...

Page 454: ...e V3 0 20 V3 2 60 command renamed CARRier c added Options R S CMW KS401 Manual operation See AG Scope per HARQ process on page 217 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EAGCh PATTern TYPE Type S...

Page 455: ...ng HSUPA Settings Firmware Software V3 0 20 V3 2 60 command renamed CARRier c added Options R S CMW KS401 Manual operation See AG Pattern Repetition on page 217 CONFigure WCDMa SIGN i CELL CARRier c H...

Page 456: ...a ERGCh SIGNature 458 CONFigure WCDMa SIGN i CELL CARRier c HSUPa ERGCh PATTern EXECute 459 CONFigure WCDMa SIGN i CELL CARRier c HSUPa ERGCh PATTern LENGth 459 CONFigure WCDMa SIGN i CELL CARRier c H...

Page 457: ...Settings Firmware Software V3 0 20 V3 2 60 command renamed CARRier c added Options R S CMW KS401 Manual operation See Mode on page 219 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EHICh SIGNature Sign...

Page 458: ...fined pattern SINGle single user defined pattern RST ALT Example See Configuring HSUPA Settings Firmware Software V3 0 20 V3 2 10 added HARQ V3 2 60 command renamed CARRier c added Options R S CMW KS4...

Page 459: ...gth of the user defined relative grant pattern Suffix c 1 2 Selects the affected carrier only relevant for dual carrier HSUPA Parameters Length Range 1 to 8 for 10 ms TTI 1 to 4 RST 1 Example See Conf...

Page 460: ...1 General CPC Settings The following commands correspond to the UE DTX DRX settings and the DPCCH for mat settings CONFigure WCDMa SIGN i CELL CPC DTRX DELay 460 CONFigure WCDMa SIGN i CELL CPC DTRX...

Page 461: ...s HS SCCH less operation in order to reduce the HS SCCH overhead and UE battery consumption Parameters SlotFormat Uplink DPCCH slot format Range 1 4 RST 1 Example See Configuring and Executing CPC Fir...

Page 462: ...TX CYCLe no DSG 464 CONFigure WCDMa SIGN i CELL CPC UDTX CYCLe no ITHReshold 464 CONFigure WCDMa SIGN i CELL CPC UDTX ENABle 464 CONFigure WCDMa SIGN i CELL CPC UDTX LPLength 465 CONFigure WCDMa SIGN...

Page 463: ...TTI 4 5 8 10 16 20 32 40 64 80 128 160 for 2 ms TTI If you enter another value the nearest allowed value is set instead Range 1 Subframe to 160 Subframes RST 10 Subframe Example See Configuring and Ex...

Page 464: ...25 CONFigure WCDMa SIGN i CELL CPC UDTX CYCLe no ITHReshold Threshold Defines when to activate the UE DTX cycle 2 after the last uplink data transmission see Continuous Packet Connectivity CPC Suffix...

Page 465: ...s to 15 slots RST 4 slots Default unit slot Example See Configuring and Executing CPC Firmware Software V3 0 30 V3 2 60 added value of 2 slots Options R S CMW KS413 Manual operation See UE DTX Long Pr...

Page 466: ...ntinuous Packet Connectivity CPC Parameters Threshold Only the following values are allowed in subframes 0 1 2 4 8 16 32 64 128 256 512 If you enter another value the nearest allowed value is set inst...

Page 467: ...o monitor E AGCH E RGCH see Continuous Packet Connectivity CPC Parameters Threshold Only the following values are allowed in E DCH TTIs 1 2 4 8 16 32 64 128 256 If you enter another value the nearest...

Page 468: ...uplink E DCH transmission after inactivity is allowed see Continuous Packet Connectivity CPC Suffix ms 2 10 Parameters Pattern Only the following values are allowed in subframes 5 10 20 for 10 ms TTI...

Page 469: ...UEReport RINTerval Interval Sets the interval between two consecutive measurement report messages Parameters Interval Range 0 25 s to 64 s RST 1 s Default unit s Example See Configuring UE Measuremen...

Page 470: ...RST OFF CPICHEcIo OFF ON RST OFF RSSI OFF ON RST OFF SFNCFNTimeDiff OFF ON RST OFF Pathloss OFF ON RST OFF Example See Configuring UE Measurement Report Settings Firmware Software V2 1 30 Options R S...

Page 471: ...are V3 2 60 Options R S CMW KS410 Manual operation See GSM E UTRA FDD on page 228 CONFigure WCDMa SIGN i UEReport NCELl WCDMa ENABle RSCP ECN0 RSSI SFNCFN Pathloss Enables or disables the evaluation a...

Page 472: ...pattern for a definite measurement purpose See CONFigure WCDMa SIGN i CMODe SINGle TYPE ULCM selectable pattern for the UL compressed mode TX test See CONFigure WCDMa SIGN i CMODe ULCM TYPE RST UER E...

Page 473: ...pattern 2 E for WCDMA neighbor cell measurements see 3GPP TS 34 121 table C 5 1 set 1 F RST RFA Example See Performing a Neighbor Cell Measurement with CM Firmware Software V3 2 60 Options R S CMW KS...

Page 474: ...F GSMBSICReconf OFF ON RST OFF EUTRA OFF ON RST OFF Example See Performing a Neighbor Cell Measurement with CM Firmware Software V3 2 60 Options R S CMW KS410 Manual operation See UE Report Pattern on...

Page 475: ...WCDMa SIGN i SMS OUTGoing RMCDelay 476 CONFigure WCDMa SIGN i SMS OUTGoing INTernal 476 CONFigure WCDMa SIGN i SMS OUTGoing BINary 476 CONFigure WCDMa SIGN i SMS OUTGoing DCODing 477 CONFigure WCDMa S...

Page 476: ...s OFF ON disables the delay enables the delay using the previous default value Example See Sending Receiving a Short Message Signaling Firmware Software V2 1 20 Manual operation See RMC Reestablish De...

Page 477: ...Defines how to interprete SMS signaling information Coding groups are defined in 3GPP TS 23 038 chapter 4 Parameters CodingGroup GDCoding DCMClass GDCoding general data coding DCMClass data coding mes...

Page 478: ...the device which has sent SMS Parameters OrigAddress Example See Sending Receiving a Short Message Signaling Firmware Software V3 2 70 Manual operation See Originating Address on page 233 SENSe WCDMa...

Page 479: ...e 234 SENSe WCDMa SIGN i SMS INFO LRMessage RFLag Queries the message read flag for the last received message The flag is true ON in the following cases No SMS message has been received The last recei...

Page 480: ...ID 484 CONFigure WCDMa SIGN i CBS MESSage IDTYpe 484 CONFigure WCDMa SIGN i CBS MESSage PERiod 485 CONFigure WCDMa SIGN i CBS MESSage SERial 485 CONFigure WCDMa SIGN i CBS CTCH ENABle Enable Enables...

Page 481: ...SIGN i CBS DRX ENABle Enable Enables DRX for CBS Parameters Enable OFF ON RST OFF Example See Sending a Cell Broadcast Message Firmware Software V3 2 60 Options R S CMW KS170 Manual operation See Enab...

Page 482: ...236 CONFigure WCDMa SIGN i CBS DRX OFFSet Offset Offset O within period of scheduling message P This offset is used for the transmis sion of a scheduling message See also CONFigure WCDMa SIGN i CBS DR...

Page 483: ...irmware Software V3 2 60 Options R S CMW KS170 Manual operation See Category on page 238 CONFigure WCDMa SIGN i CBS MESSage DATA Data Defines the CB message text Parameters Data RST Coffee is running...

Page 484: ...TS 23 041 subclause 9 4 1 2 2 Parameters ID Range 0 to 65 535E 3 RST 4370 Example See Sending a Cell Broadcast Message Firmware Software V3 2 60 Options R S CMW KS170 Manual operation See ID on page 2...

Page 485: ...GeoScope CIMMediate PLMN SERVice CNORmal Indicates the geographical area over which the message code is unique CIMMediate cell wide immediate display PLMN PLMN wide SERVice service area wide CNORmal c...

Page 486: ...MMONitor IPADdress Index Selects the IP address to which signaling messages shall be sent for message moni toring The address pool is configured globally via CONFigure BASE MMONitor IPADdress n A que...

Page 487: ...HUMP Setting parameters Selection HDMT HUMT HSMT HUMP HDMT HSDPA maximum throughput HUMT HSUPA maximum throughput HSMT HSPA maximum throughput HUMP HSUPA maximum output power Usage Event Firmware Soft...

Page 488: ...urrent measurement state See also Measurement Control in the R S CMW user manual chapter Remote Control Example See Performing a BER Measurement Usage Event Firmware Software V1 0 15 0 Manual operatio...

Page 489: ...after STOP RDY measurement has been terminated valid results may be available RUN measurement running after INITiate READ synchronization pending or adjusted resources active or queued RST OFF SyncSta...

Page 490: ...liability indicator is set to 1 indicating that a measurement timeout occurred Still running READ FETCh or CALCulate commands are completed returning the available results At least for some results th...

Page 491: ...TransportBlocks Defines the number of transport blocks to be measured per measurement cycle statis tics cycle Parameters TransportBlocks Range 1 to 50E 3 RST 100 Example See Configuring the BER Measu...

Page 492: ...s OFF ON disables the limit enables the limit using the previous default level LostTransBlocks Range 1 to 50000 RST 1 Additional parameters OFF ON disables the limit enables the limit using the previo...

Page 493: ...lt unit 3_BLER Block Error Ratio Range 0 to 100 Default unit 4_DBLER Data Block Error Rate Range 0 to 100 Default unit 5_LostBlocks Difference between the number of blocks sent and the number of block...

Page 494: ...CK STATe 495 FETCh WCDMa SIGN i HACK STATe ALL 495 INITiate WCDMa SIGN i HACK STOP WCDMa SIGN i HACK ABORt WCDMa SIGN i HACK Starts stops or aborts the measurement INITiate starts or restarts the meas...

Page 495: ...e See Performing an HSDPA ACK Measurement Usage Query only Firmware Software V2 1 20 Options R S CMW KS401 Manual operation See HSDPA ACK Softkey on page 244 FETCh WCDMa SIGN i HACK STATe ALL Queries...

Page 496: ...re WCDMa SIGN i HACK MSFRames 497 CONFigure WCDMa SIGN i HACK HARQ 497 CONFigure WCDMa SIGN i HACK TOUT Timeout Defines a timeout for the measurement The timer is started when the measurement is initi...

Page 497: ...CONTinuous Continuous measurement RST SING Example See Configuring the HSDPA ACK Measurement Firmware Software V2 1 20 Options R S CMW KS401 Manual operation See Repetition on page 246 CONFigure WCDM...

Page 498: ...TCh WCDMa SIGN i HACK THRoughput CARRier c ABSolute 500 READ WCDMa SIGN i HACK THRoughput CARRier c ABSolute 500 FETCh WCDMa SIGN i HACK THRoughput CARRier c RELative 501 READ WCDMa SIGN i HACK THRoug...

Page 499: ...on the configured number of subframes to be mea sured per measurement cycle see CONFigure WCDMa SIGN i HACK MSFRames For each 100 subframes one result is returned The results of the average and curren...

Page 500: ...average of all Current values referenced to the last statistics cycle Range 0 bit s to 100E 6 bit s Default unit bit s Example See Performing an HSDPA ACK Measurement Usage Query only Firmware Softwa...

Page 501: ...bit s AbsTotalAverage Average throughput calculated from a sum of both carriers Range 0 bit s to 100E 6 bit s Default unit bit s AbsAverage Average throughput Range 0 bit s to 100E 6 bit s Default uni...

Page 502: ...verage Options R S CMW KS401 For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh WCDMa SIGN i HACK TRANsmission CARRier c READ...

Page 503: ...R Range 0 to 100 Default unit Example See Performing an HSDPA ACK Measurement Usage Query only Firmware Software V2 1 30 Options R S CMW KS401 For additional information concerning syntax elements and...

Page 504: ...ons and General Information 2 6 22 RLC Throughput Measurement The following sections describe the commands related to the signaling RLC Through put measurement Measurement Control and States 504 Measu...

Page 505: ...he substates Use INITiate STOP ABORt to change the measurement state See also Measurement Control in the R S CMW user manual chapter Remote Control Return values State OFF RDY RUN OFF measurement swit...

Page 506: ...o results available queued ACT resources allocated acquisition of results in progress but not complete active INV not applicable because main_state OFF or RDY inva lid Usage Query only Firmware Softwa...

Page 507: ...ther the measurement is stopped after a single shot or repeated continuously Use CONFigure WCDMa SIGN i THRoughput WINDow on page 508 to configure the duration of a single shot See also Statistical Se...

Page 508: ...DMa SIGN i THRoughput TRACe DL PDU CURRent 509 FETCh WCDMa SIGN i THRoughput TRACe DL PDU AVERage 509 FETCh WCDMa SIGN i THRoughput TRACe DL SDU CURRent 509 FETCh WCDMa SIGN i THRoughput TRACe DL SDU...

Page 509: ...nge 0 to 4E 9 Example See Performing an RLC Throughput Measurement Usage Query only Firmware Software V3 0 20 For additional information concerning syntax elements and returned values refer to Convent...

Page 510: ...TRACe UL SDU CURRent READ WCDMa SIGN i THRoughput TRACe UL SDU AVERage Return the values of the uplink PDU and SDU throughput traces The results of the current and average traces can be retrieved The...

Page 511: ...fter the current evaluation period is terminated and valid results are available the R S CMW enters the RDY state ABORt causes a running measurement to stop immediately the R S CMW enters the OFF stat...

Page 512: ...bstates Both measure ment substates are relevant for running measurements only Use FETCh STATe to query the main measurement state only Use INITiate STOP ABORt to change the measurement state See also...

Page 513: ...r the measurement The timer is started when the measurement is initiated via a READ or INIT command It is not started if the measurement is initiated manually ON OFF key or RESTART STOP key When the m...

Page 514: ...ple See Configuring the E HICH Measurement Firmware Software V3 0 20 Options R S CMW KS401 Manual operation See Repetition on page 250 CONFigure WCDMa SIGN i EHICh MFRames MeasFrames Defines the numbe...

Page 515: ..._Reliability See Reliability Indicator 2_MeasFrames Number of already measured HSUPA subframes Range 0 to 1E 6 3_FalseRX Number of transmissions that the UE received incorrectly Range 0 to 1E 6 4_Corr...

Page 516: ...Query only Firmware Software V3 0 20 V3 2 10 added ThrptAverage V3 2 60 commands renamed CARRier c added added ThrptMaximum ThrptMinimum Options R S CMW KS401 For additional information concerning syn...

Page 517: ...be reached within meassured ETFCI if no CRC errors occured The number of results N depends on the configured number of subframes to be mea sured per measurement cycle see CONFigure WCDMa SIGN i EHICh...

Page 518: ...READ WCDMa SIGN i EHICh TRACe THRoughput CARRier c AVERage READ WCDMa SIGN i EHICh TRACe THRoughput CARRier c CURRent Return the results of the E HICH traces per carrier The number of results depends...

Page 519: ...ng 519 FETCh WCDMa SIGN i ULLogging STATe 520 FETCh WCDMa SIGN i ULLogging STATe ALL 520 INITiate WCDMa SIGN i ULLogging STOP WCDMa SIGN i ULLogging ABORt WCDMa SIGN i ULLogging Starts stops or aborts...

Page 520: ...FF Example See UL Logging Tests Usage Query only Firmware Software V3 0 30 Options R S CMW KS401 Manual operation See UL Logging Softkey on page 254 FETCh WCDMa SIGN i ULLogging STATe ALL Queries the...

Page 521: ...MSFRames 522 CONFigure WCDMa SIGN i ULLogging SSFN 522 CONFigure WCDMa SIGN i ULLogging SCCYcle 523 CONFigure WCDMa SIGN i ULLogging TOUT Timeout Defines a timeout for the measurement The timer is st...

Page 522: ...nuous Continuous measurement RST SING Example See UL Logging Tests Firmware Software V3 0 30 Options R S CMW KS401 Manual operation See Repetition on page 256 CONFigure WCDMa SIGN i ULLogging MSFRames...

Page 523: ...86 Firmware Software V3 2 10 Options R S CMW KS413 Manual operation See Start at CPC Cycle1 on page 256 2 6 24 3 Measurement Results The following commands return the measurement results FETCh WCDMa S...

Page 524: ...igure WCDMa SIGN i ULLogging MSFRames Suffix c 1 2 Selects the carrier to be queried only relevant for dual carrier Return values Reliability See Reliability Indicator CQI DTX 0 1 2 3 4 5 6 7 8 9 10 1...

Page 525: ...slot Usage Query only Firmware Software V3 0 30 V3 2 60 command renamed CARRier c added Options R S CMW KS401 FETCh WCDMa SIGN i ULLogging CARRier c ETFCi READ WCDMa SIGN i ULLogging CARRier c ETFCi R...

Page 526: ...ARRier c added Options R S CMW KS401 FETCh WCDMa SIGN i ULLogging CARRier c HBIT READ WCDMa SIGN i ULLogging CARRier c HBIT Return results of the UL loging measurement on the E DPCCH The results are r...

Page 527: ...ity see Reliability Indicator RSN DTX 0 1 2 3 Retransmission sequence number DTX no answer received from the UE 0 new transmission 1 first retransmission 2 second retransmission 3 higher than second r...

Page 528: ...ability see Reliability Indicator Slot first slot number of the received UL HS DPCCH E DPCCH DPCCH subframe see UL Logging Measurement Range 0 3 6 9 12 RST 0 Usage Query only Firmware Software V3 0 30...

Page 529: ...3 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 see also 2ms TTI E DCH transport block size DTX no answer received from the UE 0 to 127 indicates the...

Page 530: ...V3 0 30 Options R S CMW KS401 FETCh WCDMa SIGN i ULLogging DCARrier READ WCDMa SIGN i ULLogging DCARrier Return all results of the UL logging measurement on the E DPCCH DPCCH HS DPCCH The results are...

Page 531: ...PDCH RST n a 5_RSN DTX 0 1 2 3 Retransmission sequence number DTX no answer received from the UE 0 new transmission 1 first retransmission 2 second retransmission 3 higher than second retransmission R...

Page 532: ...to 30 reported channel quality indicator Usage Query only Firmware Software V3 0 30 Options R S CMW KS401 R S CMW KS404 for dual carrier FETCh WCDMa SIGN i ULLogging DCHSpa READ WCDMa SIGN i ULLoggin...

Page 533: ...k size on the E DPDCH 5_RSN1 DTX 0 1 2 3 Information related to dual carrier HSPA cell one Retransmission sequence number DTX no answer received from the UE 0 new transmission 1 first retransmission 2...

Page 534: ...retransmission 2 second retransmission 3 higher than second retransmission 12_HappyBit2 HAPPy UNHappy DTX Information related to dual carrier HSPA cell two HAPPy UE is satisfied with the granted data...

Page 535: ...received from the UE 0 to 30 reported channel quality indicator Usage Query only Firmware Software V3 2 60 Options R S CMW KS401 2 7 List of Commands ABORt WCDMa SIGN i BER 488 ABORt WCDMa SIGN i EHIC...

Page 536: ...c HSUPa EAGCh PATTern TYPE 454 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EAGCh UEID 452 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EHICh MODE 457 CONFigure WCDMa SIGN i CELL CARRier c HSUPa EHICh...

Page 537: ...ELL HSDPa UDEFined IRBuffer 440 CONFigure WCDMa SIGN i CELL HSDPa UDEFined RVCSequences QAM no 442 CONFigure WCDMa SIGN i CELL HSDPa UDEFined RVCSequences QAM no UDEFined 443 CONFigure WCDMa SIGN i CE...

Page 538: ...ATE 426 CONFigure WCDMa SIGN i CELL TIME DSTime 427 CONFigure WCDMa SIGN i CELL TIME SNOW 428 CONFigure WCDMa SIGN i CELL TIME SREGister 428 CONFigure WCDMa SIGN i CELL TIME TIME 427 CONFigure WCDMa S...

Page 539: ...igure WCDMa SIGN i DL CARRier c CODE EAGCh 378 CONFigure WCDMa SIGN i DL CARRier c CODE EHICh 378 CONFigure WCDMa SIGN i DL CARRier c CODE ERGCh 378 CONFigure WCDMa SIGN i DL CARRier c CODE HSPDsch 37...

Page 540: ...GN i EHICh REPetition 514 CONFigure WCDMa SIGN i EHICh TOUT 513 CONFigure WCDMa SIGN i ESCode 291 CONFigure WCDMa SIGN i ETOE 291 CONFigure WCDMa SIGN i FADing CARRier c AWGN ENABle 360 CONFigure WCDM...

Page 541: ...OTal 351 CONFigure WCDMa SIGN i RFSettings DBDC 350 CONFigure WCDMa SIGN i RFSettings DCARrier SEParation 350 CONFigure WCDMa SIGN i RFSettings ENPMode 353 CONFigure WCDMa SIGN i RFSettings ENPower 35...

Page 542: ...382 CONFigure WCDMa SIGN i UL PRACh PREamble SSIZe 384 CONFigure WCDMa SIGN i UL PRACh PREamble SUBChannels 383 CONFigure WCDMa SIGN i UL TPC MODE 389 CONFigure WCDMa SIGN i UL TPC MPEDch STATe 388 CO...

Page 543: ...FETCh WCDMa SIGN i HACK TRACe THRoughput TOTal CURRent 500 FETCh WCDMa SIGN i HACK TRANsmission CARRier c 502 FETCh WCDMa SIGN i PSWitched STATe 297 FETCh WCDMa SIGN i RSIGnaling STATe 297 FETCh WCDM...

Page 544: ...c CURRent 499 READ WCDMa SIGN i HACK TRACe THRoughput TOTal AVERage 500 READ WCDMa SIGN i HACK TRACe THRoughput TOTal CURRent 500 READ WCDMa SIGN i HACK TRANsmission CARRier c 502 READ WCDMa SIGN i TH...

Page 545: ...1 SENSe WCDMa SIGN i UECapability MEASurement CMODe WCDMa MCARrier 320 SENSe WCDMa SIGN i UECapability MEASurement CMODe WCDMa 320 SENSe WCDMa SIGN i UECapability MEASurement 320 SENSe WCDMa SIGN i UE...

Page 546: ...info EMERgency 299 SENSe WCDMa SIGN i UESinfo ESCategory 299 SENSe WCDMa SIGN i UESinfo IMEI 301 SENSe WCDMa SIGN i UESinfo RIDentity 301 SENSe WCDMa SIGN i UESinfo RITYpe 301 SENSe WCDMa SIGN i UESin...

Page 547: ...reception FDD The multi evaluation measurement requires option R S CMW KM400 3 1 What s New in this Revision This revision describes version 3 2 70 and later of the WCDMA multi evaluation mea surement...

Page 548: ...nk WCDMA signal and provides RX measurement results under the assumption that all bit errors are caused by the RX part of the UE The following sections describe how to perform and configure the measur...

Page 549: ...he information whether a DPDCH is configured or not UL DPDCH Available The R S CMW can auto detect the spreading factor of the DPDCH and of the E DPDCHs for HSUPA and the corresponding symbol rates Wi...

Page 550: ...Path on page 586 The signal routing and analyzer settings are then configured by the signaling application only The multi evalu ation measurement displays the corresponding signaling settings instead...

Page 551: ...during a full slot after the trigger event This setting can be used to measure short signal bursts where the beginning of the burst does not exactly coincide with a slot boundary The start of the mea...

Page 552: ...ner to the UE The UE provides two connectors for WCDMA Use a bidirectional connector at one SUW for the first uplink and downlink signal and a separate bidirectional connector at another SUW for the s...

Page 553: ...bly 3 2 3 Multi Evaluation List Mode The WCDMA multi evaluation list mode requires option R S CMW KM012 In this mode the measurement interval is subdivided into segments according to the expec ted nom...

Page 554: ...asures all slots of the segment Simi larly the phase discontinuity vs slot measurement provides one phase discontinuity result per slot If two consecutive segments are measured at different RF frequen...

Page 555: ...gering the measurement is recommended if the timing of the first slot of a segment is inaccurate e g because of signal reconfiguration at the UE Furthermore retrigger ing from time to time can compens...

Page 556: ...Result Groups on page 748 The list mode can be deactivated via command see table above and also via the GUI 1 Go to local using the corresponding hotkey The active list mode is indicated in the upper...

Page 557: ...hysical Data Channel E DPDCH Carries the E DCH transport channel SF 2 to 256 High Speed Dedicated Physical Control Channel HS DPCCH Carries uplink feedback signaling related to High Speed Downlink Sha...

Page 558: ...3 2 4 3 Operating Bands The carrier frequencies for WCDMA uplink signals are defined in 3GPP TS 25 101 except the S and L operating bands which are not standardized Each operating band contains a numb...

Page 559: ...1752 5 5 0 670 1 4132 to 4233 782 787 807 812 837 862 826 4 to 846 6 826 5 to 842 5 6 0 670 1 4162 to 4188 812 837 832 4 to 837 6 832 5 837 5 7 2100 2030 1 2012 to 2338 2362 to 2687 step 25 2502 4 to...

Page 560: ...to 1658 1 3 2 5 Limit Settings and Conformance Requirements Conformance requirements for WCDMA transmitter tests are specified in 3GPP TS 34 121 section 5 Transmitter Characteristics The following sec...

Page 561: ...ol Limits on page 564 For a measurement conform to 3GPP use the default measurement positions 0 5 slots and 10 5 slots Trigger the measurement using the HS DPCCH trigger offered by the WCDMA generator...

Page 562: ...ve channels i Both ECDP and nominal CDP are rounded to one decimal place To calculate ECDP and nominal CDP the configured channels their beta factors and spreading factors SF must be known by the inst...

Page 563: ...e signal All limits are described below Individual values can be set per carrier in the dual uplink carrier configuration Only BPSK Modulated Channels Configured This section applies if the uplink sig...

Page 564: ...it checks of the individual channels manually according to the displayed nominal CDP and ECDP values The applicable limits differ for BPSK and 4PAM modulated channels and are listed in the following t...

Page 565: ...the range between nominal power step size and integer value extended by the tolerance Example nominal power step size at boundary DTX ACK NACK 6 14 dB integer value 6 dB tolerance 2 dB resulting range...

Page 566: ...ecification 3GPP TS 34 121 Characteristics Refer to 3GPP TS 34 121 section Specified Limit ACLR 5 10 Adjacent Channel Leakage power Ratio ACLR 5 10A Adjacent Channel Leakage power Ratio ACLR with HS D...

Page 567: ...ble The mode determines the frequency offset range to be used for the limit check first column of the tables and the measurement bandwidth last column The limit value settings second column are not in...

Page 568: ...al line The first and last measurement position depend on the measurement bandwidth and on the operating band They are implemented as defined in 3GPP TS 34 121 section 5 9 Note 2 The absolute limit eq...

Page 569: ...Modulation CDP and CDE 571 Detailed Views Relative CDE 572 Detailed Views I Q Constellation Diagram 573 Detailed Views UE Power and Power Steps 574 Detailed Views Phase Discontinuity 575 Detailed View...

Page 570: ...sults of detailed views TX Measurement and RX Measure ment See also TX Measurements in the R S CMW user manual chapter System Over view Fig 3 13 WCDMA multi evaluation overview The results to be measu...

Page 571: ...per carrier and a statistical overview of single slot results Fig 3 14 WCDMA multi evaluation EVM Error Vector Magnitude Magnitude Error Phase Error and Frequency Error The diagrams cover a time inter...

Page 572: ...ne diagram per car rier and two tables Fig 3 15 WCDMA multi evaluation RCDE results Each RCDE vs slot value is determined by projecting the error vector onto the code domain As defined by 3GPP the err...

Page 573: ...ing factor SF SF Var varying spreading factor SF is smallest value Modulation BPSK 4PAM constant modulation type 4PAM Var BPSK and 4PAM occurred You can use the overall channel info to verify the succ...

Page 574: ...ion on page 598 See also I Q Constellation Diagram in the R S CMW user manual chapter System Overview For additional information refer to chapter 3 2 6 13 Common View Elements on page 583 3 2 6 5 Deta...

Page 575: ...PCCH limit set with test case TPC 0 dB see chapter 3 2 5 3 Power Control Limits on page 564 For additional information refer to chapter 3 2 6 13 Common View Elements on page 583 Additional UE power an...

Page 576: ...e upper limit The value 66 is the default upper limit If the upper limit has been modified the new value is displayed instead Count 36 Number of phase discontinuity results exceeding the dynamic limit...

Page 577: ...gurations with HSPA channels a timing offset of one half slot between a DPCCH timeslot and a HS DPCCH timeslot is required according to 3GPP TS 34 121 Thus the HS DPCCH slot boundaries are located at...

Page 578: ...nnels see parameter CDP Spreading Factor on page 598 The number of dis played bars code channels corresponds to the selected SF A signal component with a spreading factor smaller than the selected SF...

Page 579: ...erage or Maximum values can be displayed in the bar graph The table below the bar graph provides all these values The adjacent channel powers can be displayed as relative power levels dB refer enced t...

Page 580: ...dth lower blue curve including the center and 1 MHz bandwidth curves at offset frequencies larger than 4 MHz The Margin and Margin H tables below the diagram contain values which are rele vant for the...

Page 581: ...Preselected Slot Other detailed views provide a subset of these values Power Transmitter output power of the UE see also chapter 3 2 6 5 Detailed Views UE Power and Power Steps on page 574 Power Step...

Page 582: ...244 bits For additional information refer to chapter 3 2 6 13 Common View Elements on page 583 3 2 6 11 Selecting and Modifying Views Use the Display parameters to select the views and to change the a...

Page 583: ...in a selected slot or half slot For multislot measurements e g CDE vs Slot the Slot Number Table is used while for single slot measurements e g Emission Mask EVM vs Chip the Preselected Slot is used T...

Page 584: ...been reached See also Statistical Settings in the R S CMW user manual chapter System Over view 3 3 GUI Reference The following sections provide detailed reference information on the Graphical User In...

Page 585: ...Signal Routing and Analyzer Settings The following parameters configure the RF input path All parameters are common measurement settings i e they have the same value in all WCDMA measurements multi ev...

Page 586: ...easurement views Softkeys and hotkeys provide access to the settings of the signaling application and allow to switch the downlink signal on or off see chap ter 3 3 2 6 Additional Softkeys and Hotkeys...

Page 587: ...If a correction table for frequency dependent attenuation is active for the chosen con nector then the table name and a button are displayed Press the button to display the table entries In the Standa...

Page 588: ...IGN i RFSettings DCARrier SEParation CSP Expected Nominal Power Defines the nominal power of the RF signal to be measured Configure it as follows multi evaluation measurement peak output power at the...

Page 589: ...t In the Combined Signal Path CSP scenario it is controlled by the signaling application Remote command CONFigure WCDMa MEAS i RFSettings UMARgin SA CONFigure WCDMa SIGN i RFSettings MARGin CSP UL Tar...

Page 590: ...carrier in the dual uplink carrier configuration Remote command CONFigure WCDMa MEAS i UESignal CARRier c SCODe SA CONFigure WCDMa SIGN i UL CARRier c SCODe CSP UL DPCCH Slot Format Uplink DPCCH slot...

Page 591: ...channels including support of dual band dual carrier HSDPA For more information concerning the listed channels refer to chapter 3 2 4 1 Dedica ted Physical Channels on page 557 The high speed signal c...

Page 592: ...splayed beta factors reflect the actual UL signal properties only temporarily In the Standalone SA scenario these parameters are controlled by the measurement In the Combined Signal Path CSP scenario...

Page 593: ...95 Measurement Length 595 Preselected Slot 595 Synchronization 595 List Mode 596 Enable 596 Offline Segment Nr 596 Modulation CDP 596 Measurement Period 596 Statistic Count 596 Detection Mode 597 Anal...

Page 594: ...ult PSTeps CONFigure WCDMa MEAS i MEValuation RESult BER CONFigure WCDMa MEAS i MEValuation RESult IQ CONFigure WCDMa MEAS i MEValuation RESult RCDerror Repetition Defines how often the measurement is...

Page 595: ...g the Scope of the Measurement on page 549 Remote command CONFigure WCDMa MEAS i MEValuation MSCount Preselected Slot Selects the slot to be used for all single slot measurements e g Error Vector Magn...

Page 596: ...supported as full slot measurement Half Slot The modulation and code domain measurement results are based on half the WCDMA slot 333 s excluding a 25 s guard period at the beginning and at the end of...

Page 597: ...d Modulation CDP Minimum signal strength of the DPDCH and the E DPDCHs in the WCDMA signal if present to be detected and evaluated The threshold corresponds to the ratio of the E DPDCH power to the E...

Page 598: ...ta and the constellation points cannot be evaluated As a consequence the overall phase of the diagram is ran dom This is important because the I Q imbalance results depend on this random over all phas...

Page 599: ...ame period of the detected signal is close to the nominal 10 ms WCDMA frame length The timing is only corrected after each measurement cycle using a faster algorithm which results in faster continuous...

Page 600: ...d to the actual maximum RF input power at the R S CMW A low threshold may be required to ensure that the R S CMW can always detect the input signal A higher threshold can prevent unintended trigger ev...

Page 601: ...t The minimum gap defines the minimum time between the start of the measurement and the first trigger event The trigger system is re armed as soon as the timer has reached the specified mini mum gap T...

Page 602: ...ng application selected as master application See also Scenario Combined Signal Path on page 586 The measurement provides no remote control commands corresponding to these hot keys Use the remote cont...

Page 603: ...urement R S CMW KG4xx KM4xx KS4xx 603 User Manual 1173 9657 02 11 Fig 3 28 WCDMA Multi Evaluation Overview Most of the detailed views show a diagram and a statistical overview of single slot results G...

Page 604: ...WCDMA Multi Evaluation Measurement R S CMW KG4xx KM4xx KS4xx 604 User Manual 1173 9657 02 11 Fig 3 29 WCDMA Multi Evaluation EVM GUI Reference 135 1095 0799...

Page 605: ...ETCh WCDMa MEAS i MEValuation CARRier c TRACe CDERror DPCCh CURRent etc FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror DPCCh CURRent etc FETCh WCDMa MEAS i MEValuation TRACe CDPMonitor QSIGna...

Page 606: ...MEAS MEValuation to initiate a single shot measurement and retrieve the results You can also start the measurement using INIT WCDMa MEAS MEValuation and retrieve the results using FETCh WCDMa MEAS MEV...

Page 607: ...the preselected slot Display slot 0 of the frame as first slot CONFigure WCDMa MEAS MEValuation SCONdition SLFail CONFigure WCDMa MEAS MEValuation MOEXception ON CONFigure WCDMa MEAS MEValuation MSCo...

Page 608: ...Mit MERRor 20 OFF CONFigure WCDMa MEAS MEValuation LIMit EVMagnitude 20 40 CONFigure WCDMa MEAS MEValuation LIMit PERRor 20 OFF CONFigure WCDMa MEAS MEValuation LIMit PHD ON 70 40 CONFigure WCDMa MEAS...

Page 609: ...luation TRACe EVMagnitude RMS AVERage FETCh WCDMa MEAS MEValuation STATe Read CDP and CDE traces obtained in the last measurement without re starting the measurement FETCh WCDMa MEAS MEValuation TRACe...

Page 610: ...ETCh WCDMa MEAS MEValuation TRACe EMASk KFILter CURRent Read modulation and power traces obtained in the last measurement without re starting the measurement FETCh WCDMa MEAS MEValuation TRACe EVMagni...

Page 611: ...ODulation UEPHd CALCulate WCDMa MEAS MEValuation MODulation PHDHsdpcch CALCulate WCDMa MEAS MEValuation RCDerror AVERage CALCulate WCDMa MEAS MEValuation SPECtrum CURRent 3 4 1 7 Single Shot and Conti...

Page 612: ...results Speed considerations The following measurement settings have an impact on the measurement speed The number and size of the segments and the number of measured slots in each segment The number...

Page 613: ...tart the measurement TRIGger WCDMa MEAS MEValuation LIST MODE ONCE TRIGger WCDMa MEAS MEValuation SOURce IF POWer 3 4 2 3 Performing Single Shot Measurements Start single shot measurement return curre...

Page 614: ...WCDMa MEAS MEValuation LIST CDERror DPDCh MAXimum FETCh WCDMa MEAS MEValuation LIST CDPower HSDPcch AVERage FETCh WCDMa MEAS MEValuation LIST CDERror EDPCch MAXimum FETCh WCDMa MEAS MEValuation LIST C...

Page 615: ...d General Information 615 General Measurement Settings 619 Multi Evaluation Measurement Commands 632 Combined Signal Path Commands 755 3 5 1 Conventions and General Information The following sections...

Page 616: ...ser manual chapter Remote Control 3 5 1 4 Current and Statistical Results The R S CMW repeats measurements according to the selected statistic count and repetition mode Consecutive measurement values...

Page 617: ...ven The accuracy of measurement results may be impaired because the input signal level was too high too low 6 Trigger Timeout The measurement could not be started or continued because no trigger event...

Page 618: ...r has been stopped due to a conflicting hard ware resource or software option that is allocated by another application Stop the application that has allocated the conflicting resources and try again 2...

Page 619: ...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 reliability values For trou...

Page 620: ...ettings in the R S CMW user manual chapter Remote Con trol Parameters RXConnector RF1C RF2C RF3C RF4C RFAC RFBC RF1C RF2C RF3C RF4C RF 1 COM to RF 4 COM front panel connectors RFAC RFBC Virtual names...

Page 621: ...Manual operation See Scenario Measure ProtocolTest on page 586 ROUTe WCDMa MEAS i SCENario Returns the active scenario Return values Scenario SALone CSPath MAPRotocol SALone Standalone Non Signaling...

Page 622: ...Specifying General Measurement Settings Firmware Software V1 0 0 4 Manual operation See External Attenuation Input on page 587 3 5 2 2 Analyzer Settings The following commands configure the RF input...

Page 623: ...der to determine its reference power The reference power minus the external input attenua tion must be within the power range of the selected input connector refer to the data sheet This command is on...

Page 624: ...d OBS V2 0 10 added OB19 to OB21 V2 1 20 OBL1 V3 2 60 command renamed CARRier c added V3 2 70 OB25 OB26 Options For frequencies over 3 3 GHz OB22 R S CMW KB036 R S CMW KM405 for dual band dual carrier...

Page 625: ...scenario use CONFigure WCDMa SIGN i RFSettings DCARrier SEParation Parameters DCFreqSep Range 0 MHz to 10 MHz Increment 200 kHz RST 5 MHz Default unit Hz Example See Specifying General Measurement Set...

Page 626: ...M405 for dual carrier HSUPA Manual operation See Scrambling Code on page 590 CONFigure WCDMa MEAS i CELL CARRier c SCODe Code Specifies index i for calculation of the primary downlink scrambling code...

Page 627: ...A channels The following values can not be set but may be returned while the combined signal path scenario is active DCHS dual carrier HSDPA active DDUPlus dual carrier HSDPA and HSUPA active DHDU dua...

Page 628: ...h scenario use Beta factor setting CONFigure WCDMa SIGN i UL GFACtor PDATa no CONFigure WCDMa SIGN i UL GFACtor RMC no CONFigure WCDMa SIGN i UL GFACtor VIDeo CONFigure WCDMa SIGN i UL GFACtor VOICe S...

Page 629: ...for dual carrier HSUPA Parameters Enable OFF ON Channel not present present RST ON BetaFactor Range 0 to 15 RST 15 SpreadingFactor Range 2 4 8 16 32 64 128 256 RST 64 Example See Specifying Basic Meas...

Page 630: ...ettings Firmware Software V3 0 30 V3 2 60 command renamed CARRier c added Options R S CMW KM405 for dual carrier HSUPA Manual operation See UE Channels on page 591 CONFigure WCDMa MEAS i UECHannels CA...

Page 631: ...on connection configuration Suffix c 1 2 Selects the carrier to be queried only relevant for dual carrier HSUPA Parameters Enable OFF ON Channel not present present RST OFF BetaFactor Range 5 to 3585...

Page 632: ...05 for dual carrier HSUPA Manual operation See UE Channels on page 591 3 5 3 Multi Evaluation Measurement Commands The commands for the WCDMA multi evaluation measurement are divided into the groups l...

Page 633: ...e following commands control the measurement and return the current measure ment state INITiate WCDMa MEAS i MEValuation 633 STOP WCDMa MEAS i MEValuation 633 ABORt WCDMa MEAS i MEValuation 633 FETCh...

Page 634: ...en terminated valid results may be available RST OFF Example See Performing Single Shot Measurements Usage Query only Firmware Software V1 0 0 4 Manual operation See Multi Evaluation Softkey on page 5...

Page 635: ...i MEValuation RESult ALL 636 CONFigure WCDMa MEAS i MEValuation RESult EVMagnitude 637 CONFigure WCDMa MEAS i MEValuation RESult MERRor 638 CONFigure WCDMa MEAS i MEValuation RESult PERRor 638 CONFigu...

Page 636: ...multi evaluation measurement This command combines all other CONFigure WCDMa MEAS i MEValuation RESult commands Parameters EnableEVM OFF ON Error Vector Magnitude OFF Do not evaluate results hide the...

Page 637: ...T ON EnableBER OFF ON Bit Error Rate RST OFF EnableIQ OFF ON I Q Constellation Diagram RST OFF EnableRCDE OFF ON Relative CDE RST OFF Example See Performing Single Shot Measurements Firmware Software...

Page 638: ...oftware V1 0 3 6 Manual operation See Assign Views Hotkey on page 594 CONFigure WCDMa MEAS i MEValuation RESult PERRor EnablePhaseErr Enables or disables the evaluation of results and shows or hides t...

Page 639: ...Valuation RESult CDPMonitor EnableCDmonitor Enables or disables the evaluation of results and shows or hides the Code Domain Monitor view in the multi evaluation measurement Parameters EnableCDmonitor...

Page 640: ...n measurement Parameters EnableEVMchip OFF ON OFF Do not evaluate results hide the view ON Evaluate results and show the view RST ON Firmware Software V1 0 4 11 Manual operation See Assign Views Hotke...

Page 641: ...ftware V1 0 4 11 Manual operation See Assign Views Hotkey on page 594 CONFigure WCDMa MEAS i MEValuation RESult FERRor EnableFreqError Enables or disables the evaluation of results and shows or hides...

Page 642: ...EAS i MEValuation RESult BER EnableBER Enables or disables the evaluation of results and shows or hides the Bit Error Rate view in the multi evaluation measurement Parameters EnableBER OFF ON OFF Do n...

Page 643: ...t 645 CONFigure WCDMa MEAS i MEValuation PSLot 645 CONFigure WCDMa MEAS i MEValuation SYNCh 646 CONFigure WCDMa MEAS i MEValuation TOUT Timeout Defines a timeout for the measurement The timer is start...

Page 644: ...e 594 CONFigure WCDMa MEAS i MEValuation SCONdition StopCondition Qualifies whether the measurement is stopped after a failed limit check or continued SLFail means that the measurement is stopped and...

Page 645: ...he total number of measured slots Parameters SlotCount Range 1 slot to 120 slots RST 1 slot Example See Specifying Additional Measurement Specific Settings Firmware Software V1 0 4 11 Manual operation...

Page 646: ...One Segment on page 725 and subsequent sections CONFigure WCDMa MEAS i MEValuation LIST 646 CONFigure WCDMa MEAS i MEValuation LIST COUNt 647 CONFigure WCDMa MEAS i MEValuation LIST EOFFset 647 CONFig...

Page 647: ...beginning of each segment is excluded from the evaluation Set the trigger delay to 0 when using an evaluation offset see TRIGger WCDMa MEAS i MEValuation DELay on page 659 Parameters Offset Range 0 s...

Page 648: ...dBm for the input power at the RF COM connectors please notice also the ranges quoted in the data sheet RST 0 dBm Default unit dBm Frequency Range 100E 6 Hz to 6E 9 Hz RST 1 9226E 9 Hz Default unit H...

Page 649: ...1000 The segment number must not exceed the total number of seg ments measured see CONFigure WCDMa MEAS i MEValuation LIST COUNt on page 647 Parameters ModStatistics The statistical length is limited...

Page 650: ...Suffix no 1 1000 The segment number must not exceed the total number of seg ments measured see CONFigure WCDMa MEAS i MEValuation LIST COUNt on page 647 Parameters SpecStatistics The statistical lengt...

Page 651: ...see CONFigure WCDMa MEAS i MEValuation LIST COUNt on page 647 Parameters ModStatistics The statistical length is limited by the length of the segment see CONFigure WCDMa MEAS i MEValuation LIST SEGMe...

Page 652: ...lation of the phase discontinuity vs slot results in segment no no see chapter 3 2 3 Multi Evaluation List Mode on page 553 Suffix no 1 1000 The segment number must not exceed the total number of seg...

Page 653: ...Figure WCDMa MEAS i MEValuation SCOunt MODulation 654 CONFigure WCDMa MEAS i MEValuation DMODe MODulation 654 CONFigure WCDMa MEAS i MEValuation AMODe MODulation 654 CONFigure WCDMa MEAS i MEValuation...

Page 654: ...Software V1 0 0 4 Manual operation See Statistic Count on page 596 CONFigure WCDMa MEAS i MEValuation DMODe MODulation DetectionMode Selects the detection mode for uplink WCDMA signals Parameters Det...

Page 655: ...the R S CMW evaluates the statistical measurement results for multislot measurements The slot number must be smaller than the number of measured slots see CONFigure WCDMa MEAS i MEValuation MSCount o...

Page 656: ...Settings The following commands specify the scope of the spectrum measurement CONFigure WCDMa MEAS i MEValuation SCOunt SPECtrum StatisticCount Specifies the statistic count of the measurement The st...

Page 657: ...ware V1 0 4 11 Manual operation See Statistic Count on page 598 3 5 3 8 Trigger Settings The following commands define the trigger parameters TRIGger WCDMa MEAS i MEValuation CATalog SOURce 657 TRIGge...

Page 658: ...RIG B External trigger fed in at TRIG B connector RST Free Run Standard Example See Configuring the Trigger System Firmware Software V1 0 4 11 V2 0 11 IF Power Sync added Manual operation See Trigger...

Page 659: ...nes a time delaying the start of the measurement relative to the trigger event This is useful if the trigger event and the uplink DPCH slot border are not synchronous A measurement starts always at an...

Page 660: ...S i MEValuation LIMit IQOFfset 662 CONFigure WCDMa MEAS i MEValuation LIMit IQIMbalance 663 CONFigure WCDMa MEAS i MEValuation LIMit CFERror 663 CONFigure WCDMa MEAS i MEValuation LIMit MERRor RMS Pea...

Page 661: ...limit check fails the UE if the absolute value of the measured phase error exceeds the specified values Parameters RMS Range 0 deg to 45 deg RST 10 deg OFF Default unit deg Additional parameters OFF...

Page 662: ...x 5 not x 0 point A and point B should be set to half slot positions Parameters Enable OFF ON Disables enables the limit check RST ON MeasurePointA Range 0 5 slots to 119 5 slots Increment 0 5 slots...

Page 663: ...check ena bles the limit check using the previous default limit values Example See Specifying Limits Firmware Software V1 0 0 4 3 5 3 10 Limits Code Domain The following commands define limits for rel...

Page 664: ...cts the carrier to be queried only relevant for dual carrier HSUPA Parameters Enable OFF ON Channel not present present RST ON BetaFactor Range 1 to 15 RST 2 SpreadingFactor Range 2 4 8 16 32 64 128 2...

Page 665: ...rier HSUPA CONFigure WCDMa MEAS i MEValuation LIMit RCDerror EECDp CARRier c HSDPcch Enable BetaFactor SpreadingFactor Specifies the presence of a HS DPCCH in the uplink signal and the beta factor and...

Page 666: ...tware V1 0 15 0 V3 2 60 command renamed CARRier c added Options R S CMW KM405 for dual carrier HSUPA CONFigure WCDMa MEAS i MEValuation LIMit RCDerror EECDp CARRier c HSDPcch CONFig Type Selects wheth...

Page 667: ...ingFactor Range 2 4 8 16 32 64 128 256 RST 256 Return values NominalCDP Range 70 dB to 0 dB RST NAV Default unit dB EffectiveCDP Range 90 dB to 0 dB RST NAV Default unit dB Example See Specifying Limi...

Page 668: ...cifies the channel configuration in the uplink signal This command has the same effect as the sum of the following commands CONFigure WCDMa MEAS i MEValuation LIMit RCDerror EECDp CARRier c DPCCh CONF...

Page 669: ...CONFigure WCDMa MEAS i MEValuation LIMit RCDerror ECDP ThresholdBPSK1 ThresholdBPSK2 LimitBPSK1 LimitBPKS2 Threshold4PAM1 Threshold4PAM2 Limit4PAM1 Limit4PAM2 Defines upper limits for the relative CDE...

Page 670: ...fying Limits Firmware Software V1 0 15 0 Manual operation See Limits on page 601 3 5 3 11 Limits Power Control The following commands define limits related to transmit power control CONFigure WCDMa ME...

Page 671: ...um UE power are supported Separate values can be defined for the boundaries DTX N ACK N ACK CQI and CQI DTX Additionally the limit check can be enabled or disabled See also chapter 3 2 5 3 Power Contr...

Page 672: ...rameters OFF ON disables the limit check ena bles the limit check using the previous default limit values Example See Specifying Limits Firmware Software V1 0 0 4 Manual operation See Limits on page 6...

Page 673: ...Default unit dBm Additional parameters OFF ON disables the limit check ena bles the limit check using the previous default limit values LimitH30kHz Absolute limit line H referenced to a 30 kHz filter...

Page 674: ...es the limit check using the previous default limit values PointF Range 90 dB to 0 dB RST 33 5 dB Default unit dB Additional parameters OFF ON disables the limit check ena bles the limit check using t...

Page 675: ...MEAS i MEValuation TRACe EVMagnitude CHIP MAXimum 677 READ WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP CURRent 677 READ WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP AVERage 677 READ WCDMa MEAS...

Page 676: ...rned values refer to Conventions and General Information FETCh WCDMa MEAS i MEValuation CARRier c TRACe EVMagnitude PEAK CURRent FETCh WCDMa MEAS i MEValuation CARRier c TRACe EVMagnitude PEAK AVERage...

Page 677: ...ns and General Information FETCh WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP CURRent FETCh WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP AVERage FETCh WCDMa MEAS i MEValuation TRACe EVMagnitude...

Page 678: ...READ WCDMa MEAS i MEValuation CARRier c TRACe MERRor PEAK CURRent 679 READ WCDMa MEAS i MEValuation CARRier c TRACe MERRor PEAK AVERage 679 READ WCDMa MEAS i MEValuation CARRier c TRACe MERRor PEAK M...

Page 679: ...ed slot or half slot Range 0 to 100 SDEViation 0 to 50 Default unit Example See Performing Single Shot Measurements Usage Query only Firmware Software V1 0 10 1 V3 2 60 command renamed CARRier c added...

Page 680: ...unit Example See Performing Single Shot Measurements Usage Query only Firmware Software V1 0 10 1 V3 2 60 command renamed CARRier c added Options R S CMW KM405 for dual carrier HSUPA For additional in...

Page 681: ...a MEAS i MEValuation CARRier c TRACe PERRor PEAK AVERage 682 FETCh WCDMa MEAS i MEValuation CARRier c TRACe PERRor PEAK MAXimum 682 FETCh WCDMa MEAS i MEValuation CARRier c TRACe PERRor PEAK SDEViatio...

Page 682: ...2 Selects the carrier to be queried only relevant for dual carrier HSUPA Return values Reliability Reliability Indicator PhaseErr_1 PhaseErr_n RMS phase error trace results one result per measured sl...

Page 683: ...n Peak phase error trace results one result per measured slot or half slot Range 180 deg to 180 deg AVERage 0 deg to 180 deg SDEViation 0 deg to 90 deg Default unit deg Example See Performing Single S...

Page 684: ...onstellation point The other values are located on the path between two constella tion points Return values Reliability Reliability Indicator I_1 Q_1 I_10240 Q_10240 10240 pairs of normalized I and Q...

Page 685: ...18 Frequency Error Results Traces The following commands return the frequency error trace results of the multi evaluation measurement FETCh WCDMa MEAS i MEValuation CARRier c TRACe FERRor CURRent 685...

Page 686: ...CARRier c added Options R S CMW KM405 for dual carrier HSUPA For additional information concerning syntax elements and returned values refer to Conventions and General Information 3 5 3 19 Power Resul...

Page 687: ...EAS i MEValuation CARRier c TRACe UEPower MINimum READ WCDMa MEAS i MEValuation CARRier c TRACe UEPower MAXimum READ WCDMa MEAS i MEValuation CARRier c TRACe UEPower SDEViation Returns the values of t...

Page 688: ...step is calculated as the difference between the UE power of a half slot or full slot and the preceding half slot or full slot depending on the measurement period see CONFigure WCDMa MEAS i MEValuati...

Page 689: ...Valuation TRACe EMASk HKFLeft MAXimum 690 FETCh WCDMa MEAS i MEValuation TRACe EMASk HKFRight CURRent 690 FETCh WCDMa MEAS i MEValuation TRACe EMASk HKFRight AVERage 690 FETCh WCDMa MEAS i MEValuation...

Page 690: ...tions and General Information FETCh WCDMa MEAS i MEValuation TRACe EMASk HKFLeft CURRent FETCh WCDMa MEAS i MEValuation TRACe EMASk HKFLeft AVERage FETCh WCDMa MEAS i MEValuation TRACe EMASk HKFLeft M...

Page 691: ...KFILter MAXimum READ WCDMa MEAS i MEValuation TRACe EMASk KFILter CURRent READ WCDMa MEAS i MEValuation TRACe EMASk KFILter AVERage READ WCDMa MEAS i MEValuation TRACe EMASk KFILter MAXimum Returns t...

Page 692: ...DPCCh CURRent 694 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower DPCCh AVERage 694 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower DPCCh MINimum 694 READ WCDMa MEAS i MEValuation CARRier...

Page 693: ...nt 696 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower EDPCch AVERage 696 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower EDPCch MINimum 696 READ WCDMa MEAS i MEValuation CARRier c TRACe C...

Page 694: ...Ch AVERage READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower DPCCh MINimum READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower DPCCh MAXimum READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower...

Page 695: ...Ma MEAS i MEValuation CARRier c TRACe CDPower HSDPcch CURRent FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDPower HSDPcch AVERage FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDPower HSDPcch MINi...

Page 696: ...ation MPERiod MODulation on page 653 The number of results depends on the measurement length see CONFigure WCDMa MEAS i MEValuation MSCount on page 645 The results of the current average minimum maxim...

Page 697: ...vs slot traces for the E DPDCH 1 to 4 Each current value is averaged over a half slot or a full slot depending on the mea surement period see CONFigure WCDMa MEAS i MEValuation MPERiod MODulation on p...

Page 698: ...c TRACe CDERror DPDCh MAXimum 700 FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDERror DPDCh SDEViation 700 READ WCDMa MEAS i MEValuation CARRier c TRACe CDERror DPCCh CURRent 700 READ WCDMa MEAS i...

Page 699: ...EValuation CARRier c TRACe CDERror EDPCch SDEViation 701 FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDERror EDPDch no CURRent 702 FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDERror EDPDch no A...

Page 700: ...the values of the RMS CDE vs slot traces for the DPCCH and the DPDCH Each current value is averaged over a half slot or a full slot depending on the mea surement period see CONFigure WCDMa MEAS i MEV...

Page 701: ...RRier c TRACe CDERror HSDPcch AVERage READ WCDMa MEAS i MEValuation CARRier c TRACe CDERror HSDPcch MAXimum READ WCDMa MEAS i MEValuation CARRier c TRACe CDERror HSDPcch SDEViation READ WCDMa MEAS i M...

Page 702: ...i MEValuation CARRier c TRACe CDERror EDPDch no MAXimum FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDERror EDPDch no SDEViation READ WCDMa MEAS i MEValuation CARRier c TRACe CDERror EDPDch no CURR...

Page 703: ...3 5 3 23 RCDE vs Slot Results Traces The following commands return the Relative Code Domain Error RCDE vs slot trace results of the multi evaluation measurement FETCh WCDMa MEAS i MEValuation CARRier...

Page 704: ...CURRent 706 FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPCch AVERage 707 FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPCch MAXimum 707 FETCh WCDMa MEAS i MEValuation CARRier...

Page 705: ...710 READ WCDMa MEAS i MEValuation CARRier c TRACe RCDerror SF HSDPcch 710 FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror SF EDPDch no 710 READ WCDMa MEAS i MEValuation CARRier c TRACe RCDerro...

Page 706: ...so chapter 3 2 6 3 Detailed Views Relative CDE on page 572 Suffix c 1 2 Selects the carrier to be queried only relevant for dual carrier HSUPA Return values Reliability Reliability Indicator RCDE_1 RC...

Page 707: ...S i MEValuation CARRier c TRACe RCDerror EDPCch SDEViation Returns the values of the relative CDE vs slot traces for the HS DPCCH and the E DPCCH Each current value is averaged over a half slot or a f...

Page 708: ...ch no MAXimum READ WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPDch no SDEViation Returns the values of the relative CDE vs slot traces for the E DPDCH 1 to 4 Each current value is averaged ov...

Page 709: ...Ch Returns the current spreading factors for the DPCCH and the DPDCH Each value refers to a half slot or a full slot depending on the measurement period CONFigure WCDMa MEAS i MEValuation MPERiod MODu...

Page 710: ...ity Reliability Indicator SF_1 SF_n 2 4 8 16 32 64 128 256 Spreading factors one result per measured slot or half slot Example See Performing Single Shot Measurements Usage Query only Firmware Softwar...

Page 711: ...AS i MEValuation TRACe CDPMonitor QSIGnal CURRent 711 FETCh WCDMa MEAS i MEValuation TRACe CDPMonitor ISIGnal CURRent 711 READ WCDMa MEAS i MEValuation TRACe CDPMonitor QSIGnal CURRent 711 READ WCDMa...

Page 712: ...ignal and Q Signal traces can be retrieved See also chapter 3 2 6 7 Detailed Views CD Monitor on page 577 Return values Reliability Reliability Indicator CDE_1 CDE_SF One value per code channel The nu...

Page 713: ...ed Views ACLR on page 578 and chapter 3 2 6 9 Detailed Views Spectrum Emission Mask on page 579 The return values described below are returned by FETCh and READ commands CALCulate commands return limi...

Page 714: ...130 dB to 130 dB Default unit dB 19_FreqAB 20_FreqBC 21_FreqCD 22_FreqEF 23_FreqFE 24_FreqDC 25_FreqCB 26_FreqBA 27_FreqHAD 28_FreqHDA Power relative to the carrier power measured in the 10 emission...

Page 715: ...717 CALCulate WCDMa MEAS i MEValuation CARRier c MODulation MAXimum 717 CALCulate WCDMa MEAS i MEValuation CARRier c MODulation SDEViation 717 FETCh WCDMa MEAS i MEValuation MODulation UEPHd READ WCD...

Page 716: ...d below The number to the left of each result parameter is provided for easy identification of the parameter position within the result array Return values 1_Reliability Reliability Indicator 2_MaxPhD...

Page 717: ...c MODulation MAXimum CALCulate WCDMa MEAS i MEValuation CARRier c MODulation SDEViation Return the current average maximum and standard deviation single value results The return values described belo...

Page 718: ...to 0 dB Default unit dB 10_CarrFreqErr Carrier frequency error Range 60000 Hz to 60000 Hz Default unit Hz 11_TransTimeErr Transmit time error Range 250 chips to 250 chips Default unit chips 12_UEpower...

Page 719: ...a MEAS i MEValuation CARRier c CDPower AVERage READ WCDMa MEAS i MEValuation CARRier c CDPower MINimum READ WCDMa MEAS i MEValuation CARRier c CDPower MAXimum READ WCDMa MEAS i MEValuation CARRier c C...

Page 720: ...RRier c CDERror MAXimum READ WCDMa MEAS i MEValuation CARRier c CDERror SDEViation Returns the RMS CDE vs slot values measured in a selected slot In addition to the current values average maximum and...

Page 721: ...Rier c RCDerror SF 722 FETCh WCDMa MEAS i MEValuation CARRier c RCDerror OCINfo 723 READ WCDMa MEAS i MEValuation CARRier c RCDerror OCINfo 723 FETCh WCDMa MEAS i MEValuation CARRier c RCDerror CURRen...

Page 722: ...eneral Information FETCh WCDMa MEAS i MEValuation CARRier c RCDerror SF READ WCDMa MEAS i MEValuation CARRier c RCDerror SF Returns the spreading factors of the dedicated physical channels determined...

Page 723: ...3 EDPCCH Values 14 to 16 EDPDCH1 Values 17 to 19 EDPDCH2 Values 20 to 22 EDPDCH3 Values 23 to 25 EDPDCH4 Suffix c 1 2 Selects the carrier to be queried only relevant for dual carrier HSUPA Return valu...

Page 724: ...CURRent READ WCDMa MEAS i MEValuation PCDE MAXimum Returns the Peak Code Domain Error PCDE results In addition to the current PCDE value the maximum PCDE value can be retrieved See also chapter 3 2 6...

Page 725: ...lts except standard deviation results The minimum for standard deviation results equals 0 The maximum equals the width of the indicated range divided by two Exceptions are explicitly stated FETCh WCDM...

Page 726: ...s that an error occurred in at least one of the measured segments ReturnCode Reliability indicator for the segment The meaning of the returned values is the same as for the common reliability indica t...

Page 727: ...dB to 0 dB SDEViation 0 dB to 50 dB Default unit dB Example See Using WCDMA List Mode Usage Query only Firmware Software V1 0 5 3 V3 2 10 increased number of segments Options R S CMW KM012 R S CMW KM4...

Page 728: ...trum AVERage ACLRMode FETCh WCDMa MEAS i MEValuation LIST SEGMent no SPECtrum MAXimum ACLRMode Returns the ACLR power and spectrum emission single value results for segment no in list mode The number...

Page 729: ...above the limit line i e the limit is exceeded Range 100 dB to 90 dB Default unit dB 17_UEpower User equipment power Range 100 dBm to 55 dBm Default unit dBm 18_MarginHAD 19_MarginHDA Limit line marg...

Page 730: ...evious parameter 3_EVMrms 4_EVMpeak Error vector magnitude RMS and peak value Range 0 to 100 Default unit 5_MagErrorRMS Magnitude error RMS value Range 0 to 100 Default unit 6_MagErrorPeak Magnitude e...

Page 731: ...segments ReturnCode Reliability indicator for the segment The meaning of the returned values is the same as for the common reliability indica tor see previous parameter UEpower User equipment power o...

Page 732: ...NFigure WCDMa MEAS i MEValuation LIST COUNt on page 647 To configure the list mode use the commands described in chapter 3 5 3 4 List Mode Settings on page 646 For a description of the list mode see c...

Page 733: ...luation LIST CDPower EDPCch MINimum 738 FETCh WCDMa MEAS i MEValuation LIST CDPower EDPCch MAXimum 738 FETCh WCDMa MEAS i MEValuation LIST CDPower EDPCch SDEViation 738 FETCh WCDMa MEAS i MEValuation...

Page 734: ...rum EMASk CB AVERage 742 FETCh WCDMa MEAS i MEValuation LIST SPECtrum EMASk CB MAXimum 742 FETCh WCDMa MEAS i MEValuation LIST SPECtrum EMASk BA CURRent 742 FETCh WCDMa MEAS i MEValuation LIST SPECtru...

Page 735: ...n FERRor AVERage 747 FETCh WCDMa MEAS i MEValuation LIST MODulation FERRor MAXimum 747 FETCh WCDMa MEAS i MEValuation LIST MODulation FERRor SDEViation 747 FETCh WCDMa MEAS i MEValuation LIST MODulati...

Page 736: ...PCDE PHASe MAXimum Return the phase where the peak code domain error was measured for all measured list mode segments Return values Reliability Reliability Indicator PCDErrorPhase IPHase QPHase Comma...

Page 737: ...separated list of values one per measured segment Range 100 dB to 0 dB Default unit dB Example See Using WCDMA List Mode Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 FETCh WCDMa M...

Page 738: ...Indicator HSDPCCH Comma separated list of values one per measured segment Range 100 dB to 0 dB Default unit dB Example See Using WCDMA List Mode Usage Query only Firmware Software V3 0 10 Options R S...

Page 739: ...h WCDMa MEAS i MEValuation LIST CDERror EDPDch no SDEViation Return RMS CDP and CDE vs slot values for a selected E DPDCH for all measured list mode segments Suffix no 1 4 selects the E DPDCH Return v...

Page 740: ...Using WCDMA List Mode Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 FETCh WCDMa MEAS i MEValuation LIST SPECtrum ACLR M no CURRent ACLRMode FETCh WCDMa MEAS i MEValuation LIST SPECt...

Page 741: ...all measured list mode segments Return values Reliability Reliability Indicator OBW Comma separated list of values one per measured segment Range 0 MHz to 10 MHz Default unit Hz Example See Using WCD...

Page 742: ...AXimum FETCh WCDMa MEAS i MEValuation LIST SPECtrum EMASk DC CURRent FETCh WCDMa MEAS i MEValuation LIST SPECtrum EMASk DC AVERage FETCh WCDMa MEAS i MEValuation LIST SPECtrum EMASk DC MAXimum FETCh W...

Page 743: ...Using WCDMA List Mode Usage Query only Firmware Software V3 0 10 Options R S CMW KM012 FETCh WCDMa MEAS i MEValuation LIST MODulation EVM RMS CURRent FETCh WCDMa MEAS i MEValuation LIST MODulation EV...

Page 744: ...ODulation MERRor RMS SDEViation Return magnitude error RMS values for all measured list mode segments Return values Reliability Reliability Indicator MagErrorRMS Comma separated list of values one per...

Page 745: ...tion PERRor RMS SDEViation Return phase error RMS values for all measured list mode segments Return values Reliability Reliability Indicator PhaseErrorRMS Comma separated list of values one per measur...

Page 746: ...list mode segments Return values Reliability Reliability Indicator IQoffset Comma separated list of values one per measured segment Range 100 dB to 0 dB Default unit dB Example See Using WCDMA List Mo...

Page 747: ...TERror CURRent FETCh WCDMa MEAS i MEValuation LIST MODulation TTERror AVERage FETCh WCDMa MEAS i MEValuation LIST MODulation TTERror MAXimum FETCh WCDMa MEAS i MEValuation LIST MODulation TTERror SDEV...

Page 748: ...ion LIST CDPower CURRent 749 FETCh WCDMa MEAS i MEValuation LIST CDPower AVERage 749 FETCh WCDMa MEAS i MEValuation LIST CDPower MINimum 749 FETCh WCDMa MEAS i MEValuation LIST CDPower MAXimum 749 FET...

Page 749: ...3_PCDError Peak code domain error Range 100 dB to 0 dB Default unit dB 4_PCDE_Phase IPHase QPHase Phase where the peak code domain error was measured IPHase I Signal QPHase Q Signal 5_PCDE_CodeNo Cod...

Page 750: ...E DPCCH E DPDCH FETCh WCDMa MEAS i MEValuation LIST CDERror CURRent FETCh WCDMa MEAS i MEValuation LIST CDERror AVERage FETCh WCDMa MEAS i MEValuation LIST CDERror MAXimum FETCh WCDMa MEAS i MEValuat...

Page 751: ...the segments seg 1 seg 2 seg n with n determined by CONFigure WCDMa MEAS i MEValuation LIST COUNt The number to the left of each result parameter is provided for easy identification of the parameter p...

Page 752: ...nit dBm 18_MarginHAD 19_MarginHDA Limit line margin values for limit line H A positive result indicates that the trace is located above the limit line i e the limit is exceeded Range 130 dB to 130 dB...

Page 753: ...error RMS value Range 0 to 100 Default unit 6_MagErrorPeak Magnitude error peak value Range 100 to 100 AVERage 0 to 100 SDEVi ation 0 to 50 Default unit 7_PhErrorRMS Phase error RMS value Range 0 deg...

Page 754: ...gment but the UE power vs slot measurement is disabled NCAPs are returned for that segment Example segment 1 with 10 slots active segment 2 with 50 slots inactive segment 3 with 12 slots active 22 pow...

Page 755: ...ia com mands of the signaling application While the Standalone SA scenario is active they are configured via measurement commands The following mapping tables provide an overview for general measureme...

Page 756: ...iguration UE channels CONFigure WCDMa MEAS i UECHannels CARRier c DPCCh CONFigure WCDMa MEAS i UECHannels CARRier c DPDCh Automatic configuration for spreading factor depending on connection configura...

Page 757: ...CDMa MEAS i MEValuation MODulation PHDHsdpcch 716 CALCulate WCDMa MEAS i MEValuation MODulation UEPHd 715 CALCulate WCDMa MEAS i MEValuation SPECtrum AVERage 713 CALCulate WCDMa MEAS i MEValuation SPE...

Page 758: ...MEValuation PSLot 645 CONFigure WCDMa MEAS i MEValuation REPetition 644 CONFigure WCDMa MEAS i MEValuation RESult ACLR 638 CONFigure WCDMa MEAS i MEValuation RESult BER 642 CONFigure WCDMa MEAS i MEVa...

Page 759: ...FETCh WCDMa MEAS i MEValuation CARRier c MODulation CURRent 717 FETCh WCDMa MEAS i MEValuation CARRier c MODulation MAXimum 717 FETCh WCDMa MEAS i MEValuation CARRier c MODulation SDEViation 717 FETC...

Page 760: ...7 FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDPower EDPDch no MINimum 697 FETCh WCDMa MEAS i MEValuation CARRier c TRACe CDPower EDPDch no SDEViation 697 FETCh WCDMa MEAS i MEValuation CARRier c...

Page 761: ...CURRent 706 FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPCch MAXimum 707 FETCh WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPCch SDEViation 707 FETCh WCDMa MEAS i MEValuation CARR...

Page 762: ...ETCh WCDMa MEAS i MEValuation LIST CDPower DPCCh SDEViation 737 FETCh WCDMa MEAS i MEValuation LIST CDPower DPDCh AVERage 737 FETCh WCDMa MEAS i MEValuation LIST CDPower DPDCh CURRent 737 FETCh WCDMa...

Page 763: ...MAXimum 744 FETCh WCDMa MEAS i MEValuation LIST MODulation MERRor PEAK SDEViation 744 FETCh WCDMa MEAS i MEValuation LIST MODulation MERRor RMS AVERage 744 FETCh WCDMa MEAS i MEValuation LIST MODulati...

Page 764: ...728 FETCh WCDMa MEAS i MEValuation LIST SEGMent no UEPower CURRent 731 FETCh WCDMa MEAS i MEValuation LIST SPECtrum ACLR M no AVERage 740 FETCh WCDMa MEAS i MEValuation LIST SPECtrum ACLR M no CURRent...

Page 765: ...um UEPower MAXimum 740 FETCh WCDMa MEAS i MEValuation LIST SRELiability 735 FETCh WCDMa MEAS i MEValuation LIST UEPower CURRent 754 FETCh WCDMa MEAS i MEValuation MODulation PHDHsdpcch 716 FETCh WCDMa...

Page 766: ...7 READ WCDMa MEAS i MEValuation CARRier c MODulation CURRent 717 READ WCDMa MEAS i MEValuation CARRier c MODulation MAXimum 717 READ WCDMa MEAS i MEValuation CARRier c MODulation SDEViation 717 READ W...

Page 767: ...m 697 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower EDPDch no SDEViation 697 READ WCDMa MEAS i MEValuation CARRier c TRACe CDPower HSDPcch AVERage 695 READ WCDMa MEAS i MEValuation CARRier c T...

Page 768: ...MEValuation CARRier c TRACe RCDerror EDPCch SDEViation 707 READ WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPDch no AVERage 708 READ WCDMa MEAS i MEValuation CARRier c TRACe RCDerror EDPDch no...

Page 769: ...MFRight CURRent 690 READ WCDMa MEAS i MEValuation TRACe EMASk MFRight MAXimum 690 READ WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP AVERage 677 READ WCDMa MEAS i MEValuation TRACe EVMagnitude CHIP...

Page 770: ...ults with out performing any limit checks It does not care about the TPC commands sent to the UE and does not verify whether the UE reacts to the commands correctly The Inner Loop Power Control mode v...

Page 771: ...and click HW SW Equipment The initial software version for each remote control command is quoted in the reference description 4 2 General Description The main purpose of the WCDMA TPC measurement inc...

Page 772: ...on R S CMW KW400 required to use WCDMA R99 waveform files generated via R S WinIQSIM2 General measurement procedure The steps to be performed in detail depend on the application used to send the TPC c...

Page 773: ...n that sends the TPC commands to the UE For details see chapter 4 2 4 Trigger Modes on page 774 Furthermore it is recommended to disable the sending of UE measurement reports because they cause power...

Page 774: ...ment Control Settings on page 797 4 2 4 Trigger Modes It is recommended to always trigger the TPC measurement by the application that sends the TPC commands to the UE This ensures that the measurement...

Page 775: ...slot timing so that the Measurement Length can start at a slot boundary of the UL WCDMA signal The Standard and Fast Sync modes differ in the synchronization procedure per formed after each measureme...

Page 776: ...ithm and step size on page 776 TPC Setup Name Transferred Pattern Algorithm Step Size Expected Power Steps TPC Test Step ABC A 60 bit 3GPP pattern B 50 x 1 C 50 x 0 2 1 dB A 60 x 0 dB B 4 x 0 dB 1 x 1...

Page 777: ...or signaling application and by the TPC measurement The mea surement uses the inverse TPC periods to adjust the instrument hardware to the next input power range The two UE power steps before and aft...

Page 778: ...C connection with loopback and usage of 50 downlink resources For combined signal path measurements you can configure the usage of downlink resources in the configuration dialog of the measurement see...

Page 779: ...he selected CM pat tern see Pattern Type on page 796 Fig 4 3 UL compressed mode TX test 1 non compressed mode with power level PA 2 compressed frame with power levels PB first slot and PC last slot 3...

Page 780: ...t not by WCDMA generator Alternating 1 010101010 All 1 1111111111 All 0 0000000000 Single Pattern Alternating Pattern 0 101010101 Single Pattern All 1 Pattern 1111111111 Single Pattern All 0 Pattern 0...

Page 781: ...for the individual UE power classes are defined in 3GPP TS 34 121 section 5 2 Maximum Output Power and listed in the following table UE Power Class Nominal Maximum Power Tolerances Upper and Lower Lim...

Page 782: ...certain amount the expected step size 3GPP defines upper limits for the power step error depending on the expected step size In addition to error limits for single power steps there are also error li...

Page 783: ...power control tests and limit checks see chapter 3 2 5 3 Power Control Limits on page 564 4 2 6 4 Max Power E DCH Limits The conformance test specification 3GPP TS 34 121 section 5 2B Maximum Output P...

Page 784: ...th DPDCH off DTX The tolerance specified as test requirement equals 2 3 dB The default limit settings in the configuration dialog correspond to the test require ments The expected step size can be cal...

Page 785: ...ter seven equal TPC com mands 16 dB to 26 dB 1 dB to 1 dB 16 dB to 26 dB 4 2 7 Measurement Results The WCDMA TPC measurement provides all measurement results in a single view This view displays two di...

Page 786: ...ays one measurement result per slot calculated as the average of the measured quantity of all samples in the slot excluding a 25 s guard period at the beginning and at the end of the slot The measured...

Page 787: ...results Fig 4 11 Results in Change of TFC mode Diagrams The diagrams show the measured UE power vs slot and the corresponding power steps between the slots For a detailed description refer to chapter...

Page 788: ...show the measured UE power vs slot and the corresponding power steps between the slots For a detailed description refer to chapter 4 2 7 1 Monitor Mode on page 786 The measured range of slots is confi...

Page 789: ...al results Fig 4 13 Results for test steps A B and C Diagrams The diagrams show the measured UE power vs slot and the corresponding power steps between the slots For a detailed description refer to ch...

Page 790: ...oup value Thus the total step sizes of power step 1 to 10 2 to 11 3 to 12 etc are calculated The columns indicate the maximum minimum and average power step group value determined in this way The colu...

Page 791: ...er The maximum output power of the UE is determined from the UE power vs slot dia gram in a configurable number of slots at the end of test step F and H The minimum output power is determined at the e...

Page 792: ...steps are considered where the UE power of both adjacent slots is larger than the minimum output power and smaller than the maximum output power as defined by the limit settings The slots used for ca...

Page 793: ...r 4 2 5 4 TPC Test Step UL CM Setup on page 779 Results Pattern B The maximum and minimum output power of the UE is determined from the UE power vs slot diagram The maximum and minimum power steps for...

Page 794: ...ys or using the WCDMA TPC Measure ment Configuration dialog The configuration dialog is described in the following sec tions To open the dialog select the TPC Measurement tab and press the Config hotk...

Page 795: ...ned signal path scenario is active this parameter is controlled by the sig naling application and selects the TPC setup to be executed If the standalone scenario is active this parameter selects the T...

Page 796: ...rio is active this parameter selects the CM pattern which is expected to be executed e g via the WCDMA generator or an ARB file Note that the wrong CM configuration in the signaling application leads...

Page 797: ...ment mode Change of TFC set 50 to generate a discontinuous DPDCH For all other measurement modes 100 is recommended to avoid unde sired power steps For more details and remote commands refer to the de...

Page 798: ...single faulty result does not affect the entire measurement On Results are never rejected Use this mode e g for development purposes if you want to analyze the reason for occasional wrong transmission...

Page 799: ...are measured While the combined signal path scenario is active these parameters are controlled by the signaling application The second column defines the number of slots at the end of a test step wher...

Page 800: ...re WCDMa MEAS i TPC ULCM MLENgth TPC Auto Execute Power Control in UL CM This parameter is only available while the combined signal path scenario is active If it is enabled starting or restarting the...

Page 801: ...alog SOURce Trigger Slope Qualifies whether the trigger event is generated at the rising or at the falling edge of the trigger pulse This setting has no influence on Free Run measurements and for eval...

Page 802: ...er which an initiated measurement must have received a trigger event If no trigger event is received a trigger timeout is indicated in manual operation mode In remote control mode the measurement is a...

Page 803: ...n be configured via the following remote commands Remote command CONFigure WCDMa MEAS i TPC LIMit ILPControl MAXPower CONFigure WCDMa MEAS i TPC LIMit ILPControl MAXPower URPClass CONFigure WCDMa MEAS...

Page 804: ...mmands of the signaling application instead While one of these softkeys is selected the Config hotkey opens the configuration dialog of the signaling application not the configuration dialog of the me...

Page 805: ...and other Single Values The results can be retrieved via the following remote commands Remote command FETCh WCDMa MEAS i TPC CARRier c PSTeps MAXimum etc FETCh WCDMa MEAS i TPC CARRier c UEPower MAXim...

Page 806: ...he signal routing and perform RF and analyzer settings After a RST the measurement is switched off Use READ WCDMa MEAS TPC to initiate a single shot measurement and retrieve the results You can also s...

Page 807: ...th CONFigure WCDMa MEAS TPC SETup ULCM CONFigure WCDMa MEAS TPC MODE CONFigure WCDMa MEAS UESignal CMPattern AR CONFigure WCDMa MEAS TPC ULCM MLENgth CONFigure WCDMa MEAS TPC ULCM AEXecution ON Config...

Page 808: ...e WCDMa MEAS TPC LIMit ILPControl PSTep ON 0 5 0 5 1 1 CONFigure WCDMa MEAS TPC LIMit ILPControl PSGRoup ON 1 4 2 2 2 4 2 4 4 1 5 Configuring the WCDMA Generator Configure the WCDMA generator compatib...

Page 809: ...MAXimum CALCulate WCDMa MEAS TPC CARRier PSTeps MINimum CALCulate WCDMa MEAS TPC CARRier PSTeps AVERage 4 4 2 Measurements with Combined Signal Path Scenario The following sections provide programmin...

Page 810: ...CONFigure WCDMa MEAS TPC MPEDch MLENgth 30 CONFigure WCDMa MEAS TPC MPEDch AEXecution ON Set the measurement length for the Change of TFC mode CONFigure WCDMa MEAS TPC CTFC MLENgth 4 Specify the upli...

Page 811: ...PA 5 1 5 CONFigure WCDMa MEAS TPC LIMit ULCM PB 3 2 4 4 2 4 Setting up a Connection to the UE Connect the UE switched off Switch on the DL signal Query the cell state until it equals ON ADJ DL signal...

Page 812: ...he measurement state should be RDY the TPC state should be MAXP and the E TFCI information should deliver two equal values FETCh WCDMa MEAS TPC STATe CONFigure WCDMa SIGN UL TPC STATe CONFigure WCDMa...

Page 813: ...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 ins...

Page 814: ...the parameter s Parameters are sent with a setting or query command and are returned as the result of a query Setting parameters are only sent with a setting command Query parameters are only sent wi...

Page 815: ...om bined signal path mode and the master application has not yet activated the input path The LEDs above the RF connectors indicate whether the input and output paths are active 17 RF Level not Settle...

Page 816: ...urrent DAU configuration by the user is incomplete or wrong and could not be applied Check especially the IP address configuration 54 Filesystem Error The hard disk of the DAU is full or corrupt Pleas...

Page 817: ...Measurement Commands The commands for the WCDMA TPC measurement are divided into the groups listed below Measurement Control and States 817 UE Signal Info Settings 819 Measurement Control Settings 821...

Page 818: ...er manual chapter Remote Control Return values State OFF RUN RDY OFF measurement switched off no resources allocated no results available when entered after ABORt RUN measurement running after INITiat...

Page 819: ...sourceState QUE ACT INV QUE measurement without resources no results available queued ACT resources allocated acquisition of results in progress but not complete active INV not applicable because Main...

Page 820: ...hange of TFC RST CLO Example See Specifying Additional Measurement Specific Settings Firmware Software V2 1 20 V3 0 30 added MPEDch and CTFC V3 2 60 added ULCM Manual operation See TPC Setup on page 7...

Page 821: ...out Defines a timeout for the measurement The timer is started when the measurement is initiated via a READ or INIT command It is not started if the measurement is initiated manually ON OFF key or RES...

Page 822: ...CM MONitor Monitor ILPControl Inner Loop Power Control MPEDch Max Power E DCH CTFC Change of TFC ULCM UL Commpressed Mode RST MON Example See Specifying Additional Measurement Specific Settings Usage...

Page 823: ...utomatic execution of the TPC setup for combined signal path measurements in Inner Loop Power Control mode Parameters Enable OFF ON RST ON Example See Specifying Additional Measurement Specific Settin...

Page 824: ...slots Default unit slots Example See Specifying Additional Measurement Specific Settings Firmware Software V2 1 20 Manual operation See TPC Test Step Settings on page 799 CONFigure WCDMa MEAS i TPC IL...

Page 825: ...ion Enable Enables or disables automatic execution of the TPC setup for combined signal path measurements in UL Compressed Mode mode Parameters Enable OFF ON RST ON Example See Specifying Additional M...

Page 826: ...rmware Software V3 0 30 Manual operation See Measurement Length on page 800 4 5 3 4 Trigger Settings The following commands define the trigger parameters TRIGger WCDMa MEAS i TPC CATalog SOURce 826 TR...

Page 827: ...ion instance 1 adapt the 1 if required WCDMA Gen1 TPC Trigger TPC trigger signal provided by the WCDMA generator instance 1 adapt the 1 if required Base1 External TRIG A External trigger fed in at TRI...

Page 828: ...the uplink DPCH slot border are not synchronous A measurement starts always at an uplink DPCH slot border Triggering a measurement at another time may yield a synchronization error For internal trigg...

Page 829: ...commands define limits for the individual measurement modes For Monitor mode measurements there are no limits CONFigure WCDMa MEAS i TPC LIMit ILPControl MAXPower 829 CONFigure WCDMa MEAS i TPC LIMit...

Page 830: ...tion See Limits on page 803 CONFigure WCDMa MEAS i TPC LIMit ILPControl MAXPower URPClass Enable Enables or disables the usage of the UE power class value reported by the UE in the capability report T...

Page 831: ...trol mode To activate the usage of this limit set see CONFigure WCDMa MEAS i TPC LIMit ILPControl MAXPower Parameters NominalMaxPower Nominal maximum output power of the UE Range 50 dBm to 34 dBm RST...

Page 832: ...per limits for the absolute value of the power step error depending on the expected step size Also enables or disables the limit check Parameters Enable OFF ON Disables enables the limit check RST ON...

Page 833: ...1 dB Default unit dB Group10x1dBAlg2 Limit for groups with expected step size 10 x 1 dB 40 x 0 dB algorithm 2 Range 0 dB to 9 dB RST 4 3 dB Default unit dB Group10x1dB Limit for groups with expected s...

Page 834: ...TPC LIMit CTFC PowerStepLimit CalcBetaFactors PowerStepSize Configures a power step limit for the measurement mode Change of TFC Parameters PowerStepLimit Symmetrical tolerance value for the power ste...

Page 835: ...UE TX power in the recovery period comprising the 7 rising or falling power steps after each gap Range 0 dB to 10 dB RST 5 3 dB Default unit dB Example See Specifying Limits Firmware Software V3 2 60...

Page 836: ...CDMa MEAS i TPC CARRier c TRACe UEPower CURRent Return the values of the UE power vs slot trace per carrier You can query the number of measured slots using the CONFigure WCDMa MEAS TPC MLENgth comman...

Page 837: ...ower steps trace per carrier Each power step is calculated as the difference between the UE power of a slot and the UE power of the preceding slot For the first measured slot a 0 is returned You can q...

Page 838: ...m 839 READ WCDMa MEAS i TPC TOTal UEPower MINimum 839 READ WCDMa MEAS i TPC TOTal UEPower AVERage 839 CALCulate WCDMa MEAS i TPC CARRier c PSTeps MAXimum 840 CALCulate WCDMa MEAS i TPC CARRier c PSTep...

Page 839: ...er UE power Range 100 dBm to 55 dBm Default unit dBm MaxOutputPower Maximum output power Range 100 dBm to 55 dBm Default unit dBm MinOutpuPower Minimum output power Range 100 dBm to 55 dBm Default uni...

Page 840: ...c PSTeps AVERage Return the power step and power step group single value results per carrier The mini mum maximum and average results can be retrieved The command returns all parameters listed below...

Page 841: ...e the result 5_Group0dB_A has been measured Range 1 to 51 9_StepEG Power step expected 1 dB in step E 2 dB in step G Range 50 dB to 50 dB Default unit dB 10_StepFH Power step expected 1 dB in step F 2...

Page 842: ...Group 20_StepnCMCM and 21_StepCMnCM V3 2 70 command renamed CARRier c added For additional information concerning syntax elements and returned values refer to Conventions and General Information FETCh...

Page 843: ...ion concerning syntax elements and returned values refer to Conventions and General Information FETCh WCDMa MEAS i TPC CARRier c PSTeps STATistics READ WCDMa MEAS i TPC CARRier c PSTeps STATistics Ret...

Page 844: ...161 10_PwrStepsUp Power steps up result of Change of TFC mode Range 0 to 5 11_PwrStepsDown Power steps down result of Change of TFC mode Range 0 to 5 12_RPwrSteps Recovery power steps result of UL Com...

Page 845: ...TPC ILPControl TSSegment CONFigure WCDMa SIGN i UL TPCSet PCONfig TSEF CONFigure WCDMa SIGN i UL TPCSet PCONfig TSGH CONFigure WCDMa SIGN i UL TPCSet PCONfig TSSegment 4 6 List of Commands ABORt WCDM...

Page 846: ...CURRent 836 FETCh WCDMa MEAS i TPC CARRier c UEPower AVERage 838 FETCh WCDMa MEAS i TPC CARRier c UEPower MAXimum 838 FETCh WCDMa MEAS i TPC CARRier c UEPower MINimum 838 FETCh WCDMa MEAS i TPC CARRie...

Page 847: ...TPC 817 TRIGger WCDMa MEAS i TPC CATalog SOURce 826 TRIGger WCDMa MEAS i TPC DELay 828 TRIGger WCDMa MEAS i TPC MGAP 829 TRIGger WCDMa MEAS i TPC SLOPe 827 TRIGger WCDMa MEAS i TPC SOURce 827 TRIGger...

Page 848: ...Rier c SCODe 5 2 General Description The WCDMA PRACH measurement captures an uplink UL WCDMA PRACH signal and provides TX measurement results for up to five subsequent random access pre ambles The OFF...

Page 849: ...mbined signal path scenario let the signaling application calcu late the expected nominal power from the UL power control settings expected nominal power mode According to UL Power Control Settings Do...

Page 850: ...red preambles It must be selected before the measurement is started The Preselected Preamble is configured via parameter Preselected Preamble on page 864 The transmit OFF power is measured before and...

Page 851: ...only be ensured for the first preamble cycle 5 2 5 Trigger Modes The WCDMA PRACH measurement requires a trigger event for the first preamble to be measured It can be performed in the following trigger...

Page 852: ...d an upper and lower toler ance value Example According to the test requirements the maximum output power of a class 1 UE must be between 33 dBm 3 7 dB and 33 dBm 1 7 dB The nominal maximum power and...

Page 853: ...power level of the CPICH According to 3GPP TS 34 121 section 5 4 1 Open Loop Power Control in the Uplink the tolerance for the power of the first preamble is 10 dB under normal conditions and 13 dB un...

Page 854: ...ing application The expected step size Preamble Power Steps is also used to calculate the expected preamble power and to adapt the expected nominal power internally during the pream ble cycle Please n...

Page 855: ...Measurements in the R S CMW user manual chapter System Over view Fig 5 8 WCDMA PRACH Overview The results to be measured and displayed in the overview can be limited using the hot key Assign Views see...

Page 856: ...phs cover up to 5 preambles and display one result per preamble cal culated as the average of the measured quantity of all samples in the preamble excluding a 25 s guard period at the beginning and en...

Page 857: ...904 points are displayed PRACH preambles are QPSK modulated so that the points are grouped in four spots ideally located on a circle around the origin with relative phase angles of 90 deg See also I Q...

Page 858: ...s Chip The diagram covers all 4096 chips of the Preselected Preamble labeled 0 to 4095 Additionally the diagram shows the power for 2560 chips before and after the last evaluated preamble These result...

Page 859: ...Carrier Frequency Error Signature detected preamble signature 0 to 15 Off Power Transmit OFF power measured before and after the last evaluated pre amble see also chapter 5 2 3 Defining the Scope of...

Page 860: ...the Marker parameters to activate markers and to modify their position The fol lowing Marker hotkeys are available at the bottom of the GUI Hotkey Description Ref Marker Enable or disable the referen...

Page 861: ...lowing sections To open the dialog select the PRACH Measurement tab and press the Config hotkey 5 3 2 1 Signal Routing and Analyzer Settings The following parameters configure the RF input path All pa...

Page 862: ...P scenario only It is con trolled by the signaling application Remote command CONFigure WCDMa SIGN i UL PRACh PREamble SIGNature CSP 5 3 2 3 Measurement Control Settings The Measurement Control parame...

Page 863: ...IP EVM CONFigure WCDMa MEAS i PRACh RESult CHIP MERRor CONFigure WCDMa MEAS i PRACh RESult CHIP PERRor CONFigure WCDMa MEAS i PRACh RESult IQ Measure on Exception Specifies whether measurement results...

Page 864: ...preselected preamble To derive the results for another preamble modify the parameter and repeat the measurement In the Standalone SA scenario this parameter is controlled by the measurement In the Co...

Page 865: ...RIGger WCDMa MEAS i PRACh SOURce TRIGger WCDMa MEAS i PRACh CATalog SOURce Trigger Slope Qualifies whether the trigger event is generated at the rising or at the falling edge of the trigger pulse This...

Page 866: ...an IF Power trigger source The trigger system is controlled by means of a timer which is reset to zero in the follow ing instances At the IF power down ramp of each triggered or untriggered pulse eve...

Page 867: ...ke diagram scaling They are self explanatory and usually do not have any remote control commands assigned The remaining softkeys hotkeys are described below They are displayed only while the combined...

Page 868: ...verview Traces and Bar Graphs The results can be retrieved via the following remote commands Remote command FETCh WCDMa MEAS i PRACh TRACe UEPower CURRent etc FETCh WCDMa MEAS i PRACh TRACe UEPower CH...

Page 869: ...871 Performing Measurements 871 5 4 1 Key Features The WCDMA PRACH measurement is programmed as follows The measurement is controlled by SCPI commands with the following syn tax WCDMa MEAS PRACh Use...

Page 870: ...MEAS CELL SCODe H1A 5 4 4 Specifying Additional Measurement Specific Settings Define the error handling CONFigure WCDMa MEAS PRACh MOEXception ON CONFigure WCDMa MEAS PRACh TOUT 1800 Configure number...

Page 871: ...ts OFF power limit and power step limits CONFigure WCDMa MEAS PRACh LIMit PCONtrol OLPower ON 20 9 CONFigure WCDMa MEAS PRACh LIMit PCONtrol OFFPower 56 CONFigure WCDMa MEAS PRACh LIMit PCONtrol PSTep...

Page 872: ...Eamble2 CURRent CALCulate WCDMa MEAS PRACh PREamble3 CURRent CALCulate WCDMa MEAS PRACh PREamble4 CURRent CALCulate WCDMa MEAS PRACh PREamble5 CURRent 5 5 Command Reference The following sections prov...

Page 873: ...usage is not explicitly stated the command allows you to set parameters and query parameters Otherwise the command usage is stated as follows Setting only command can only be used to set parameters Q...

Page 874: ...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 external signal e g sign...

Page 875: ...f 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 ARB Memory Overflow The ARB file length is greater than th...

Page 876: ...ettings A good approach to localize the conflicting settings is to start with a reset or preset or even restore the factory default settings Then reconfigure the measurement step by step and check whe...

Page 877: ...FETCh STATe to query the current measurement state See also Measurement Control in the R S CMW user manual chapter Remote Control Example See Performing Measurements Usage Event Firmware Software V3 0...

Page 878: ...urement has been terminated valid results may be available RUN measurement running after INITiate READ synchronization pending or adjusted resources active or queued RST OFF SyncState PEND ADJ INV PEN...

Page 879: ...IP PERRor 883 CONFigure WCDMa MEAS i PRACh RESult IQ 883 CONFigure WCDMa MEAS i PRACh RESult ALL EnableUEpower EnablePowSteps EnableFreqError EnableEVM EnableMagError EnablePhaseErr EnableUEPchip Enab...

Page 880: ...ACh RESult UEPower EnableUEpower Enables or disables the evaluation of results and shows or hides the UE Power view in the PRACH measurement Parameters EnableUEpower OFF ON OFF Do not evaluate results...

Page 881: ...PRACh RESult EVMagnitude EnableEVM Enables or disables the evaluation of results and shows or hides the Error Vector Mag nitude view in the PRACH measurement Parameters EnableEVM OFF ON OFF Do not ev...

Page 882: ...the PRACH measurement Parameters EnableUEPChip OFF ON OFF Do not evaluate results hide the view ON Evaluate results and show the view RST ON Firmware Software V3 0 20 Manual operation See Assign View...

Page 883: ...re V3 0 20 Manual operation See Assign Views Hotkey on page 863 CONFigure WCDMa MEAS i PRACh RESult IQ EnableIQ Enables or disables the evaluation of results and shows or hides the I Q constellation d...

Page 884: ...or some results there are no values at all or the statistical depth has not been reached A timeout of 0 s corresponds to an infinite measurement timeout Parameters Timeout Default unit s Example See S...

Page 885: ...wer before and after the last pream ble Parameters Enable OFF ON RST ON Example See Specifying Additional Measurement Specific Settings Firmware Software V3 0 20 Manual operation See Measure Off Power...

Page 886: ...apt the 1 if required Base1 External TRIG A External trigger fed in at TRIG A connector Base1 External TRIG B External trigger fed in at TRIG B connector IF Power Sync Power trigger extended synchroni...

Page 887: ...ware Software V3 0 20 Manual operation See Trigger Delay on page 866 TRIGger WCDMa MEAS i PRACh TOUT TimeOut Selects the maximum time that the R S CMW will wait for a trigger event before it stops the...

Page 888: ...ONFigure WCDMa MEAS i PRACh LIMit IQIMbalance 890 CONFigure WCDMa MEAS i PRACh LIMit CFERror 890 CONFigure WCDMa MEAS i PRACh LIMit MERRor RMS Peak Defines upper limits for the RMS and peak values of...

Page 889: ...he UE if the absolute value of the measured phase error exceeds the specified values Parameters RMS Range 0 deg to 45 deg RST 10 deg OFF Default unit deg Additional parameters OFF ON disables the limi...

Page 890: ...t check ena bles the limit check using the previous default limit values Example See Specifying Limits Firmware Software V3 0 20 5 5 3 6 Limits Power Control The following commands define limits for p...

Page 891: ...CONFigure WCDMa MEAS i PRACh LIMit PCONtrol MAXPower URPClass Enable Enables or disables the usage of the UE power class value reported by the UE in the capability report This is only relevant if the...

Page 892: ...ower Nominal maximum output power of the UE Range 50 dBm to 34 dBm RST 21 dBm Default unit dBm UpperLimit Tolerance value for too high maximum UE power Range 0 dB to 5 dB RST 2 7 dB Default unit dB Lo...

Page 893: ...ena bles the limit check using the previous default limit values Example See Specifying Limits Firmware Software V3 0 20 Manual operation See Limits on page 867 CONFigure WCDMa MEAS i PRACh LIMit PCON...

Page 894: ...t 896 FETCh WCDMa MEAS i PRACh TRACe PERRor PEAK CURRent 896 READ WCDMa MEAS i PRACh TRACe PERRor RMS CURRent 896 READ WCDMa MEAS i PRACh TRACe PERRor PEAK CURRent 896 FETCh WCDMa MEAS i PRACh TRACe E...

Page 895: ...20 FETCh WCDMa MEAS i PRACh TRACe PSTeps CURRent READ WCDMa MEAS i PRACh TRACe PSTeps CURRent Return the values of the power steps bar graph See also chapter 5 2 7 4 Detailed Views UE Power and Power...

Page 896: ...s Reliability Reliability Indicator MagnitudeError Comma separated list of values one result per measured pre amble see CONFigure WCDMa MEAS i PRACh MPReamble on page 884 Range PEAK 100 to 100 RMS 0 t...

Page 897: ...Query only Firmware Software V3 0 20 FETCh WCDMa MEAS i PRACh TRACe MERRor CHIP CURRent READ WCDMa MEAS i PRACh TRACe MERRor CHIP CURRent Return the values of the magnitude error vs chip diagram See a...

Page 898: ...per measured pre amble see CONFigure WCDMa MEAS i PRACh MPReamble on page 884 Range 60000 Hz to 60000 Hz Default unit Hz Example See Performing Measurements Usage Query only Firmware Software V3 0 20...

Page 899: ...single value results for a selected preamble See also chapter 5 2 7 5 Detailed Views TX Measurement on page 858 Suffix no 1 5 Number of the preamble Return values 1_Reliability Reliability Indicator...

Page 900: ...TCh WCDMa MEAS i PRACh OFFPower READ WCDMa MEAS i PRACh OFFPower Return the OFF power results See also chapter 5 2 7 5 Detailed Views TX Measurement on page 858 Return values Reliability Reliability I...

Page 901: ...888 CONFigure WCDMa MEAS i PRACh LIMit IQIMbalance 890 CONFigure WCDMa MEAS i PRACh LIMit IQOFfset 889 CONFigure WCDMa MEAS i PRACh LIMit MERRor 888 CONFigure WCDMa MEAS i PRACh LIMit PCONtrol MAXPow...

Page 902: ...RRent 895 FETCh WCDMa MEAS i PRACh TRACe UEPower CHIP CURRent 895 FETCh WCDMa MEAS i PRACh TRACe UEPower CURRent 894 INITiate WCDMa MEAS i PRACh 877 READ WCDMa MEAS i PRACh OFFPower 900 READ WCDMa MEA...

Page 903: ...hronization channels suita ble to test whether a UE can perform synchronization and scrambling code identifica tion The generator provides trigger signals that can be used by other firmware applicatio...

Page 904: ...iza tion of the UE and data transfer In addition it generates the PICH which is to be used in many of the conformance tests described in 3GPP TS 34 121 3GPP specifies different physical channel types...

Page 905: ...lization no scrambling Primary Common Control Physical Channel P CCPCH Transmits the System Frame Num ber SFN and is used as a timing reference for all physical channels Carries the BCH transport chan...

Page 906: ...the real valued symbols are mapped to an I and Q branch The I and Q branches of each channel are spread to the chip rate using the same channelization code cSF m for both branches The complex valued c...

Page 907: ...downlink scrambling codes are constructed by combining two real sequences generated by means of two generator polynomials of degree 18 Of these 218 1 scrambling codes only a subset of 512 primary scr...

Page 908: ...ght of the code must not be used For an example see the figure below The red parts are blocked when c4 3 is used 6 2 2 Channel Structure The following sections describe the structure of most physical...

Page 909: ...STTD encoding on the P CCPCH It is used for frame synchronization between the instru ment and the UE Both P SCH and S SCH are time multiplexed with the P CCPCH as shown below Fig 6 2 Structure of SCH...

Page 910: ...SF Bits Slot NData1 NPilot NTFCI 0 15 256 20 20 0 0 1 15 256 20 12 8 0 2 15 256 20 18 0 2 3 15 256 20 10 8 2 4 30 128 40 40 0 0 5 30 128 40 32 8 0 6 30 128 40 38 0 2 7 30 128 40 30 8 2 8 60 64 80 72 0...

Page 911: ...w Fig 6 4 Structure of DPCH The DPDCH contains two data fields The DPCCH contains the following fields Transmit Power Control TPC contains power control bits requesting the UE to increase bit 1 or dec...

Page 912: ...discontinuous transmision shall be filled into the TFCI field 6 2 2 5 Fractional Dedicated Physical Channel F DPCH The F DPCH is a special case of a downlink DPCCH carrying TPC information see 3GPP T...

Page 913: ...DPA a radio frame is divided into five subframes of three slots each A slot con tains one data field of 2560 chips This subframe structure applies to HS PDSCH and HS SCCH The HS PDSCH subframe starts...

Page 914: ...cator to return an acknowledgement ACK When it receives a data packet with errors the Node B returns a negative acknowledgement NACK requesting retransmission of the data packet A HARQ acknowledgement...

Page 915: ...reference measurement channel generated in this way is to be used for various transmitter and receiver tests specified e g in 3GPP TS 25 101 and 34 121 The following example illustrates the generation...

Page 916: ...RB 13 6 DPCH Slot Format 0 6 4 8 Transmission Time Interval 80 ms 40 ms 40 ms 10 ms Coding Type Convolution Cod ing Convolution Cod ing Convolution Cod ing Convolution Cod ing Coding Rate 1 3 1 3 1 3...

Page 917: ...ion Coding Coding Rate 1 3 1 3 Rate Matching attribute 256 256 Size of CRC 12 12 Position of TrCH in radio frame fixed fixed 6 2 4 Orthogonal Channel Noise Simulator OCNS The OCNS is used to simulate...

Page 918: ...e chapter 6 2 5 Power Levels on page 918 6 2 5 Power Levels The individual channel power levels and the OCNS power level are expressed relative to the RMS output power of the generator The total power...

Page 919: ...cond row indicates additional center frequencies which are shifted by 100 kHz relative to the normal 200 kHz raster The channel numbers for these addi tional frequencies are either explicitly listed o...

Page 920: ...o 1556 5 6 2 7 Trigger Signals The WCDMA generator provides trigger signals that can be used by other R S CMW applications to synchronize to the generated WCDMA downlink signal This is espe cially use...

Page 921: ...eceived after the trigger event carries an ACK or NACK After the first trigger event a trigger pulse is generated every 18 slots 6 sub frames or 12 ms The HS DPCCH trigger signal is only available whe...

Page 922: ...oth algorithms the UE transmitter output power changes by TPC_cmd multiplied with the TPC step size of 1 dB or 2 dB According to 3GPP the TPC step size for Algo rithm 2 is always 1 dB The step size fo...

Page 923: ...ined by 3GPP The R S CMW offers some of these steps as fixed TPC pattern setups see table below Pattern Setup Name Transferred Pattern Algorithm Step Size TPC Test Step E all 0 1 1 dB TPC Test Step F...

Page 924: ...t patterns to measure all power steps with maximum accuracy Note that the corrections may add up to a systematic error of the measured absolute powers especially in the segments near the minimum UE ou...

Page 925: ...ll 1 pattern starts at the beginning of the first frame after the current frame A new pattern following an Alternating pattern always starts at the next frame boundary where the last bit of the Altern...

Page 926: ...2 8 5 Generating TPC Trigger Signals The WCDMA generator provides TPC trigger signals These signals allow a measure ment e g a WCDMA TX measurement option R S CMW KM400 to synchronize to the transferr...

Page 927: ...to reach the precondition of the active setup you can press the Precond but ton But this is only required in exceptional situations For maximum speed and con venience the precondition is reached auto...

Page 928: ...mitted Single Pattern Alternating Phase Discontinuity Up Phase Discontinuity Down While the following setups are executed changes are evaluated at any time Alter nating Continuous Pattern 6 3 GUI Refe...

Page 929: ...WCDMa GEN i SCENario ROUTe WCDMa GEN i RF Routing Selects the output path for the generated RF signal i e the output connector and the TX module to be used Depending on your hardware configuration the...

Page 930: ...Level RMS Sets the base level of the generator The individual physical channel levels are defined relative to this base level see parameter Level on page 932 The resulting actual Peak Envelope Power...

Page 931: ...detail below For background information see chapter 6 2 1 Physical Channel Overview on page 904 and chapter 6 2 2 Channel Structure on page 908 The CDP diagram displays the resulting channelization co...

Page 932: ...ettings are indicated by a red box next to the conflict ing codes Conflicts are not corrected automatically It is even possible to generate a signal using conflicting codes The parameter Code Conflict...

Page 933: ...936 Remote command SOURce WCDMa GEN i SFORmat SCCPch SOURce WCDMa GEN i SFORmat DPCH Timing Offset Sets or displays an offset relative to the P CCPCH timing The timing offset is a multi ple of 256 ch...

Page 934: ...evel Type Activates or deactivates the Orthogonal Channel Noise Simulator OCNS channels and displays the total OCNS channel power relative to the base level of the generator see Level RMS on page 930...

Page 935: ...de Number to facilitate the identification of the individual channels in the example diagram Channel Spreading Factor Code Number Code Number Range SF 512 Level dB P CPICH 256 0 0 to 1 4 4 P CCPCH 256...

Page 936: ...ignaling Radio Bearer SRB and Blind Transport Format Detection BTFD The DCH Model determines various parameters of the transport channel It also influ ences the parameter TFCI on page 938 and the DPCH...

Page 937: ...Rce WCDMa GEN i DTCH DATA SOURce WCDMa GEN i DTCH PATTern 6 3 6 DPCCH Settings The following Dedicated Physical Control Channel DPCCH settings are available Fig 6 14 DPCCH settings F DPCH Option R S C...

Page 938: ...36 If the TFCI is present the entered value is transmitted in the TFCI field If the TFCI is not present the TFCI field is filled by DTX bits discontinuous transmission Remote command SOURce WCDMa GEN...

Page 939: ...so that this setting is ignored see table column Alg Step The duration of a TPC pattern required to command a UE to reach a precondition depends on the algorithm and TPC step size of the UE For that r...

Page 940: ...PCONfig PHDown etc Power Control Bits Selects the relative power of the control parts of the DPCH compared to the power in the data part level of the DPCH as defined in the channel table see chapter 6...

Page 941: ...starts receiving the HS PDSCHs indicated by this control information Remote command SOURce WCDMa GEN i HSDPa UEID Unscheduled Subframes Defines the transmission in the gaps between consecutive HS SCC...

Page 942: ...E HICH signature sequence used to separate the E HICH channel from the E RGCH The value corresponds to the sequence index l defined in 3GPP TS 25 211 To generate a signal conform to 3GPP select identi...

Page 943: ...All Up All Down All Hold alternating sequence or freely selectable pattern User Pat tern The parameter Pattern allows to define an arbitrary sequence that is used if User Pat tern is selected The fol...

Page 944: ...o SALone RF1C TX1 SOURce WCDMa GEN RFSettings EATTenuation 2 Set carrier frequency power level and scrambling codes SOURce WCDMa GEN RFSettings FREQuency 1 80741E 009 SOURce WCDMa GEN RFSettings LEVel...

Page 945: ...ata type and bit pattern SOURce WCDMa GEN DCH BD1 SOURce WCDMa GEN DTCH DATA PAT SOURce WCDMa GEN DTCH PATTern 010001 Set TPC parameters active TPC setup phase discontinuity up algorithm and step size...

Page 946: ...ce of TFCI and set power offset for pilot SOURce WCDMa GEN TFCI SOURce WCDMa GEN POFFset PILot 1 6 4 6 Specifying HSDPA Settings Set H Set of fixed reference channel redundancy version UE ID and trans...

Page 947: ...enerator state is ON SOURce WCDMa GEN STATe ON OPC SOURce WCDMa GEN STATe Query the peak envelope power SOURce WCDMa GEN RFSettings PEAK 6 5 Command Reference The following sections provide detailed r...

Page 948: ...r Control and States The following command controls the generator and retrieves its state SOURce WCDMa GEN i STATe Control Turns the generator on or off See also Generator Control in the R S CMW user...

Page 949: ...or instance i All instruments are equipped with the RF 1 and RF 2 connectors and one RX and TX module Additional RF connectors and RX TX modules are optional See also Signal Path Settings in the R S...

Page 950: ...tion or gain if the value is negative to be applied to the RF output connector Parameters ExternalAtt Range 50 dB to 90 dB RST 0 dB Default unit dB Example See Specifying General Generator Settings Fi...

Page 951: ...I XXI OBS1 Operating Band S OBS2 Operating Band S 170 MHz OBS3 Operating Band S 190 MHz OBL1 Operating Band L RST OB1 Example See Specifying General Generator Settings Firmware Software V1 0 4 11 OBS1...

Page 952: ...ingCode Sets the index i for calculation of the primary scrambling code number using the for mula n 16 i Parameters ScramblingCode Range 0 to 511 H0 to H1FF RST 0 Example See Specifying General Genera...

Page 953: ...SOURce WCDMa GEN i LEVel HSSCch 955 SOURce WCDMa GEN i LEVel HSPDsch 955 SOURce WCDMa GEN i LEVel EAGCh 955 SOURce WCDMa GEN i LEVel ERGCh 955 SOURce WCDMa GEN i LEVel EHICh 955 SOURce WCDMa GEN i LEV...

Page 954: ...Range 80 dB to 0 dB RST 20 dB OFF Default unit dB ERGCH Range 80 dB to 0 dB RST 31 dB OFF Default unit dB EHICH Range 80 dB to 0 dB RST 35 1 dB OFF Default unit dB Firmware Software V1 0 10 1 Options...

Page 955: ...EVel SCPich Level SOURce WCDMa GEN i LEVel PSCH Level SOURce WCDMa GEN i LEVel SSCH Level SOURce WCDMa GEN i LEVel PCCPch Level SOURce WCDMa GEN i LEVel SCCPch Level SOURce WCDMa GEN i LEVel PICH Leve...

Page 956: ...unit dB Example See Specifying Channel Table Entries Usage Query only Firmware Software V1 0 4 11 Manual operation See Accumulated Power on page 934 SOURce WCDMa GEN i LEVel ADJust Corrects the power...

Page 957: ...CH HSSCCH HSPDSCH EAGCH ERGCH EHICH Set the channelization code number of R99 and HSPA channels For some channels the Spreading Factor SF is variable resulting in a variable range of allowed code numb...

Page 958: ...ICH ChannelCode SOURce WCDMa GEN i CCODe DPCH ChannelCode SOURce WCDMa GEN i CCODe HSSCch Code SOURce WCDMa GEN i CCODe HSPDsch Code SOURce WCDMa GEN i CCODe EAGCh Code SOURce WCDMa GEN i CCODe ERGCh...

Page 959: ...CPCH Return values ChannelCode Range Fixed value RST 1 Usage Query only Firmware Software V1 0 4 11 Manual operation See Channel Code on page 932 SOURce WCDMa GEN i CCODe CONFlict Queries the channeli...

Page 960: ...N i SRATe DPCH 962 SOURce WCDMa GEN i SRATe HSSCch 962 SOURce WCDMa GEN i SRATe HSPDsch 962 SOURce WCDMa GEN i SRATe EAGCh 963 SOURce WCDMa GEN i SRATe ERGCh 963 SOURce WCDMa GEN i SRATe EHICh 963 SOU...

Page 961: ...DMa GEN i SRATe SCCPch Query the symbol rate of the S CCPCH Return values SymbolRate K7 K15 K30 K60 K120 K240 K480 K960 K7 7 5 ksps K15 K960 15 ksps 960 ksps RST K30 Example See Specifying Channel Tab...

Page 962: ...the symbol rate of the HS SCCH Return values SymbolRate K7 K15 K30 K60 K120 K240 K480 K960 K7 7 5 ksps K15 K960 15 ksps 960 ksps RST K30 Usage Query only Firmware Software V1 0 4 11 Options R S CMW K...

Page 963: ...ATe ERGCh Query the symbol rate of the E RGCH Return values SymbolRate K7 K15 K30 K60 K120 K240 K480 K960 K7 7 5 ksps K15 K960 15 ksps 960 ksps RST K30 Usage Query only Firmware Software V1 0 4 11 Opt...

Page 964: ...0 to 16 RST 11 Example See Specifying HSDPA Settings Usage Query only Firmware Software V1 0 4 11 Manual operation See Slot Fmt on page 933 6 5 8 Timing Offsets Physical Channels The following comman...

Page 965: ...age Query only Firmware Software V1 0 4 11 Options R S CMW KG401 Manual operation See Timing Offset on page 933 6 5 9 Data Physical Channels The following commands configure the bit sequences transmit...

Page 966: ...GEN i PATTern PICH Pattern SOURce WCDMa GEN i PATTern HSPDsch Pattern Define the bit pattern transmitted as user information if the data type equals PAT see SOURce WCDMa GEN i DATA PCCPch etc The last...

Page 967: ...NS Level Type on page 934 SOURce WCDMa GEN i OCNS TYPE Standard Defines the type of OCNS channels to be generated see chapter 6 2 4 Orthogonal Channel Noise Simulator OCNS on page 917 Parameters Stand...

Page 968: ...N21 PN23 ALL0 zeros only ALL1 ones only PAT pattern defined via SOURce WCDMa GEN i DTCH PATTern PN9 PN23 pseudo random bit sequences generated with the indicated number of shift register stages RST AL...

Page 969: ...CDMa GEN i TPCSet PCONfig TSSegment 973 SOURce WCDMa GEN i TPCSet PCONfig PHUP 974 SOURce WCDMa GEN i TPCSet PCONfig PHDown 974 SOURce WCDMa GEN i POFFset PILot 974 SOURce WCDMa GEN i POFFset TPC 974...

Page 970: ...ll 1 ALL0 All 0 SALT Single Pattern Alternating SAL1 Single Pattern All 1 SAL0 Single Pattern All 0 CONTinuous Continuous Pattern TSE TPC Test Step E TSF TPC Test Step F TSEF TPC Test Step EF TSGH TPC...

Page 971: ...Xecute Executes the active TPC pattern setup Corresponds to pressing the Execute button For pattern setups with precondition it is recommended to press the Precond button first SOURce WCDMa GEN i TPC...

Page 972: ...ize on page 939 SOURce WCDMa GEN i TPC PATTern Pattern Sets the User Defined Pattern to be used for Single Pattern and Continuous Pat tern Parameters Pattern String to specify the pattern Range up to...

Page 973: ...d for TPC setup TPC Test Step EF Parameters Length Range 1 to 170 RST 120 Example See Specifying DCH and DPCCH Settings Firmware Software V2 1 20 Manual operation See TPC Setup on page 939 SOURce WCDM...

Page 974: ...DMa GEN i POFFset TFCI Power Define the relative power of the control parts of the DPCH compared to the power in the data part see SOURce WCDMa GEN i LEVel DPCH on page 955 Parameters Power Range 0 dB...

Page 975: ...nce Channel on page 940 SOURce WCDMa GEN i HSDPa RVERsion Value Defines the redundancy version for coding of the HS DSCH Parameters Value Range 0 to 7 RST 0 Example See Specifying HSDPA Settings Firmw...

Page 976: ...the downlink channels that are related to High Speed Uplink Packet Access HSUPA SOURce WCDMa GEN i HSUPa CTYPe 976 SOURce WCDMa GEN i HSUPa TTI 977 SOURce WCDMa GEN i HSUPa EHICh SINDex 977 SOURce WC...

Page 977: ...rom the E RGCH Parameters SequenceIndex Range 0 to 29 RST 0 Example See Specifying HSUPA Settings Firmware Software V1 0 4 11 Options R S CMW KG401 Manual operation See Sequence Index on page 942 SOUR...

Page 978: ...1 Example See Specifying HSUPA Settings Firmware Software V1 0 4 11 Options R S CMW KG401 Manual operation See Mode Pattern on page 942 SOURce WCDMa GEN i HSUPa ERGCh SINDex SequenceIndex Defines the...

Page 979: ...ERGCh PATTern Pattern Defines the pattern to be transmitted as relative grant sequence if the data type equals PATT see SOURce WCDMa GEN i HSUPa ERGCh MODE on page 978 Parameters Pattern String to sp...

Page 980: ...URce WCDMa GEN i HSUPa CTYPe 976 SOURce WCDMa GEN i HSUPa EHICh MODE 977 SOURce WCDMa GEN i HSUPa EHICh PATTern 978 SOURce WCDMa GEN i HSUPa EHICh SINDex 977 SOURce WCDMa GEN i HSUPa ERGCh MODE 978 SO...

Page 981: ...CCPch 961 SOURce WCDMa GEN i SRATe PCPich 960 SOURce WCDMa GEN i SRATe PICH 961 SOURce WCDMa GEN i SRATe SCCPch 961 SOURce WCDMa GEN i SRATe SCPich 960 SOURce WCDMa GEN i STATe 948 SOURce WCDMa GEN i...

Page 982: ...98 WCDMA phase discontinuity measurement 102 Assign views WCDMA multi evaluation measurement 594 WCDMA PRACH measurement 863 Attach detach WCDMA signaling 194 Audio measurements WCDMA signaling 23 Au...

Page 983: ...ng 153 Doppler frequency mode WCDMA signaling 153 DPCCH activity pattern WCDMA signaling 225 DPCCH gating WCDMA signaling 63 DPCCH power offset WCDMA signaling 169 DRX cycle length WCDMA signaling 172...

Page 984: ...207 209 IR buffer size WCDMA signaling 209 K Keep test loop during reconfiguration WCDMA signaling 184 Keep test loop during SMS WCDMA signaling 231 L Large SMS handling WCDMA signaling 232 Length of...

Page 985: ...surement 863 No of reference E TFCIs WCDMA signaling 178 Node B identity WCDMA signaling 191 Noise WCDMA signaling 153 154 Number of HARQ processes WCDMA signaling 207 209 Number of HSSCCH WCDMA signa...

Page 986: ...A signaling UL logging 256 Repetition period WCDMA signaling 238 Report WCDMA signaling 228 Reporting interval WCDMA signaling 228 Restart event WCDMA signaling 152 Result interval WCDMA signaling RLC...

Page 987: ...signaling 184 Test setups WCDMA signaling 15 TFCI WCDMA generator 938 Timeout WCDMA signaling 197 Timing offset WCDMA generator 933 WCDMA signaling 160 Total output power Ior Ioc WCDMA signaling 149 T...

Page 988: ...ignaling 169 URA identity WCDMA signaling 191 User defined pattern WCDMA generator 939 WCDMA signaling 175 User margin WCDMA measurements 589 UTRA FDD WCDMA signaling 228 W WB AMR WCDMA signaling 182...

Reviews:

No comments