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Rohde & Schwarz CMU-K20, Operating Manual

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Rohde & Schwarz CMU-K20 Operating Manual Download Page 610

List of Commands

CMU-K20/21/22/23/24

1115.6088.12

6.306

E-12

Command (Non Signalling, alphabetical)

Page

SAMPle:ARRay:SPECtrum:MODulation:EPSK? ....................................................................................................................... 6.110

SAMPle:ARRay:SPECtrum:MODulation[:GMSK]? .................................................................................................................... 6.110

SAMPle:ARRay:SPECtrum:SWITching:EPSK? ........................................................................................................................ 6.118

SAMPle:ARRay:SPECtrum:SWITching[:GMSK]? ..................................................................................................................... 6.118

SAMPle:SUBarrays:MODulation:EVMagnitude:EPSK:AVERage? ............................................................................................ 6.90

SAMPle:SUBarrays:MODulation:EVMagnitude:EPSK:MMAXimum? ......................................................................................... 6.90

SAMPle:SUBarrays:MODulation:EVMagnitude:EPSK[:CURRent]? ........................................................................................... 6.90

SAMPle:SUBarrays:MODulation:MERRor:EPSK:AVERage? .................................................................................................. 6.102

SAMPle:SUBarrays:MODulation:MERRor:EPSK:MMAXimum? ............................................................................................... 6.102

SAMPle:SUBarrays:MODulation:MERRor:EPSK[:CURRent]? ................................................................................................. 6.102

SAMPle:SUBarrays:MODulation:XPERror[:GMSK]:AVERage? ................................................................................................. 6.79

SAMPle:SUBarrays:MODulation:XPERror[:GMSK]:MMAXimum? ............................................................................................. 6.79

SAMPle:SUBarrays:MODulation:XPERror[:GMSK][:CURRent]? ............................................................................................... 6.79

SAMPle:SUBarrays:MODulation[:PERRor]:EPSK:AVERage? ................................................................................................... 6.96

SAMPle:SUBarrays:MODulation[:PERRor]:EPSK:MMAXimum? ............................................................................................... 6.96

SAMPle:SUBarrays:MODulation[:PERRor]:EPSK[:CURRent]? ................................................................................................. 6.96

SAMPle:SUBarrays:MODulation[:PERRor][:GMSK]:AVERage? ................................................................................................ 6.71

SAMPle:SUBarrays:MODulation[:PERRor][:GMSK]:MMAXimum? ............................................................................................ 6.71

SAMPle:SUBarrays:MODulation[:PERRor][:GMSK][:CURRent]? .............................................................................................. 6.71

SAMPle:SUBarrays:POWer:FRAMe? ........................................................................................................................................ 6.53

SAMPle:SUBarrays:POWer:MSLot:AVERage? ......................................................................................................................... 6.61

SAMPle:SUBarrays:POWer:MSLot:MAXimum? ......................................................................................................................... 6.61

SAMPle:SUBarrays:POWer:MSLot:MINimum? ........................................................................................................................... 6.61

SAMPle:SUBarrays:POWer:MSLot[:CURRent]? ........................................................................................................................ 6.61

SAMPle:SUBarrays:POWer:SLOT? ........................................................................................................................................... 6.44

SAMPle:SUBarrays:POWer:XSLot? ........................................................................................................................................... 6.49

SAMPle:SUBarrays:POWer[:NORMal]:EPSK:AVERage? ......................................................................................................... 6.24

SAMPle:SUBarrays:POWer[:NORMal]:EPSK:MAXimum? ......................................................................................................... 6.24

SAMPle:SUBarrays:POWer[:NORMal]:EPSK:MINimum? ........................................................................................................... 6.24

SAMPle:SUBarrays:POWer[:NORMal]:EPSK[:CURRent]? ........................................................................................................ 6.24

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:AVERage? ...................................................................................................... 6.24

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MAXimum? ...................................................................................................... 6.24

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MINimum? ........................................................................................................ 6.24

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MPR:AVERage? .............................................................................................. 6.30

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MPR:MAXimum? ............................................................................................. 6.30

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MPR:MINimum? ............................................................................................... 6.30

SAMPle:SUBarrays:POWer[:NORMal][:GMSK]:MPR[:CURRent]? ............................................................................................ 6.30

SAMPle:SUBarrays:POWer[:NORMal][:GMSK][:CURRent]? ..................................................................................................... 6.24

SAMPle:SUBarrays:SPECtrum:MODulation:EPSK? ................................................................................................................ 6.110

SAMPle:SUBarrays:SPECtrum:MODulation[:GMSK]? ............................................................................................................. 6.110

SAMPle:SUBarrays:SPECtrum:SWITching:EPSK? ................................................................................................................. 6.119

SAMPle:SUBarrays:SPECtrum:SWITching[:GMSK]? .............................................................................................................. 6.119

SAMPle[:SCALar]:MODulation:EVMagnitude:EPSK? ................................................................................................................ 6.89

SAMPle[:SCALar]:MODulation:MERRor:EPSK? ...................................................................................................................... 6.101

SAMPle[:SCALar]:MODulation:OVERview:EPSK? .................................................................................................................... 6.83

SAMPle[:SCALar]:MODulation:XPERror[:GMSK]? ..................................................................................................................... 6.77

SAMPle[:SCALar]:MODulation[:PERRor]:EPSK? ...................................................................................................................... 6.95

SAMPle[:SCALar]:MODulation[:PERRor][:GMSK]? .................................................................................................................... 6.69

SAMPle[:SCALar]:NPOWer?....................................................................................................................................................... 6.40

SAMPle[:SCALar]:POWer:FRAMe:FPOWer<nr>? ..................................................................................................................... 6.53

SAMPle[:SCALar]:POWer:MSLot? ............................................................................................................................................. 6.59

SAMPle[:SCALar]:POWer:SLOT:SPOWer<nr>? ....................................................................................................................... 6.44

SAMPle[:SCALar]:POWer:XSLot:SPOWer<nr>? ....................................................................................................................... 6.49

深圳德标仪器 

135-1095-0799

Summary of Contents for CMU-K20

Page 1: ...21 R S CMU K20 K21 K22 K23 K24 1115 5900 02 6007 02 6107 02 6207 02 6307 02 Including the following extensions GPRS EGPRS Software Extension for all GSM Software Packages R S CMU K42 K43 1115 4691 02 1115 6907 02 AMR GSM for CMU 200 R S CMU K45 1150 3100 02 Printed in the Federal Republic of Germany 深圳德标仪器 135 1095 0799 ...

Page 2: ... K20 to CMU K24 and CMU K42 43 K45 is generally used as an abbreviation for software options R S CMU K20 to R S CMU K24 and R S CMU K42 K43 K45 The Universal Radio Communication Tester R S CMU 200 is abbreviated as CMU200 深圳德标仪器 135 1095 0799 ...

Page 3: ...Contents of Manuals for Universal Radio Communication Tester CMU Tabbed Divider 1 Chapter 1 Installation 2 Chapter 2 Getting Started 3 Chapter 3 Manual Operation 4 Chapter 4 Functions and their Application 5 Chapter 5 Remote Control Basics 6 Chapter 6 Remote Control Commands 7 Chapter 7 Remote Control Program Examples 10 Index 深圳德标仪器 135 1095 0799 ...

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Page 5: ...4 47 Fig 4 21 Display of results Modulation EVM Phase Error Magn Error 4 48 Fig 4 22 Modulation Configuration Control 4 51 Fig 4 23 Modulation Configuration Limits 4 52 Fig 4 24 Measurement menu Spectrum due to Modulation 4 56 Fig 4 25 Display of results spectrum due to modulation 4 58 Fig 4 26 Display of results spectrum due to switching 4 60 Fig 4 27 Spectrum Configuration Control 4 61 Fig 4 28 ...

Page 6: ...ion 4 152 Fig 4 69 Connection Control Handover Call Pending 4 153 Fig 4 70 Connection Control MS Signal panel single slot 4 155 Fig 4 71 Connection Control MS Signal panel multislot 4 157 Fig 4 72 Connection Control MS Signal table 4 160 Fig 4 73 Connection Control BS Signal panel single slot 4 162 Fig 4 74 Connection Control BS Signal panel multislot 4 165 Fig 4 75 Connection Control BS Signal ta...

Page 7: ...ture for Main Service Packet Data Service Selection Red Sig EGPRS asym 4 124 Table 4 13 Frame structure for Main Service Packet Data any other Service Selection 4 124 Table 4 8 Definition of RX Level 4 136 Table 4 9 Definition of RX Quality 4 136 Table 4 10 MS multislot classes 4 149 Table 4 11 AMR Rate Set according to the conformance test specification 4 203 Table 5 1 Measurement objects in Sign...

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Page 9: ...dsavailable This product was developed manufac tured and tested in compliance with our quality management system standards The Rohde Schwarz quality manage ment system is certified according to stan dards such as ISO9001 and ISO14001 Certificat de qualité Cher client Vous avez choisi d acheter un produit Rohde Schwarz Vous disposez donc d un produit fabriqué d après les métho des les plus avancées...

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Page 11: ...f newsletterpreselection Sie erhalten dann regelmäßig Informationen über Rohde Schwarz Produkte Ihrer Wahl über Firmware Erweiterungen neue Teiber und Applikationsschriften Should you have any technical questions concerning this Rohde Schwarz product please contact the hotline of Rohde Schwarz Vertriebs GmbH Support Center Our hotline team will answer your questions and find solutions to your prob...

Page 12: ...深圳德标仪器 135 1095 0799 ...

Page 13: ...urg Postfach 60 22 40 D 22232 Hamburg 49 40 63 29 00 0 49 40 630 78 70 Zweigniederlassung Mitte Geschäftsstelle Köln Niederkasseler Straße 33 D 51147 Köln Postfach 900 149 D 51111 Köln 49 2203 807 0 49 2203 807 650 Zweigniederlassung Süd Geschäftsstelle München Mühldorfstraße 15 D 81671 München Postfach 80 14 69 D 81614 München 49 89 41 86 95 0 49 89 40 47 64 Zweigniederlassung Süd Geschäftsstelle...

Page 14: ...6 21 hinis logos cy net Cyprus ROHDE SCHWARZ Praha s r o Hadovka Office Park Evropská 33c 16000 Praha 6 420 2 24 31 12 32 420 2 24 31 70 43 office rscz rohde schwarz com Czech Republic ROHDE SCHWARZ DANMARK A S Ejby Industrivej 40 2600 Glostrup 45 43 43 66 99 45 43 43 77 44 Denmark REPRESENTACIONES MANFRED WEINZIERL Vía Láctea No 4 y Via Sta Inés P O Box 17 22 20309 1722 Cumbayá Quito 593 22 89 65...

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Page 16: ...d Milnerton Cape Town 7441 27 21 555 36 32 27 21 555 42 67 unicm protea co za South Africa ROHDE SCHWARZ ESPANA S A Salcedo 11 28034 Madrid 34 91 334 10 70 34 91 329 05 06 rses rses rohde schwarz com Spain LANKA AVIONICS 658 1 1 Negombo Road Mattumagala Ragama 94 1 95 66 78 94 1 95 83 11 lankavio sltnet lk Sri Lanka SolarMan Co Ltd P O Box 11 545 North of Fraouq Cementry 6 7 9 Bldg 16 Karthoum 249...

Page 17: ...port Center T M Equipment 2540 SW Alan Blumlein Way M S 58 925 Beaverton OR 97077 0001 1 503 627 26 84 1 503 627 25 65 info rsa rohde schwarz com USA Rohde Schwarz Inc Systems EMI Products 8080 Tristar Drive Suite 120 Irving Texas 75063 1 469 713 53 00 1 469 713 53 01 info rsa rohde schwarz com USA EQUILAB TELECOM C A Centro Seguros La Paz Piso 6 Local E 61 Ava Francisco de Miranda Boleita Caracas...

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Page 19: ... Gives an overview of the user interface and describes the concepts of measure ment control and instrument configuration Chapter 4 Represents the reference chapter providing detailed information on all functions of the user interface and their application Chapter 5 Describes the basics of remote control of the instrument for GSM base station tests Chapter 6 Lists all remote control commands for GS...

Page 20: ...MU B21 1115 6807 02 Operating Manual CMU K30 K31 K32 K33 K34 1115 4185 12 CMU K30 CMU K31 CMU K32 CMU K33 CMU K34 CMU K39 CMU K41 GSM400 BS for CMU B21 GSM900 BS for CMU B21 GSM1800 BS for CMU B21 GSM1900 BS for CMU B21 GSM850 BS for CMU B21 MOC MTC EDGE for CMU K30 31 32 33 1115 4004 02 1115 4104 02 1115 4204 02 1115 4304 02 1115 4404 02 1115 4791 02 1115 4604 02 Operating Manual CMU K53 1115 508...

Page 21: ...hapter 4 GSM Mobile Tests Signallig BS Signal Extended Power Frame The Power vs Frame measurement can extend over up to 256 frames Chapter 4 GSM Module Tests Non Signallig Power Measurements USF Duty Cycle Downlink GPRS radio blocks with configurable percentage of Uplink State Flag assigned to the MS Chapter 4 GSM Mobile Tests Signallig GPRS Signalling and EGPRS Extended BLER In multislot BLER tes...

Page 22: ...ER Frame Erasure Rate Freq Frequency GPRS General Packet Radio Service GSM Global System for Mobile Communication Groupe Spécial Mobile IF Intermediate Frequency IMEI International Mobile Equipment Identity IMSI International Mobile Subscriber Identity Lev Level Magn Magnitude Max Maximum e g Level Max Min Maximum Minimum MCC Mobile Country Code MNC Mobile Network Code MOC Mobile Originated Call M...

Page 23: ...CMU K20 K21 K22 K23 K24 Manuals 1115 6088 12 0 5 E 12 Trg Trigger TSC Training Sequence Code USF Update State Flag Vect Vector 深圳德标仪器 135 1095 0799 ...

Page 24: ...深圳德标仪器 135 1095 0799 ...

Page 25: ...K24 Contents of Chapter 1 1115 6088 12 I 1 1 E 6 Contents 1 Installation and First Steps 1 1 Software Installation or Update 1 1 Creating a new Software Configuration 1 4 Enabling Software Options 1 6 深圳德标仪器 135 1095 0799 ...

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Page 27: ... or the floppy disk drive see below Software Installation or Update The CMU is always delivered with the latest software version available New CMU software versions are available for download on the R S Lotus Notes Service board To be loaded via the PCMCIA interface the software must be copied to one or several flash disks memory cards or PCMCIA hard disks An appropriate memory card CMU Z1 order n...

Page 28: ...ersion selection dialog is opened Use the rotary knob or the cursor keys to scroll the list and select the GSM MS version you intend to install Press Install to start the installation The installation is started To be operable on your instrument a network option must be combined with a compatible version of the CMU base software Any base software version installed on the CMU hard disk can be combi...

Page 29: ...ume message Process next volume Exit Change volume Replace the current disk with the disk requested Use the cursor up down keys to select Process next volume default setting Press ENTER to confirm that the new disk has been inserted and to continue the installation After processing the last disk the CMU displays the following screen If you wish to install or upgrade other software versions press l...

Page 30: ...several times and combined with different network options and vice versa so it may enter into several firmware configurations If no compatible base software version can be found on the hard disk then the CMU will refuse to install a new GSM MS software option selected in the software selection dialog see previous section Instead it displays the following error message Press Back to installation to...

Page 31: ...oftware version in order to make it compatible to the new GSM MS software option press Upgrade existing version The existing ver sion to be upgraded must be selected in an additional dialog The installation is performed as described in section Software Installation or Update After adding the new base software as a new configuration or updating the existing configuration the CMU displays the follow...

Page 32: ...n be opened via from the Setup Options menu For details refer to Chapter 4 of the CMU200 300 operating manual Note The five software options GSM400 850 900 1800 1900 MS and the supplementary options GPRS and EGPRS for GSM MS CMU K42 K43 are part of a single software package termed GSM MS so they must be installed or updated together However they must be enabled and operated separately Software ins...

Page 33: ... E 10 Contents 2 Getting Started 2 1 Connecting the GSM Mobile Phone to the CMU 2 2 Non Signalling Mode 2 6 Signalling Mode 2 14 Call Setup and Signalling Parameters 2 14 Receiver Reports and Power Measurements 2 20 Sensitivity Measurements 2 22 深圳德标仪器 135 1095 0799 ...

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Page 35: ...zing the instrument and the display according to your personal preferences For installation instructions for the GSM400 850 900 1800 1900 software CMU K21 K22 K23 refer to chapter 1 of the present manual The tests reported below include Connection of the phone and selection of the GSM function group Power and modulation measurements in Non Signalling mode Selection and measurement of signalling pa...

Page 36: ...NIVERSAL RADIO COMMUNICATION TESTER CMU 200 ESCAPE abc def ghi jkl mno pqr stu vwx yz _ µ AFIN AF OUT VOL DEL AUTO INFO RESET PRINT Ω AUX 1 AUX 2 SPEECH AUX 3 DATA 2 13 dBmMAX 2 W MAX 50 W MAX 13 dBmMAX RF3 OUT RF2 RF1 DATA 1 INS CLR 2 DE F 3 G H I 1 ABC 5 6 4 8 ÜVW 7 STU 0 9 XYZ S C RCL M Step 2 Connect the bi directional RF connector RF 2 of the CMU to the antenna connec tor of the mobile phone ...

Page 37: ...ase the mobile phone is operated from an external power supply make sure that it is capable of supplying the maxi mum peak current required As GSM mobile phones gener ate pulse like RF signals they often feature a pulse shaped current consumption Problems may arise if power supplies are used which cannot provide such currents with a constant voltage on Step 3 The CMU provides two bi directional RF...

Page 38: ...u Select menu indicates the func tion groups available If a function group is selected the corresponding modes and measurement menus are indicated Select the GSM900 MS function group Select the Non Signalling mode Select the Analyzer Generator menu Press the Enter key to activate the measurement selected and open the Analyzer Generator menu 深圳德标仪器 135 1095 0799 ...

Page 39: ...U All function groups GSMxxx MS are subdivided in the two measurement modes Non Signalling and Signalling each containing a number of measurement menus chapter 3 chapter 4 Frequently used measurement menus can be stored together with their function group and mode and assigned to one of the eight hotkeys When needed for the next time they can be called up by a single keystroke See also chapter 4 of...

Page 40: ...e the RF analyzer settings Moreover the current measurement re sults for power frequency and phase er rors of the received signal are displayed At present all parameters are set to default values They can be directly changed by means of the softkeys and hotkeys User defined parameters will be saved to the non volatile RAM for later sessions when the CMU is switched off Proceed as outlined in secti...

Page 41: ...nsmission mode in the Genera tor Modulation panel implies that signals with these characteristics are generated Selecting a definite TSC in the Analyzer Settings panel implies that only signals with this TSC are analyzed Measurement and Generator State The state of the Power t Norm GMSK measurement is indi cated in the corresponding softkey measurement control softkey and above the output fields f...

Page 42: ...ower Con figuration menu and return to the main menu The Power measurement is stopped after one statistic count The status indication next to the Power softkey is set to HLT Step 3 Press the Power hotkey to switch over to the graphical menu Power The Power menu shows the power of the current burst as a function of time Together with the burst power a tolerance template as specified in the GSM stan...

Page 43: ...presents the main pur pose of the measurement The limits can be modified in the Limit Lines tab of the Power Con figuration menu Measurement in the HLT state The average and peak power of the last burst measured is indicated in the output fields Average and Peak In contrast the modulation measurement is still running The results for the frequency and phase errors are periodically updated CMU manua...

Page 44: ...the second parameter line For the next step we ll take advantage of the fact that the configuration menu is ac cessible from the graphical menu as well Step 5 Press the Power t Norm GMSK softkey twice to reopen the Power Configuration menu Press ENTER or the rotary knob to ex pand the table Select Continuous from the Repetition field to restart the measurement and confirm with ENTER or by pressing...

Page 45: ...if set to relative the distance between their position and the reference marker The Marker Display softkey sets markers and D lines and deter mines the display area chapter 4 p 4 9 ff In addition to markers a D line can be used to measure a par ticular level in the diagram on Step 5 Display mode If the measurement extends over several bursts the CMU calculates four different traces one of which ca...

Page 46: ...measured before at the same test point Step 7 Press the Menus softkey to display the measurement groups available in the hotkey bar Press the Modulation hotkey to open the Modulation menu The Modulation menu displays the results of the phase and frequency error meas urement The trace represents the phase error of the current burst as a function of time Below a table displays the extreme value of t...

Page 47: ...ple for phase and frequency errors is explained at the beginning of section Measurement Menu Modulation GMSK For configuration settings see section Measurement Configura tions Modulation Configuration As a second modulation scheme the CMU supports 8PSK modulated traffic channels in the so called EDGE channels Measurement curve The diagram in the Modulation menu shows the useful part of a normal bu...

Page 48: ... current signalling states the character istics of the mobile phone and those of the signals generated by the CMU and the MS under test In addition the network identity and the characteristics of the input and output con nectors are shown The softkeys on the right side of the menu lead to other signalling states The Main Service and Network Support softkeys are for switchover to GPRS signalling te...

Page 49: ...are configured in the Network tab of the Connection Control menu To access this card press the associated hotkey see below Input output connectors and ex ternal attenuations are configured in the RF tab GPRS signalling With option CMU K42 the CMU is also able to set up a TBF connection to a GPRS mobile phone and perform transmitter and receiver tests in a GPRS test mode chapter 4 p 4 187 ff on Ste...

Page 50: ...he GSM network as realistically as possible Many of the settings have a direct impact on the speed of the Signalling measurements Press the Connection hotkey to return to the Connection Signal On tab Step 4 Press the Connect Mobile softkey The header message Paging in progress is displayed When the mobile has synchro nized to the BS signal and starts ringing the Connection Alerting tab is displaye...

Page 51: ...nsmitted by the CMU on the control chan nel requests the mobile phone to perform a location update procedure after switching on This is similar to a registration procedure in analog and other digital networks and serves to inform the base station that a certain mobile has been switched on now and is available for calls chapter 4 p 4 169 ff The Location Update parameter in the Network tab determine...

Page 52: ...st of the signalling parameters for the current connection see MS Capabilities on page 2 17 The power control level of the mobile sta tion and the parameters of the traffic channel signals transmitted by the CMU can still be configured in the MS Signal and BS Signal tabs of the Connection Control respectively Press the Escape key to close the Con nection Control menu and return to the Overview men...

Page 53: ...ownlink see Analyzer Generator menu on page 2 7 The traffic channel can be fixed or changed periodically fre quency hopping Frequency hopping is defined by means of one of the four hopping sequences A B C D With the CMU basic unit timeslots 2 to 6 may be selected for the traffic channel because the timeslots 0 1 and 7 are oc cupied by the BCCH and for reconfiguring chapter 4 p 4 161 ff Besides the...

Page 54: ...ose analogy to the measurement of GSM signals in the Non Signalling mode The differences between the two modes are related to the settings which can be made at the mobile station Step 2 Press the Power hotkey to switch over to the graphical menu Power The Power menu shows the power of the current burst as a function of time Like in the Non Signalling mode the menu con tains an Application Applic 1...

Page 55: ...he used timeslot and in the un used timeslots This is useful for some tests specified by GSM on Step 2 P PCL Measurement The P PCL measurement forms the second application in the measurement group Power In this application the average burst power of the mobile can be measured over the whole range of power control levels and for up to three different channels at once The PCLs and channels to be mea...

Page 56: ...ality tests and displays the measurement results together with the RX Level and RX Quality of the serving cell This facilitates a comparison between the results reported by the mobile RX Quality and the sensitivity test results Press the Application softkey to display all applications of the Receiver Quality measurement group Select BER Press the BER Meas Mode hotkey and select Burst by Burst Step...

Page 57: ...the speed of the bit error rate test fast BER test chapter 4 p 4 125 ff The bit classes and measured quantities are explained at the beginning of section Measure ment Menu Receiver Quality on Step 2 Statistics In the framework of sensitivity tests the basic evaluation pe riod is equal to the frames used by the speech coder and consisting of 260 bits Bursts and TDMA frames are irrele vant A statist...

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Page 59: ...ral Settings 3 5 Menu Overview 3 8 GSM MS Non Signalling General Configurations 3 8 GSM MS Non Signalling Power and Modulation 3 9 GSM MS Non Signalling Spectrum 3 10 GSM MS Signalling General Configurations I 3 11 GSM MS Signalling General Configurations II 3 12 GSM MS Signalling Power and Modulation 3 13 GSM MS Signalling Spectrum and Receiver Quality 3 14 深圳德标仪器 135 1095 0799 ...

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Page 61: ... Power Configuration Modulation Configuration Spectrum Configuration Receiver Quality Configuration and menus displaying the results of the measurement Analyzer Generator Overview Power P Time P Slot P Frame etc Modulation Extended Phase Error Overview EVM Phase Error Magnitude Error Spectrum due to Modulation and due to Switching Receiver Quality In a more formal sense the CMU uses main menus pop...

Page 62: ...tive timeslots or frames the modulation parameters phase and frequency errors I Q imbalance and origin offset in the constellation dia gram the adjacent channel power due to switching and due to modulation and of the bit error rate can be performed for normal bursts and access bursts GMSK and 8PSK modulated signals are supported If option CMU K42 is installed in addition the CMU can also establish...

Page 63: ...easurement group Power Modulation Spectrum and Receiver Quality The following parameters can be defined The repetition mode the stop condition the statistic count and the display mode for the measurement Control Tolerances for the measured quantities Limits Limit Lines These settings are explained in more detail below see section General Settings on page 3 5 Configuration via hotkeys The softkeys ...

Page 64: ... to 4 consecutive timeslots The peak power statistical results and the results of the limit check are indicated in addition Single points of the trace may be evalu ated using graphical tools markers D Line Application P t Access GMSK Diagram showing the power of a single GMSK modulated ac cess burst as a function of time including limit check Application P Frame Table showing the average burst pow...

Page 65: ...ure rate the raw bit error rate the data block error rate and the USF BLER can be as sessed in various measurement modes The Block Error Rate BLER can be measured on GPRS channels A graphical overview of the menus is given at the end of this chapter General Settings A number of settings can be made in several of the configuration menus assigned to the measurement groups Power Modulation Spectrum a...

Page 66: ...dition None see above and two further conditions can be selected 1 st Limit exceed The measurement is stopped as soon as one of the limits is exceeded All Limits exceed The measurement is stopped as soon as all limits defined are exceeded Again if no limit failure occurs it is performed ac cording to its repetition mode The Stop Condition is set in the Control tab of the configuration popup menus ...

Page 67: ...analogy to Average traces The formulas hold for n 1 where the average trace becomes equal to the current trace statistics off Calculation of statistical quanti ties In Power and Modulation measurements the statistical functions Average Mini mum Maximum and Minimum Maximum are applied to a set of test points de pending on two independent parameters The time i e the abscissa values ti i ranging from...

Page 68: ...Menu Overview CMU K20 K21 K22 K23 K24 1115 6088 12 3 8 E 10 Menu Overview GSM MS Non Signalling General Configurations 深圳德标仪器 135 1095 0799 ...

Page 69: ...CMU K20 K21 K22 K23 K24 Menu Overview 1115 6088 12 3 9 E 10 GSM MS Non Signalling Power and Modulation 深圳德标仪器 135 1095 0799 ...

Page 70: ...Menu Overview CMU K20 K21 K22 K23 K24 1115 6088 12 3 10 E 10 GSM MS Non Signalling Spectrum 深圳德标仪器 135 1095 0799 ...

Page 71: ...CMU K20 K21 K22 K23 K24 Menu Overview 1115 6088 12 3 11 E 10 GSM MS Signalling General Configurations I 深圳德标仪器 135 1095 0799 ...

Page 72: ...Menu Overview CMU K20 K21 K22 K23 K24 1115 6088 12 3 12 E 10 GSM MS Signalling General Configurations II 深圳德标仪器 135 1095 0799 ...

Page 73: ...CMU K20 K21 K22 K23 K24 Menu Overview 1115 6088 12 3 13 E 10 GSM MS Signalling Power and Modulation 深圳德标仪器 135 1095 0799 ...

Page 74: ...Menu Overview CMU K20 K21 K22 K23 K24 1115 6088 12 3 14 E 10 GSM MS Signalling Spectrum and Receiver Quality 深圳德标仪器 135 1095 0799 ...

Page 75: ... Measurement Control Power Configuration Control 4 28 Limit lines Power Configuration Limit Lines 4 32 Limit Values for Average Burst Power Power Configuration Limits 4 37 Modulation Measurements 4 38 Measurement Menu Modulation GMSK 4 38 Test Settings 4 39 Measurement Results 4 41 Measurement Menu Modulation 8PSK 4 43 Test Settings 4 45 Measurement Results 4 46 a Scalar Results Overview 4 47 b Te...

Page 76: ...rview Menu 4 95 Test Settings 4 96 Measurement Results 4 96 Power Measurements 4 97 Measurement Menu Power 4 97 Test Settings 4 98 a P t Normal GMSK P t Normal 8PSK P t Access Burst 4 100 b P t Multislot 4 102 c P Frame P Slot Graph P Slot Table 4 103 d P PCL 4 103 Measurement Results 4 104 a P t Normal GMSK 4 104 b P t Normal 8PSK 4 107 c P t Multislot 4 107 d P Frame P Slot Graph P Slot Table 4 ...

Page 77: ...d Version MS Multislot Mode 4 157 Table oriented Version 4 160 RF Signals of the CMU Connection Control BS Signal 4 161 Softkey oriented Version Single Slot Mode 4 162 Softkey oriented Version Multislot Mode 4 165 Table oriented Version 4 167 Network Parameters Connection Control Network 4 169 Softkey oriented Version 4 169 Table oriented Version 4 173 AF RF Connectors Connection Control AF RF 4 1...

Page 78: ...深圳德标仪器 135 1095 0799 ...

Page 79: ... user interface Each menu and each panel is briefly described first and then illustrated together with its call button The menu functions are explained according to the following scheme Softkey Short function definition Designation of select input field Definition of function Further description of the function purpose interaction with other settings notes Parameter 1 Description of parameter 1 Pa...

Page 80: ... softkey define the scope of the Power or Modulation measurement The other softkeys on the right side are combined with various hotkeys e g the hotkeys Template PCL Frequency Channel Frequency Offset and Training Sequence belong to the softkey Analyzer Settings The softkey hotkey combinations provide test settings and switch over between different measurements Types of settings The purpose of the ...

Page 81: ...any quantities as functions of time The Analyzer Generator menu can be opened from the Menu Select menu with associated key at the front of instrument The hotkeys associated to the Menus softkey switch over between the Analyzer Generator menu and the remaining measurement menus of function group GSM400 850 900 1800 1900 MS Non Signalling Menu Select Menu Select Fig 4 1 Measurement menu Analyzer Ge...

Page 82: ...for all three applications The applications P t Norm GMSK and Ext Phase Err GMSK can be run in parallel so the results for both applications are displayed simultaneously Switchover between these two applications does not change the course of the measurement The GMSK applications and the Overview 8PSK suspend each other The selected measurement status of each application is stored and will be put i...

Page 83: ...Overview 8PSK The Overview 8PSK hotkey selects the measurement of the power and modulation accuracy of 8PSK modulated signals See section Measurement Menu Modulation 8PSK on page 4 42 Remote control The Overview 8PSK application is selected by the keywords OVERview EPSK in the 3rd and 4th level of the MODulation commands e g CONFigure MODulation OVERview EPSK Application Specific Settings As outli...

Page 84: ... the current burst The messages that may appear in the list field are self explanatory The P t Norm GMSK results are also indicated in the info box in the graphical measurement menu Power see section P t Normal GMSK on p 4 20 ff Remote control READ SCALar POWer NORMal GMSK FETCh SCALar POWer NORMal GMSK SAMPle SCALar POWer NORMal GMSK Ext Phase Error GMSK The Ext Phase Error GMSK output field indi...

Page 85: ...current burst in dBm Peak Burst Power Current Peak power of the current burst in dBm Frequency Error Frequency error of the current burst in Hz Peak EVM Current Extreme value of the Error Vector Magnitude minimum or maximum whichever has the larger absolute value of the current burst in degrees The result can be positive or negative RMS EVM Current RMS averaged EVM of the current burst in degrees ...

Page 86: ...dulation In addition to the burst power measurement a limit check with tolerances depending on the RF output power of the DUT and the modulation scheme is performed see section Limit lines Power Configuration Limit Lines on p 4 32 ff P Slot The P Slot applications measure the average burst power in a series of consecutive timeslots The average is taken over a section of the useful part of the burs...

Page 87: ...hotkeys Template PCL Frequency Channel Frequency Offset and Training Sequence belong to the softkey Analyzer Settings The softkey hotkey combinations provide test settings and switch over between different measurements The measurement menu Power is opened from the main menu Menu Select with the associated key at the front of the instrument or using the Menus softkey and the Power hotkey Menu Selec...

Page 88: ...ration Pressing the P t Norm GMSK softkey twice opens the popup menu Power Configuration see page 4 28 Besides the measurement control softkey provides hotkeys to define the scope of the measurement All these settings are described in more detail in section Measurement Control Power Configuration Control on page 4 28 ff b Selecting the Measurement Application Appli cation The Application softkey s...

Page 89: ... the POWer commands e g CONFigure POWer FRAMe P Slot Graph The P Slot Graph hotkey selects the power versus slot measurement with graphical display In this application the average burst power in all eight timeslots of a TDMA frame is measured and displayed in a bar graph Remote control The P Slot Graph application is selected by the keyword SLOT in the 3rd level of the POWer commands e g CONFigure...

Page 90: ...Mal GMSK CONTrol Mode 1 1000 NONE Trig Slot Offset The Trig Slot Offset hotkey defines a delay time integer number of GSM timeslots between the trigger time and the measured timeslot see Fig 4 3 on p 4 18 In the default setting Trig Slot Offset 0 the measured timeslot is determined by the trigger time By varying the Trig Slot Offset an unknown GSM signal can be analyzed timeslot by timeslot at con...

Page 91: ...a connector AUX3 pin 8 Note The Free Run trigger generally slows down the measurements It must not be used in the P t Multislot P Frame P Slot Graph and P Slot Table applications Remote control TRIGger SEQuence SOURce FRUN RFPOWer IFPOWer EXTern Trigger Level The Trigger Level hotkey determines the trigger level This softkey is enabled for trigger source RF Power or IF Power only Remote control TR...

Page 92: ...FANalyzer TSEQuence TSC Generator Settings The Generator Settings softkey configures the RF signal generated The following generator settings are described in more detail in section Generator Settings Connection Control Generator on p 4 75 RF Level The RF Level hotkey defines the generator level in the used timeslot in dBm Remote control SOURce RFGenerator LEVel UTIMeslot Level Frequency The Frequ...

Page 93: ...iods the delta marker by absolute or relative values relative level in dB or time differences from the reference marker D line The D line display line is a horizontal line that can be positioned on the test diagram at will to mark and read out level values Ref The hotkey Ref R switches the reference marker on or off use the ON OFF key The reference marker is represented by the symbol in the test d...

Page 94: ...er softkey changes back to the Marker Display softkey see above Display Area The Display Area hotkey selects the displayed screen area It is possible to select either the complete burst see Fig 4 11 or zoom in to a particular area Full Range Display of complete burst in the time range 10 symbols to 157 symbols and levels between 80 dBc and 10 dBc Useful Part Full time range measurement curve magni...

Page 95: ...rage or the average power of the current curve with an additional correction for the deviation due to the data modulated onto the RF signal Data Compens See section Measurement Control Power Configuration Control on page 4 28 Remote control CONFigure POWer NORMal EPSK CONTrol RPMode CURRent AVERage DCOMpens 8PSK and GMSK symbol periods are of equal length see explanation of GSM burst structure at ...

Page 96: ...f Slot Count is equal to 2 then the timeslot preceding the measured timeslot Trg Slot Offs 1 and the measured slot Trg Slot Offs 0 are measured If Slot Count is equal to 3 4 then Trg Slot Offs 1 Trg Slot Offs 0 and the next timeslot the two next timeslots Trg Slot Offs 1 and Trg Slot Offs 2 are measured The beginning of the measured timeslot defines the origin symbol no 0 of the time axis The meas...

Page 97: ...gure POWer MSLot MVIew Level Scale The Level Scale hotkey defines a maximum RF level in dBm Max and a level range in dB Span that will be displayed in the graphical diagram and thus determines the scale of the y axis Remote control No command display configuration only Time Scale The Time Scale hotkey defines the start time Start and the total time interval Span that will be displayed in the graph...

Page 98: ... Graph and P Slot Table applications Measurement Results The measurement results depend on the application selected a P t Normal GMSK The values shown in the measurement menu Power application P t Normal GMSK can be divided into three groups Settings Scalar measurement results single values Arrays the measurement curve plotted as a function of time These values are indicated in two parameter lines...

Page 99: ...gs Sym Offset Time Delay set by means of the Display Marker softkey Number of symbols that the burst is shifted with respect to the time axis and the tolerance template In Signalling mode the measured timing advance error is displayed instead Statistic Count Number of bursts per statistics cycle as set in the Control tab of the Power Configuration menu In addition the following scalar results are ...

Page 100: ...on p 4 20 Remote control READ ARRay POWer NORMal GMSK FETCh ARRay POWer NORMal GMSK SAMPle ARRay POWer NORMal GMSK Limit Check The result of the limit check is visualized in two colored bars below the diagram In each area of the burst the upper lower bar turns red if the result exceeds falls below the power time template defined in the Limit Lines tab of the Power Configuration menu Remote control...

Page 101: ... upper right corner of the diagram Timing Timing error of the burst in symbol periods actual timing minus the slot offset times the nominal slot duration The actual timing of the burst is given by the training sequence and measured relative to the measured timeslot Trigger Slot Offset 0 see Fig 4 3 on page 4 18 Below the two measurement results an error message is displayed if the burst is out of ...

Page 102: ...nes tab of the Power Configuration menu Remote control CALCulate SCALar POWer MSLot LIMit MATChing CALCulate ARRay POWer MSLot LIMit MATChing CURRent CALCulate ARRay POWer MSLot AREA LIMit MATChing CURRent Tolerance template The multislot template is calculated after each single shot measurement from the single slot templates of all measured bursts depending on the modulation scheme the measured t...

Page 103: ...d with an appropriate trigger condition E g if the power in the timeslot to be measured is clearly higher than the power in the remaining seven timeslots a power trigger trigger settings RF Power or IF Power can be used Otherwise use an appropriate external trigger signal The results are shown in a tabular overview To be consistent with the numbering of the timeslots within a TDMA frame the measur...

Page 104: ...sults The P Slot application measures the average burst power in eight consecutive time slots The average is taken over a section of the useful part of the burst it is not correlated to the training sequence The time slots are numbered 0 to 7 however this does not mean that they all belong to the same TDMA frame slot 0 to 7 A particular timeslot can be selected as timeslot 0 with an appropriate tr...

Page 105: ...er a section of the useful part of the burst it is not correlated to the training sequence The number of slots Slot Count to be measured is set in the Control tab of the Power Configuration menu see p 4 28 ff The table displays up to 128 results at the same time To be consistent with the numbering of the timeslots within a TDMA frame the measured slots are numbered starting from 0 see also remarks...

Page 106: ...Count for burst power vs time measurements only The measurement Filter for P t Normal GMSK P t Normal 8PSK and P t Multislot measurements The averaging rule to obtain the reference power Ref Power Mode for 8PSK measurements only The Timing Offset the expected modulation Modulation View the number of slots measured Slot Count and the Info Box in the P t Multislot application The number of timeslots...

Page 107: ...Note In remote mode the counting measurement counting mode is available as a further measurement mode with a defined number of measurement cycles to be performed see chapter 6 of this manual Remote control CONFigure POWer NORMal GMSK CONTrol REPetition CONTinuous SINGleshot 1 10000 StopCondition Stepmode etc Stop Condition The Stop Condition field defines a stop condition for the measurement NONE ...

Page 108: ...in accordance with the conformance specification GSM 11 10 Remote control CONFigure POWer NORMal GMSK FILTer G500 B600 CONFigure POWer NORMal EPSK FILTer G500 B600 CONFigure POWer MSLot FILTer G500 B600 Grid The Grid button switches the grid on or off in the graphical test diagram By default the grid is switched on Remote control CONFigure POWer NORMal GMSK CONTrol GRID ON OFF The following settin...

Page 109: ...urst is shifted relative to the time axis and the tolerance template for the multislot burst analysis Therefore the value of Timing Offset affects the result of the tolerance check Remote control CONFigure POWer MSLot TOFFset P t Multislot Modulation View The Modulation View section defines the expected modulation scheme in all four timeslots that can be measured and adjusts the power time templat...

Page 110: ...ework and for handover Other burst types Dummy burst frequency correction burst synchronization burst are only used by the BTS The basic GSM modulation scheme is GMSK modulation With this modulation scheme the transmission rate is 270 833 ksymbols s where each symbol codes one data bit resulting in a bit duration symbol duration of 3 69 µs symbol The structure of the GSM bursts is shown in Fig 4 3...

Page 111: ...dBc for PCL 17 2 0 dBc for PCL 12 1 0 dBc for PCL 18 and 19 1 0 dBc for PCL 13 14 and 15 30 0 dBc or 17 0 dBm higher value 30 0 dBc or 20 0 dBm higher value 59 0 dBc or 36 0 dBm higher value 48 dBc or 48 dBm higher value The limit lines for GMSK and 8PSK modulation are set in separate table sections but in an analogous way 8PSK modulation 8PSK modulation was introduced to GSM with release 1999 GSM...

Page 112: ...s According to GSM 11 10 the power time template for multislot configurations coincides with the template for a single GSM burst except in the guard period between every two consecutive active timeslots where the output power shall not exceed the level allowed for the useful part of the first timeslot or the level allowed for the useful part of the second timeslot plus a multislot guard level of 3...

Page 113: ...t Lines Default Settings The Default All Settings switch assigns default values to all settings in the Limits tab the default values are quoted in the command description in chapter 6 of this manual In addition default switches for the individual modulation schemes are provided Remote control CONFigure POWer NORMal GMSK LIMit LINE DEFault ON OFF Area Info The Area Info diagram represents a simplif...

Page 114: ...anges for the upper and lower limit lines i e of the quantities Time Level rel and Level abs vary according to the area numbers see command description in chapter 6 Remote control CONFigure POWer NORMal GMSK LIMit LINE UPPer nr STATic ENABle ON OFF CONFigure POWer NORMal GMSK LIMit LINE UPPer nr STATic StartTime EndTime StartRelLevel EndRelLevel StartAbsLevel EndAbsLevel Visibility Dynamic limit l...

Page 115: ...line in the guard period equals the upper limit line in the useful part of the first timeslot or the upper limit line in the useful part of the second timeslot plus Multislot Guard whichever is the highest No lower limit line is defined during the guard period Remote control CONFigure POWer MSLot LIMit LINE GLEVel Level Limit Values for Average Burst Power Power Configuration Limits The tab Limits...

Page 116: ...nction group GSMxxxx MS Non Signalling using the Modulation hotkey It can be opened also from the Menu Select main menu with the associated key at the front of the instrument Frequency and phase errors are determined as follows The actual phase of the signal received from the mobile station is recorded during the entire burst and stored The transferred data is demodulated and the training sequence...

Page 117: ...ey It can be set independently for all Modulation applications The active application generally suspends the other applications On switchover between different applications the selected measurement status of each application is stored and will be put into effect as soon as the application is activated In particular an application in the status RUN is restarted each time it is activated Note The ab...

Page 118: ... bursts See section Measurement Control Modulation Configuration Control on page 4 50 ff Remote control No display mode set explicitly the three measurement curves are accessible via FETCh ARRay MODulation XPERror GMSK BURSt CURRent FETCh ARRay MODulation XPERror GMSK BURSt MMAX FETCh ARRay MODulation XPERror GMSK BURSt AVERage etc Decode The Decode hotkey defines whether or not guard or tail bits...

Page 119: ...contains the following settings Max Level Maximum input level set as in the Analyzer tab of the Connection Control menu see section Table Oriented Version on p 4 73 ff Attenuation Setting for the external attenuation of the input level Normal Low Noise Low Distortion Freq Offset Frequency offset compared to the nominal channel frequency Chan Trig Slot Offs RF channel and trigger slot offset see Tr...

Page 120: ...on 4 1 I Q Imbalance Amplitude difference between the I and Q components of the measured signal see see Fig 4 18 on page 4 44 and Equation 4 2 Frequency Error Frequency error Remote control READ SCALar MODulation XPERror GMSK FETCh SCALar MODulation XPERror GMSK SAMPle SCALar MODulation XPERror GMSK CALCulate MODulation XPERror GMSK LIMit MATChing Measurement curves arrays The continuous measureme...

Page 121: ...17 Phase error Difference in phase between the measured and the ideal signal vector Magnitude error Difference between the magnitudes of the measured and the ideal signal vector Error vector magnitude Magnitude of the vector connecting the measured and the ideal signal vector In contrast to the previous quantities the error vector magnitude cannot be negative These three quantities are calculated ...

Page 122: ...ignal vector Symbol points actual ideal Q I Fig 4 18 Modulation errors in the I Q constellation diagram Fig 4 18 is an idealized representation of the modulation errors where the effect of a pure origin offset left diagram and of a pure I Q imbalance right diagram are completely disentangled The I Q offset in dB is the logarithmic ratio of the I Q offset vector i e the estimated DC offset of the m...

Page 123: ...on menu are related to 8PSK modulated signals The GMSK application is described in section Test Settings on p 4 39 f Overview 8PSK The Overview 8PSK hotkey selects all scalar modulation results to be displayed For an explanation of the measured quantities see section Measurement Menu Modulation 8PSK on page 4 42 Remote control No explicit switchover command All Overview 8PSK measurements are ident...

Page 124: ...t the symbol points see explanation in section Measurement Menu Modulation 8PSK The diagram shows the relative magnitude error in percent i e the ratio of the absolute magnitude error to the magnitude of the ideal signal vector Remote control No explicit switchover command All Magn Error 8PSK measurements are identified by the 3rd 4th level keywords MERRor EPSK Measurement Results The values shown...

Page 125: ...tput fields in the center of the menu the following results are displayed TSC detected Detected training sequence of the current burst received from the mobile station GSM 0 to 7 or Dummy or see Analyzer tab section Table Oriented Version on p 4 73 ff 95th percentile Limit values below which 95 of the measured Error Vector Magnitudes Magnitude Errors and Phase Errors in the current burst are locat...

Page 126: ...tolerance limits Tolerance Limit Check A red output field and an arrow pointing upwards or downwards indicates that the measurement result exceeds the upper or lower limit set in the Limits tab of the Modulation configuration menu see p 4 52 Remote control The settings are retrieved using the query corresponding to the setting command setting command with appended question mark READ SCALar MODulat...

Page 127: ...ve of the display mode selected and of the current trace Statistic Count Number of sweeps per statistics cycle The colored bar indicates the relative measurement progress in the statistics cycle Bursts out of Percentage of bursts that violate the tolerance limits Tolerance The following scalar values are calculated for the current burst first From the current results the average referenced to a st...

Page 128: ...ion EVMagnitude EPSK CURRent etc Measurement Configurations Modulation Configuration The popup menu Modulation Configuration contains two tabs to determine the parameters of the phase and frequency error measurement including the error tolerances The popup menu Modulation Configuration is activated by pressing the measurement control softkey labeled Ext Phase Err GMSK Overview 8PPSK depending on t...

Page 129: ...point in time t is calculated if the measurement extends over several bursts Current Measured value for the current burst Max Min Extreme value over a number of bursts Average Average value over a number of bursts The number of bursts for the calculation of the statistic values Minimum Maximum and Average and thus the result depends on the repetition mode set see section Measurement Control Power ...

Page 130: ...es actually not send these bits correctly large phase errors will be measured at the beginning and end of the useful information Guard Tailbits Guard and tail bits are also decoded This avoids excessive phase errors in the case of bursts that do not comply with the standard Remote control CONFigure MODulation XPERror GMSK TIME DECode STANdard GTBits Tolerance Values Modulation Configuration Limits...

Page 131: ...red and the expected frequency of the signal For an explanation of all measured quantities refer to the beginning of this section on page 4 43 Remote control CONFigure MODulation OEMP EPSK LIMit CURRent CONFigure MODulation OEMP EPSK LIMit AVERage Ext Phase Error GMSK The table section Ext Phase Error GMSK defines upper limits for the different GMSK modulation parameters The limits depend on the d...

Page 132: ...st fall below the specified positive limit In contrast to the Power measurement where individual limit lines can be switched off the Modulation limit check is always active Remote control CONFigure MODulation XPERror GMSK LIMit CURRent PhaseErrorPeak PhaseErrorRMS FrequencyError 深圳德标仪器 135 1095 0799 ...

Page 133: ...ements for GMSK and 8PSK modulation are analogous however the tolerance values specified in the GSM standard vary depending on the modulation scheme Multislot Mode If the DUT operates in multislot mode the Spectrum due to Switching depends on the MS transmitter output power in all timeslots The CMU provides a special multislot mode where the switching transients can be correctly measured for any m...

Page 134: ...ferent applications the selected measurement status of each application is stored and will be put into effect as soon as the application is activated In particular an application in the status RUN is restarted each time it is activated Remote control INITiate SPECtrum MODulation GMSK ABORt SPECtrum MODulation GMSK STOP SPECtrum MODulation GMSK CONTinue SPECtrum MODulation GMSK FETCh SPECtrum MODul...

Page 135: ...able 4 3 on p 4 65 The Measured Timeslot can be changed in order to select the highest MS output power as a reference for the tolerance template in close analogy to the single slot mode Remote control CONFigure SPECtrum SWITching GMSK SCOunt SSL MSL CONFigure SPECtrum SWITching EPSK SCOunt SSL MSL Appli cation The Application softkey changes the type of spectrum to be measured and the modulation s...

Page 136: ...l spectrum due to modulation measurements are identified by the 2nd to 4th level keywords SPECtrum SWITching EPSK Measurement Results The Spectrum measurement menu and the results depend on the type of spectrum application selected The scaling of the x axis is equal for the two spectra However the spectrum due to modulation is expressed in relative units dBc the spectrum due to switching in absolu...

Page 137: ... using the query corresponding to the setting command setting command with appended question mark The reference power and burst matching are retrieved with a single command READ SCALar SPECtrum MODulation GMSK FETCh SCALar SPECtrum MODulation GMSK SAMPle SCALar SPECtrum MODulation GMSK Response RefPow Match Bar graph The bar graph shows the current carrier output power of the BTS and the measured ...

Page 138: ...cies that are symmetrically distributed around the carrier frequency The switching transients are obtained in peak hold mode but can be updated after each measurement cycle see Cont Stat Mode parameter in section Measurement Control Spectrum Configuration Control on p 4 61 ff The diagram is scaled such that the x axis indicating the frequency offset from the carrier ranges from 2 MHz to 2 MHz the ...

Page 139: ...fining The Repetition mode The Stop Condition for the measurement The measurement curve displayed Display Mode The number of bursts evaluation periods forming a statistics cycle Statistic Count The averaging rule to obtain the reference power Ref Power Mode for 8PSK measurements only Besides it influences the measurement diagram by adding or removing the Grid Fig 4 27 Spectrum Configuration Contro...

Page 140: ...ier frequency All relative limit values are referred to the actual carrier output power of the base station a Spectrum due to Modulation The limit lines for the spectrum due to modulation as specified in GSM 05 05 and GSM 11 10 depend on the GSM band the frequency and for frequencies that differ from the carrier frequency by more than 400 kHz on the output power of the mobile station The following...

Page 141: ...10 20 30 50 40 60 70 80 Frequency from the carrier kHz measurement bandwidth 30 kHz 0 200 400 600 1800 GSM1800 1900 Fig 4 28 Spectral mask as specified for GSM mobile stations As an alternative to the relative limit values quoted in Table 4 1 GSM specifies the following absolute limits again depending on the frequency offset from the carrier and the GSM band If the relative limits are tighter than...

Page 142: ...wer domain can be modified Remote control CONFigure SPECtrum MODulation GMSK LIMit LINE REFPower UPPer Min_Power Max_Power Limit Values The Limit Values table section defines upper limits for the power at eleven fixed GSM specific frequency offsets Lvl rel Upper limit for the RF power referred to the MS output power measured in 30 kHz on the carrier The two values are valid for output powers below...

Page 143: ...M400 GSM850 GSM900 Maximum MS level measured peak hold dBc at frequency offset GSM1800 Maximum MS level measured peak hold dBc at frequency offset MS power dBm 0 4 MHz 0 6 MHz 1 2 MHz 1 8 MHz MS power dBm 0 4 MHz 0 6 MHz 1 2 MHz 1 8 MHz 39 13 21 21 24 36 16 21 21 24 37 15 21 21 24 34 18 21 21 24 35 17 21 21 24 32 20 22 22 25 33 19 21 21 24 30 22 24 24 27 31 21 23 23 26 28 23 25 26 29 29 23 25 25 2...

Page 144: ...mobile station measured at zero frequency span and with a filter bandwidth of 30 kHz Enable Switches the limit check at the frequency or power level on and off Power Lvl User defined MS output power level not necessarily identical with the GSM power control levels The CMU offers considerable flexibility with regard to the limit line definition They are specified at four fixed GSM specific frequenc...

Page 145: ...e provided Remote control CONFigure SPECtrum MODulation CONTrol DEFault ON OFF CONFigure SPECtrum SWITching CONTrol DEFault ON OFF Measure Points The Measure Points table section enables Enable box checked or disables the spectrum measurement at individual frequency points All frequencies listed in Table 4 1 spectrum due to modulation and Table 4 3 spectrum due to switching can be selected A reduc...

Page 146: ...pports two independent test circuits In Non Signalling mode the input and output connectors for both circuits are fixed they are indicated in the AF RF tab of the Connection Control menu see section AF RF Connectors Connection Control AF RF on p 4 80 ff This test mode corresponds to the standalone Audio tests described in the CMU 200 300 operating manual In Signalling mode it is possible to send a...

Page 147: ...ines the frequency RF Channel Frequency Offset and the Training Sequence of the analyzed RF input signal and configures the RF input path Besides it controls the wideband peak power measurement Power and indicates the result The CMU provides a softkey oriented version of the Analyzer tab and a table oriented version with extended functionality The Analyzer hotkey toggles between the two versions i...

Page 148: ...active To change the input level and mode the table oriented Analyzer tab must be opened by pressing the Analyzer hotkey again Remote control SENSe LEVel MAXimum Level RF Channel The RF Channel softkey defines the channel number and frequency of the measured signal The assignment between channel numbers and frequencies is defined in the GSM specification for both directions of transmission uplink ...

Page 149: ...et in multiples of 200 kHz It can be modified by an additional frequency offset entered in the input field below Remote control SENSe RFANalyzer CHANnel Number Frequency Offset The Frequency Offset softkey defines an offset for the frequency set under RF Channel This enables fine tuning of the frequency measured by the CMU e g in order to simulate a Doppler shift caused by a relative movement betw...

Page 150: ...is training sequence The following settings are provided GSM 0 to 7 GSM standard training sequences Dummy GSM specific dummy burst Off Measurement of all bursts regardless of their training sequence GSM training sequences The 8 standard training sequences GSM 0 to GSM 7 are specified in the GSM standard TSC training sequence code for numbering the sequences Bit pattern 26 bit training sequence The...

Page 151: ...tly higher than the result of the Power measurement which is obtained with different filter characteristics The main purpose of the wideband power measurement is to indicate whether an input signal is available and whether it is advisable to change the Max Level settings Note An additional quick and precise power measurement is available in remote control keyword NPOWer Remote control INITiate WPO...

Page 152: ...lid results External input attenuation The range of RF Max Level values depends on the RF input used If an external input attenuation is reported to the instrument to compensate for a known path loss see section AF RF Connectors Connection Control AF RF on page 4 80 all levels measured are referenced to the output of the DUT and therefore shifted with respect to the actual level at the input conne...

Page 153: ...e Risk of intermodulation Low distortion High intermodulation spacing Lower dynamic range Remote control SENSe LEVel ATTenuation NORMal LNOise LDIStortion Meas Control Multi Slot Trigger Slot Offset Trig Slot Offset defines a delay time integer number of GSM timeslots between the trigger time and the timeslot that is measured in all Multislot configurations see Fig 4 3 on p 4 18 Remote control CON...

Page 154: ...level changes Remote control INITiate RFGenerator ABORt RFGenerator FETCh RFGenerator STATus Used The level is indicated as absolute value in dBm Remote control SOURce RFGenerator LEVel UTIMeslot Level Unused The level is defined relative to the level in the used timeslot in dB The absolute level in the unused timeslots i e the sum of numerical values set under used and unused must lie within the ...

Page 155: ...softkey defines the channel number or the frequency of the generated RF signal The assignment of channel numbers and frequencies is unambiguously defined in the GSM specification for both directions of transmission Therefore it is sufficient to enter only one value frequency or channel number the other one is automatically determined by the CMU The following tables contain the channel assignment i...

Page 156: ...y CHANnel Number Frequency Offset The Freq Offset softkey defines a frequency offset shifting the frequency set under RF Channel This enables fine tuning of the RF frequency generated by the CMU e g in order to simulate a Doppler shift caused by a relative movement between mobile and CMU or detuning of the mobile Remote control SOURce RFGenerator FM DEViation FrequencyOffset Training Sequence The ...

Page 157: ...random bit sequence 8PSK modulation Remote control CONFigure RFGenerator MODulation BIT SELection OFF PRBS DUMMyburst ALL0 EALL0 EPRBS Trans mission The softkey Transmission determines the shape of the generated RF signal The RF generator generates either a burst or a continuous signal i e a carrier with a constant level An 8PSK modulated signal is always bursted Remote control CONFigure RFGenerat...

Page 158: ...nectors is indicated in addition Fig 4 37 Connection Control AF RF connectors The Wideband Power measurement is explained in section Softkey Oriented Version on p 4 69 ff AF Connector Overview The AF Connector Overview shows the destination of the input signals fed in via AF IN and AUX 1 and the signal sources for the two audio output connectors AF OUT and AUX 2 In contrast to the Signalling test ...

Page 159: ...m x dBm Pnom dBm 0 1 2 3 4 5 6 7 8 9 ON OFF ENTER 1100 0008 02 VARIATION DATA FUNCTION SYSTEM CONTROL DATA CTRL MENU SELECT HELP SETUP mark symb E F B M µ µV W C dBµV k m G n A mV D 1 dB dBm UNIT EXP CMP CONT HALT RF4 IN UNIVERSAL RADIO COMMUNICATION TESTER CMU 200 ESCAPE abc def ghi jkl mno pqr stu vwx yz _ µ AFIN AFOUT VOL DEL AUTO INFO RESET PRINT Ω AUX 1 AUX2 SPEECH AUX 3 DATA 2 13 dBmMAX 2 W ...

Page 160: ... OUT RF2 RF1 DATA 1 INS CLR CMU Ext Att Input set x dB RF level measured Pnom dBm x 2 DEF 3 GH I 1 ABC 5 6 4 8 ÜVW 7 STU 0 9 XYZ S C RCL M Note The LEDs on the front panel are only on lit if the measurement is active Remote control SENSe CORRection LOSS INPut nr MAGNitude SOURce CORRection LOSS INPut nr MAGNitude Reference Frequency Connection Control Sync The Sync tab defines the reference signal...

Page 161: ...CMU1 sub register associated to the CMU base system and the query SENSe SYNChronize FREQuency REFerence LOCKed returns the value ON 2 In the case of external synchronization with squarewave signals TTL ensure correct signal matching to avoid reflections Otherwise resulting overshoots may cause trigger problems at the CMU input A possible remedy is to use a lowpass filter or an attenuator pad direc...

Page 162: ...ion group applied to REF OUT 2 before is replaced Besides the basic clock frequency of 39 MHz one of the following clock frequencies may be selected 39 000 MHz 19 500 MHz 13 000 MHz 9 750 MHz 7 800 MHz 6 500 MHz 5 571 MHz 4 875 MHz 4 333 MHz 3 900 MHz 3 545 MHz 3 250 MHz 3 000 MHz 2 786 MHz 2 600 MHz 2 438 MHz 2 294 MHz 2 166 MHz 2 053 MHz 1 950 MHz 1 857 MHz 1 773 MHz 1 696 MHz 1 625 MHz 1 560 MH...

Page 163: ...el is specified via the Level parameters Wideband power trigger on the RF Front End IF Power The measurement is triggered by the level of the IF signal rising or falling edge see Slope setting below the trigger level is specified via the Level parameters Narrow band IF power trigger Extern External trigger signal fed in via connector AUX 3 or AUX 4 see Ext Trigger setting below For the Free Run RF...

Page 164: ...ger threshold equal to approx the RF Max Level 16 dB High High trigger threshold equal to approx the RF Max Level 6 dB The IF Power trigger threshold is the IF trigger signal level beyond which the trigger condition is satisfied and a measurement is initiated The IF Power input value defines the trigger threshold relative to the maximum input level IF power trigger threshold RF Max Level IF Power ...

Page 165: ... all functions in the I Q IF tab Remote control IQIF DEFault ON OFF I Q IF Selects the I Q IF test scenario overwriting the current RX Path and TX Path settings Six different predefined test scenarios with fixed RX and TX path are provided see Table 4 6 below Additional scenarios may be defined by selecting any other combination of RX and TX paths When this is done I Q IF is set to User defined Th...

Page 166: ... outputs connected Direct signal analysis and transmission with full measurement accuracy Byp w I Q OF OUT Bypass w I Q IF OUT Bypass w I Q IF OUT No I Q or IF inputs connected Analysis of received and transmitted signal via I Q or IF I Q IN OUT I Q IN OUT I Q IN OUT Insertion of signal to be analyzed and transmitted on I Q level IF IN_I Q IN OUT IF IN_I Q IN OUT IF IN_I Q IN OUT Additional proces...

Page 167: ...ifferent signalling states Signal Off CMU transmits no signal Signal On CMU transmits a GSM control channel signal to which a mobile station can synchronize Synchronized Synchronization with the mobile station and location update performed Alerting Mobile is being called by the CMU after location update or without location update Call Established Call to mobile station established A number of cont...

Page 168: ...he connection scheme described in this section is designed and valid for circuit switched traffic GSM HSCSD or EDGE With option CMU K42 the CMU is also able to test the packet switched operating mode of mobile phones supporting E GPRS E GPRS is an additional mode of the MS so that the circuit switched GSM signalling scheme of Fig 4 41 above is complemented by a largely independent GPRS signalling ...

Page 169: ... CMU is switched on Softkey Signal On see Fig 4 41 Fig 4 42 Connection Control Connection Signal Off The parameter overview in the left half of the menu is also indicated in the other Connection tabs and is described in section Connection Control with Call Established on p 4 148 ff Some parameters are not always available depending on the current and previous signalling states and settings In this...

Page 170: ... after softkey selection pressing once by means of the ON OFF key or the CONT HALT key The measurement result is in units of dBm The analog bar to the right of the softkey shows the measured power relative to the expected level from the MS i e the nominal output power corresponding to its power class and PCL The display range is between Nominal Power 10 dB and Nominal Power 10 dB The wideband powe...

Page 171: ...Control with Call Established on p 4 148 ff Some parameters are not always available depending on the current and previous signalling states and settings In this case the table shows invalid or unavailable settings Header Message A Header Message here Waiting for mobile synchronization or call from the mobile displayed on top of each Connection tab informs on the current instrument state or indica...

Page 172: ... Service popup menu A text with a maximum of 160 alphanumeric characters can be entered in the input field Two front panel keys control the short message service menu CLR Clear the whole short message from the input field ENTER Send the short message in the input field to the mobile Remote control PROCedure SIGNalling CSWitched ACTion SMS CONFigure SIGNalling CSWitched SMS Text SENSe SIGNalling CS...

Page 173: ...easurement indicates its status RUN HLT OFF and opens the configuration menu Power Configuration or Modulation Configuration The hotkeys associated to the measurement control softkey define the scope of the Power or Modulation measurement The other softkeys on the right side are combined with various hotkeys see Fig 4 44 below The softkey hotkey combinations provide test settings and switch over b...

Page 174: ... 8PSK application are identical with the corresponding settings in the Analyzer Generator menu The MS Signal BS Signal and Network settings are described in section Test Settings on p 4 98 ff Settings table The Settings table in the right half of the Overview menu gives an overview of the measurement settings belonging to the current application It changes when a different application is selected ...

Page 175: ...sures the average burst power in the whole PCL range starting with the highest output power level i e the smallest PCL see Table 4 8 on page 4 112 The P PCL measurement is combined with frequency hopping on seven uplink GSM channels In addition a limit check with PCL dependent tolerances is performed The results are output in tabular form P t Access GMSK The P t Access GMSK application measures th...

Page 176: ...asurement control softkey and the Marker Display test settings For a detailed description of these functions refer to p 4 9 ff The following softkey hotkey combinations differ from the Non Signalling mode P t Norm GMSK The P t Norm GMSK measurement control softkey controls the P t Norm GMSK measurement see detailed explanation in section Measurement Control on p 4 4 Besides the measurement control...

Page 177: ...CONFigure POWer MSLot P Frame The P Frame hotkey selects the power versus frame measurement In this application the average burst power in a particular timeslot is measured over a range of consecutive TDMA frames and displayed in tabular form Remote control The P Frame application is selected by the keyword FRAMe in the 3rd level of the POWer commands e g CONFigure POWer FRAMe P Slot Graph The P S...

Page 178: ...m Non Signalling mode see p 4 9 ff In GSM400 850 900 1800 1900 MS Signalling the measurement is triggered by the signal from the signalling unit or the mobile phone Use of an external trigger signal is not possible In GSM400 850 900 1800 1900 MS Signalling the maximum input level RF Max Level can be set automatically according to the PCL of the mobile phone RF Mode hotkey setting PCL see also MS S...

Page 179: ...mobile station is set to single slot mode see Slot Mode softkey on p 4 155 If the MS is in multislot mode the Slot Config softkey is displayed instead see below Remote control CONFigure BSSignal CSWitched TCH LEVel UTIMeslot Hopping The Hopping hotkey selects the frequency hopping sequence for the CMU traffic channel signal TCH Level is available only in the Call Established signalling state and i...

Page 180: ...9 Traffic Mode The Traffic Mode hotkey selects the speech and data coding scheme for the MS traffic channel Remote control CONFigure NETWork CSWitched SMODe TRAFfic Bit Stream The Bit Stream hotkey selects the data to be transmitted on the traffic channel Remote control CONFigure NETWork CSWitched SMODe BITStream PROCedure NETWork CSWitched SMODe BITStream CONFigure NETWork PDATa BITStream PROCedu...

Page 181: ... all measurement groups and also provided in the Analyzer tab of the Connection Control menu For more information see p 4 185 Remote control CONFigure MCONtrol MSLot MESLot c P Frame P Slot Graph P Slot Table The settings accessible via the measurement control softkey the Application Analyzer Level MS Signal and BS Signal softkey are identical with those of application P t Normal GMSK see above Th...

Page 182: ...se for signalling The main timeslot can not be switched off in both the downlink and uplink This hotkey is available only if the mobile station is set to multislot mode see Slot Mode softkey on p 4 155 Remote control PROCedure SIGNalling CSWitched TCH MSLot MTIMeslot CONFigure BSSignal CSWitched TCH MSLot MTIMeslot The remaining hotkeys select the second up to the 7th channel respectively Measurem...

Page 183: ...ot RF channel and measured slot see Meas Slot softkey on p 4 185 2nd parameter line The second parameter line contains the following marker values Level and time of reference marker Level and time of delta marker 1 setting absolute and or difference from reference marker setting relative Level and time of delta marker 2 setting absolute and or difference from reference marker setting relative Info...

Page 184: ...orner of the diagram The scale of both axes can be changed via the Display Area hotkey Remote control READ ARRay POWer NORMal GMSK READ ARRay POWer NORMal GMSK LIMit MATChing FETCh ARRay POWer NORMal GMSK SAMPle ARRay POWer NORMal GMSK Limit Check The result of the limit check is visualized in two colored bars below the diagram In each area of the burst the upper lower bar turns red if the result ...

Page 185: ...ion Limit Lines on page 4 32 ff Parameter line 1 2 Test diagram Info box Fig 4 47 Display of results Power P t Norm 8PSK c P t Multislot As shown in Fig 4 48 below the P t Multislot measurement results are analogous to the corresponding Non Signalling mode results see section Measurement Results on page 4 20 ff The following differences occur The first parameter line indicates the PCL of the mobil...

Page 186: ...t timeslot displayed corresponds to the beginning slot 0 of a TDMA frame In the P Slot Frame application the used timeslot in all consecutive TDMA frames is displayed e P PCL The measurement menu Power application P PCL contains a table of all measured average burst powers Fig 4 49 Display of measurement results P PCL menu PCL Channel The PCL Channel table contains the average burst power for all ...

Page 187: ...st diagram and in the info box a popup window in the middle of the graphical screen Power 1st parameter line The first parameter line contains the following settings RF Level Maximum input level as set in Input Level Max Level p 4 174 Attenuation Setting for the attenuation of the input level Normal Low Noise Low Distortion PCL Power control level and corresponding output power of mobile Chan Slot...

Page 188: ... is displayed as a continuous measurement curve in the test diagram together with the limit lines markers and the D line if defined The curve is derived from 428 equidistant measurement points with a spacing covering a time range between 10 symbols and 96 symbols The measurement curve in the Power measurement menu shows the measured burst power in dB as a function of time in symbol periods The dis...

Page 189: ...in the section GSM400 850 900 1800 1900 MS Non Signalling on page 4 28 ff The setting of the P PCL channels is analogous to the setting via the Channel softkey see section P PCL on page 4 103 Note There is no mode where the mobile transmits access bursts in consecutive TDMA frames As a consequence in the P t Access GMSK application only one access burst can be measured single shot mode when the mo...

Page 190: ... 29 30 24 36 30 24 33 Besides a dimensionless scale of power control levels PCL is determined for dynamic control of the mobile power Table 4 8 GSM Power control levels PCL Power control level PCL Nominal output power in dBm GSM400 GSM850 GSM900 GSM1800 GSM1900 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 28 29 30 31 39 39 39 37 35 33 31 29 27 25 23 21 19 17 15 13 11 9 7 5 5 5 5 PCL 16 to 31 ...

Page 191: ...these power limits may also be asymmetrical i e not of the same magnitude The table contains the following columns Range Current range number PCL from Initial PCL in the range 0 to 31 MAX to Final PCL in the range greater or equal to the initial PCL Lower Lower level limit relative to nominal output power Upper Upper level limit relative to nominal output power Enable Enable box checked or disable...

Page 192: ...n the Analyzer tab of the Connection Control menu For more information see p 4 185 2 In addition to the maximum input level the attenuation and the RF channel the first parameter line also contains the power control level PCL of the mobile The PCL can be set via the PCL Channel softkey and can be used to define the input level Input Level softkey 3 The trigger sources Signalling Free Run RF Power ...

Page 193: ...and output field of the Modulation measurement menu indicates the time offset in symbol periods between the expected and the measured timing of the current burst The expected timing results from the timing of the BS signal and the known timing advance of the mobile station The Timing Advance Error can be determined with trigger mode Signalling only see MS Signal tab section Table oriented Version ...

Page 194: ...graphical display this measured timeslot is marked by Meas Slot Meas Slot is a general parameter that is valid for all measurement groups and also provided in the Analyzer tab of the Connection Control menu For more information see p 4 185 2 In addition to the maximum input level the attenuation and the RF channel the first parameter line also indicates the timeslot number of the base station sign...

Page 195: ...Configuration The popup menu Spectrum Configuration contains three tabs which define the parameters of the spectrum measurement including the error tolerances The popup menu Spectrum Configuration is activated by pressing the measurement control softkey in the top right of the graphical measurement menu Spectrum twice this softkey reads Modulation GMSK or Switching GMSK depending on the selected a...

Page 196: ...account in the calculation of transmission errors In most cases a test SIM card is required for receiver quality measurements The quality of the mobile station transmitter can be tested separately in the Modulation measurement Bit classes In the GSM system the speech coder combines the speech information into data blocks with a length of 260 bits full rate version 1 the so called frames Within one...

Page 197: ...mate bit error rates for a fixed number of received bits but can also use the preliminary results to predict a confidence interval for the exact bit error rate Confidence BER tests can reduce test times considerably For more information and application examples see section Statistical BER Tests on p 4 125 ff BLER and BER DBLER mode The BLER and the BER DBLER measurements assess the receiver qualit...

Page 198: ...BLER According to the conformance specification GSM 11 10 GPRS receiver tests consist of assessing the ratio of blocks received in error to the total number of received blocks Block Error Ratio BLER The CMU provides the standard BLER for GPRS channels As an alternative the Data Block Error Rate DBLER can be measured for a wide range of packet switched data traffic channels PDTCHs and test setups B...

Page 199: ...f the Connection Control menu The test setup is the same as for Receiver Quality tests on circuit switched speech or data channels An overview of the different test settings for the DBLER measurement on circuit switched and packet switched channels is given in the table below Table 4 9 BLER and DBLER measurement settings Main Service Traffic Mode Coding Scheme CMU Signalling State Signalling Chann...

Page 200: ...2 TDMA Frames B0 B1 B2 X B3 B4 B5 X B6 B7 B8 X B9 B10 B11 X Fig 4 56 52 multiframe for PDCH Block structure Each GPRS EGPRS radio block is divided into the header information including the Uplink State Flag USF and the data bits The CMU uses downlink header with fixed circuit switched or configurable packet data USF and ignores the uplink header received from the MS This means that only the data b...

Page 201: ... the so called frames see parameters Frames Average and RLC Block Count in section Measurement Control Receiver Quality Configuration Control on p 4 138 ff The bit content of the frames depends on the service see Main Service softkey on p 4 92 and Service Selection softkey on p 4 192 the frame type burst speech data RLC data blocks and the channel coding see Traffic Mode softkey on p 4 170 The fol...

Page 202: ...ket Data Service Selection Red Sig EGPRS sym Frame type Channel coder Bits per frame RLC Data Blocks MCS1 to MCS4 372 MCS5 to MCS6 1248 MCS7 to MCS9 1224 Table 4 12 Frame structure for Main Service Packet Data Service Selection Red Sig EGPRS asym Frame type Channel coder Bits per frame RLC Data Blocks MCS1 to MCS4 356 MCS5 to MCS6 1232 MCS7 to MCS9 1208 Table 4 13 Frame structure for Main Service ...

Page 203: ...In the Control tab scroll to the BER Common Settings Confidence Settings section to select the parameters appropriate for your test see remainder of this section Close the configuration menu 3 View results Select the measurement control softkey BER again and press the CONT HALT key to initiate a single shot measurement The result is indicated in an output field together with the Specified Class II...

Page 204: ...receiver is below BERlimit so that the receiver should pass the test early pass decision test stopped At a given confidence level any measured preliminary BER above b BERlimit means that the exact BER of the receiver is above BERlimit so that the receiver should fail the BER test early fail decision test stopped b BERlimit is termed the early fail limit the confidence level for b BERlimit can be s...

Page 205: ...recalculated each time that a new error occurs At ne 8 the trajectory crosses the early pass limit and the test is stopped Asymmetric confidence levels The default settings for the Confidence Fail and Confidence Pass levels are equal The settings are inappropriate for test sequences involving a large number of independent BER tests where erroneous early fail decisions due to statistical variations...

Page 206: ... between two limits For practical reasons the lower band limit is calculated as BER Limit 1 n the upper band limit is calculated as BER Limit 1 n Factors of 10 20 and 30 are provided see Result Window parameter Fig 4 59 Dual limit confidence BER In a dual limit test the DUT is failed if it is either too good or too bad For more information refer to the test specification 深圳德标仪器 135 1095 0799 ...

Page 207: ...he menu the test settings of the current Receiver Quality measurement and the results are displayed The measurement menu Receiver Quality is opened from the Menu Select menu with the associated key at the front of the instrument or from the menu group GSM400 850 900 1800 1900 MS Signalling using the hotkey Receiver Quality Menu Select Menu Select Fig 4 60 Receiver Quality BER Test Settings The Ana...

Page 208: ...asurement is stopped after one statistics cycle i e after the number of evaluation periods frames set in the configuration menu Control see section Measurement Control Receiver Quality Configuration Control on page 4 138 or if a stop condition is met A measurement that has been stopped is indicated by the status display HLT in the associated softkey BER should always be used if only a single measu...

Page 209: ...ONFigure RXQuality BER nr BAVerage CONTrol CSWitched TCH LEVel UTIMeslot CONFigure RXQuality BER nr BAVerage CONTrol CSWitched TCH LEVel UNTimeslot TCH Level BLER The TCH Level BLER hotkey sets the level of the CMU s traffic channel signal for application BLER in all timeslots The levels are defined relative to a reference level The settings remain valid for the duration of the BLER measurement on...

Page 210: ...s II Residual bit error rate for class II bits unprotected bits Class Ib Residual bit error rate for class Ib bits partly protected bits FER Frame erasure rate relative number of invalid and therefore erased frames CRC Error Result of cyclic redundancy check Number of frames erased on the signal path from the device under test to the CMU Note In some specific measurements not all results may be av...

Page 211: ...circuit switched mode the output field shows invalid results CRC Error Result of cyclic redundancy check number of frames erased on the signal path from the device under test to the CMU Some results are not available in all measurement configurations see Table 4 9 on p 4 121 Limit Check A red output field indicates that the measurement result exceeds the upper limit set in the Limits tab of the Re...

Page 212: ...ee Fig 4 59 on p 4 128 Too High Upper limit exceeded in a dual limit test Fig 4 59 on p 4 128 Too Low Upper limit exceeded in a dual limit test The Confidence Settings are described on p 4 138 For background information and application examples refer to section Statistical BER Tests on p 4 125 ff Remote Control CONFigure RXQuality BER nr CONTrol REPetition CLEVel READ SCALar RXQuality BER etc Test...

Page 213: ...e number of timeslots that can be evaluated simultaneously is limited by the multislot capabilities of the DUT The CMU can send RLC blocks in up to 4 timeslots provided that the B52 Mode see p 4 174 is set to Multislot Support With the setting BCCH or TCH see Mode softkey on p 4 163 all timeslots are available as traffic channels RLC Data Rate The RLC data transmission rate is displayed in units o...

Page 214: ...scheme and the Bit Steam The settings are also indicated in the Setup table on the left side of the measurement menu In packet data mode and with an active EGPRS modulation and coding scheme MCS1 to MCS9 the incremental redundancy setting is displayed see Incremental Redundancy on p 4 200 An additional line contains the puncturing scheme If incremental redundancy is switched on the Initial punctur...

Page 215: ...of the CMU The received signal quality is expressed in terms of dimensionless quality levels actually error levels depending linearly on the logarithm of the bit error rate A high quality level implies a high bit error rate and thus a poor received signal quality Table 4 9 Definition of RX Quality Value of RX Quality Bit error rate 0 0 to 0 2 1 0 2 to 0 4 2 0 4 to 0 8 3 0 8 to 1 6 4 1 6 to 3 2 5 3...

Page 216: ...vels in the traffic channel TCH Level BER set during the Receiver Quality measurement With the exception of the holdoff times all settings can be defined separately for the applications BER with up to ten different test setups BER Average and BLER Fig 4 63 Receiver Quality Control Default The first Default switch overwrites all settings in the Control tab with default values Besides there are defa...

Page 217: ...Fail Early Pass etc are displayed in the measurement menu The following confidence settings are provided Confidence Fail Confidence level for early fail decisions After the Min Test Time the confidence test is stopped with an Early Fail message as soon as the probability of the DUT to have a BER above the specified upper limit see section Upper Limits for Bit Error Rate Receiver Quality Configurat...

Page 218: ... Remote control A numeric suffix in the RXQuality commands RXQuality BER nr denotes the application number Stop Condition The Stop Condition parameter defines a stop condition for the measurement NONE Continue measurement even in case of error 1 st Limit exceeded Stop measurement on first error tolerance exceeded All Limits exceeded Stop measurement if all tolerances are exceeded Confidence Level ...

Page 219: ...hed PDATa Average The parameter Average defines the number of frames to be averaged in a BER Average measurement The meaning of a frame and its bit content depends on the service the frame type and the channel coding see section Frame Structure for Speech and Data Channels on p 4 123 ff Remote control CONFigure RXQuality BAVerage CONTrol Mode FramesToAverage The following statistical settings are ...

Page 220: ...the external attenuation set The level in the unused timeslots is specified relative to the level in the used timeslot s in dB The actual level in the unused timeslots must also lie within the permissible range for the RF outputs This condition may place an additional restriction on the permissible level range for the unused timeslots Remote control CONFigure RXQuality BER nr CONTrol CSWitched TCH...

Page 221: ...BAVerage LIMit DEFault ON OFF Class II Bits Upper limit of the bit error rate or residual bit error rate or burst by burst bit error rate depending on the mode for class II bits unprotected bits in the value range 0 to 100 Remote control CONFigure RXQuality BER nr BAVerage LIMit CLII ClassIIBER Class Ib Bits Upper limit of the bit error rate or residual bit error rate depending on the mode for cla...

Page 222: ...ata Block Error Rate in the value range 0 to 100 only measured in measurement mode BER DBLER Remote control CONFigure RXQuality BER LIMit DBLer USF BLER Upper limit of the USF Block Error Rate in the value range 0 to 100 Only measured in measurement mode BER DBLER and on packet switched data channels GPRS option CMU K42 Remote control CONFigure RXQuality BER LIMit USFBler 深圳德标仪器 135 1095 0799 ...

Page 223: ... in the Synchronized State In addition to the parameter overview described in section Connection Control with Call Established on p 4 148 ff the Network Support and Main Service softkeys and the wideband power measurement described in section Signalling Control without Signal State Signal Off on p 4 90 ff the Connection Synchronized tab contains the following softkeys which lead to other signallin...

Page 224: ...b informs on the current instrument state or indicates how to proceed to get to other signalling states Connect Mobile The softkey Connect Mobile establishes a call to the mobile station A user prompt below the header indicates the function of this softkey After it is pressed the two successive header messages Paging in progress Call to mobile in progress are displayed As soon as the mobile respon...

Page 225: ...nd Power softkey is described in the section Signalling Control without Signal State Signal Off on page 4 90 the softkey Signal Off softkey in section Connection Control with Signal State Signal On on page 4 92 The parameter overview in the left half of the menu is also indicated in the other Connection tabs and is described in section Connection Control with Call Established on p 4 148 ff Some pa...

Page 226: ...le or after a successful call from the mobile It is replaced by the Connection Synchronized menu if the call is released Disconnect Mobile softkey MS call release alert timeout loss of radio link or by the Connection Signal On menu if the mobile is switched off see Fig 4 41 Fig 4 67 Connection Control Connection Call Established The function of the softkeys Signal Off and Wideband Power is describ...

Page 227: ... nominal maximum output power in dBm of the mobile station For GSM900 mobile stations the R GSM E GSM and P GSM subbands are also indicated e g E GSM 1 max 39 dBm For mobiles supporting several GSM bands or subbands several lines are indicated Multislot Class Multislot class of mobile station in GSM Circuit Switched and E GPRS Packet Data mode and in the format Multislot Class max no of downlink s...

Page 228: ...S Capabilities Signalling Info The Signalling Info section indicates the code numbers identifying the mobile station under test and the dialed number IMSI International mobile subscriber identity in the format MCC MNC MSIN MCC 3 digit mobile country code MNC 2 digit mobile network code 3 digit for GSM850 and GSM1900 MSIN 10 digit mobile subscriber id no 9 digit for GSM850 and GSM1900 IMEI internat...

Page 229: ...RF The table AF RF indicates the RF connectors and external attenuation settings These parameters are set in the tab AF RF and are explained in greater detail there see section RF Connectors Connection Control RF Input Output on page 4 80 ff Remote control SENSe CORRection LOSS Handover to another Network Connection Control Handover The Handover tab initiates a handover of the call connection to a...

Page 230: ...anges to the Call Pending signalling state In this state the entire Connection Control menu is mapped onto the target function group so it is possible to edit the Destination Parameters see below the BS Signal and the Network parameters of the target network Remote control STATus HANDover TARGet LIST CONFigure HANDover TARGet Target Note Call Pending is an intermediate signalling state that only o...

Page 231: ...tive see section Signalling Control without Signal State Signal Off on p 4 90 ff Starting Time Time interval in frames after which the mobile station performs a new registration with the base station after a channel timeslot and fast power change PCL MS Power control level used by the mobile station to call and perform a location update in the target network The following additional parameters can...

Page 232: ...S under test Some functions of the menu depend on the Main Service Circuit Switched or Packet Data GPRS operating mode and the Slot Mode Single Slot or Multislot operation of the mobile as well as on the signalling state of the CMU Call Established or other states As a consequence settings may be disabled or even hidden in some operating modes of the CMU MS test system Exact information is provide...

Page 233: ...in the table oriented version of the MS Signal tab The MS transmitter output power can be selected in PCL Power Control Level units or as a corresponding absolute power value in dBm with a 2 dBm spacing see section Limit Values for Average Burst Power Power Configuration Limits on page 4 112 Note Power measurements on normal bursts are performed at the MS output power set via PCL or the correspond...

Page 234: ...Decoder Test of speech decoder DTX functions downlink Encoder Test of speech encoder DTX functions uplink Acoustic Devices Test of acoustic devices and A D D A When entering the Call Established state the DAI setting is always Normal The other options must be set explicitly after each call setup Remote control PROCedure SIGNalling CSWitched DAI Interface Loop The Loop softkey sets the test loop at...

Page 235: ...ltislot mode is selected the softkey oriented version of the MS Signal tab determines The transmitter output power in the main timeslot Main Slot PCL the Main Timeslot number The Timing Advance of the MS see section Softkey oriented Version MS Single Slot Mode on p 4 154 f The levels in all uplink and downlink timeslots Slot Config The Loop for Receiver Quality tests Fig 4 71 Connection Control MS...

Page 236: ...d or TBF Established state all settings made only take effect when the editor is closed Circuit Switched Traffic Channel The Circuit Switched Traffic Channel section provides general uplink and downlink level settings They are available only if the Level Mode is set to Used Unused see below Used Timeslot Level Absolute level in dBm in all active used timeslots of the downlink traffic channel signa...

Page 237: ...link timeslots Enabling a downlink timeslot means that the MS is instructed to listen to a signal in this timeslot Downlink Level BS RF levels in all downlink timeslots RF signal transmitted by the BS CMU If the Level Mode is set to Used Unused the Used Timeslot Level and the Unused Timeslot Level from the Traffic Channel section are entered and the downlink levels in the Slot Configuration table ...

Page 238: ...of the MS Signal tab contains all MS signal settings of the softkey oriented version see sections Softkey oriented Version MS Single Slot Mode on p 4 154 and Softkey oriented Version MS Multislot Mode on p 4 157 ff Besides it defines The maximum MS transmitter output power allowed in the cell PMAX The Discontinuous Transmission DTX mode of the mobile station The active Main Service Circuit Switche...

Page 239: ...ng mode Discontinuous Transmission In the operating mode DTX discontinuous transmission mode the voice activity detection of the mobile station analyzes the language elements and the intervals and decides whether a transmission is required As a result of this only useful information is transferred if nothing is spoken the mobile station will not transmit anything The DTX method permits to reduce r...

Page 240: ...ntrol channel BCCH signal is modified The transmission Mode BCCH Level and GSM channel number RF Channel of the CMU s Broadcast Control Channel BCCH The level TCH Level GSM channel number RF Channel Hopping sequence and Timeslot of the CMU s traffic channel TCH Fig 4 73 Connection Control BS Signal panel single slot The left half of the BS Signal tab contains the following BCCH settings Frequency ...

Page 241: ...oftkey sets the absolute level in dBm of the BCCH control channel used for synchronization of the mobile The value range for Level depends on the RF output selected and of the external attenuation set Remote control CONFigure BSSignal CCH LEVel ABSolute Level RF Channel The RF Channel softkey selects the GSM channel number of the BCCH control channel For an overview of GSM channels see section Con...

Page 242: ...an overview of GSM channels see section Control of Input and Output Signals on page 4 69 ff In GSM900 the CMU can use all three sub bands P GSM E GSM R GSM so care must be taken that the MS supports the selected RF Channel Remote control CONFigure BSSignal CSWitched TCH CHANnel Channel Hopping The Hopping softkey selects a frequency hopping sequence Off Switch off frequency hopping A B C D Selecti...

Page 243: ...he RF frequency of the BS traffic and control channel BCCH signal is modified The transmission Mode BCCH Level and GSM channel number RF Channel of the CMU s Broadcast Control Channel BCCH The definition of the BS signal levels in all timeslots Slot Config and the way they are defined Level Mode The GSM channel number RF Channel of the CMU s traffic channel TCH The Main Timeslot used for signallin...

Page 244: ...nal CSWitched TCH MSLot LMODe UUN IND Slot Config The function of the Slot Config softkey depends on the Level Mode setting In the Used Unused level mode the softkey defines the Used Timeslot Level and the Unused Timeslot Level In the Individual level mode the softkey sets the Reference Level for the individual timeslots Pressing the Slot Config softkey twice opens the Slot Configuration Editor de...

Page 245: ...ed For a description of packet data parameters refer to section RF Signals of the CMU Connection Control BS Signal on p 4 197 ff Fig 4 75 Connection Control BS Signal table The following settings are not provided in the softkey oriented versions of the BS Signal tab see sections Softkey oriented Version Single Slot Mode on p 4 162 and Softkey oriented Version Multislot Mode on p 4 165 ff Default S...

Page 246: ...nchanged Display of the current values is restored by returning to the target network or setting up the connection again Remote control CONFigure BSSignal CCH AUXTx CHANnel CONFigure BSSignal CCH AUXTx CHTYpe CONFigure BSSignal CCH AUXTx LEVel ABSolute Tips for using the Aux TX signal The main purpose of the Aux TX signal is to ensure a stable connection continuous BCCH while the Main TX signal pr...

Page 247: ...t FHOPping B CONFigure BSSignal CSWitched TCH SSLot FHOPping C CONFigure BSSignal CSWitched TCH SSLot FHOPping D Network Parameters Connection Control Network The Network tab defines various parameters of the network that the CMU reports to the mobile station Some functions of the menu depend on the Main Service Circuit Switched or Packet Data GPRS operating mode and most parameters can no longer ...

Page 248: ... station is equipped with the appropriate speech coder If this is not the case the CMU automatically sets the default speech coder Full Rate Version 1 The following GPRS EGPRS traffic modes are compatible with reduced signalling mode only If one of the modes is selected the Signalling Channel is automatically set to NONE see p 4 176 The Signalling Channel can not be changed while one of the E GPRS...

Page 249: ...key determines the data transmitted on the traffic channel and the signal path PSR 2E9 1 Transmission of the pseudo random sequence to CCITT O 153 PSR 2E11 1 Transmission of the pseudo random sequence to CCITT O 153 PSR 2E15 1 Transmission of the pseudo random sequence to CCITT O 151 PSR 2E16 1 Transmission of a pseudo random sequence Polynomial x16 x5 x3 x2 1 Loopback Loop back with minimum delay...

Page 250: ...andom bit sequence to be transmitted on the traffic channel This sequence can be set independently as Bit Stream BER see p 4 131 the bit stream set in the Network tab is not valid for Receiver Quality measurements Note Some Bit Stream settings require a particular configuration of the instrument In particular all settings after Echo i e Handset Handset Low Decoder Cal Encoder Cal Codec Cal are not...

Page 251: ...Power Change Signalling Channel Loop Command The definition of the parameters of the mobile station that are requested by the CMU during location update or when a call is setup Requested Mobile Data Timeouts Parameters for calculation of the Advice of Charge System Parameters The used channels in the neighbor cells BA List The active Main Service Circuit Switched or Packet Data is underlined in th...

Page 252: ...850 and GSM1900 set to 010 NCC Network Color Code set to 0 BCC Base transceiver station Color Code set to 0 Location Area LAI Location Area Code set to 1 RAC Routing Area Code set to 0 Remote control CONFigure NETWork IDENtity MCC MCC CONFigure NETWork IDENtity MNC MNC CONFigure NETWork IDENtity NCC NCC CONFigure NETWork IDENtity BCC BCC CONFigure NETWork IDENtity LAC LAC CONFigure NETWork IDENtit...

Page 253: ... digit mobile subscriber id No 9 digit for GSM850 and GSM1900 The IMSI of the mobile phone must be known before the call can be established If the IMSI is known and reported to the tester as Default IMSI it doesn t have to be determined during the location update the call procedure will be faster For this purpose the international mobile subscriber identity request must be switched off IMSI Reques...

Page 254: ... If no pseudo random sequence is sent Bit Stream ECHO Loopback Handset see p 4 171 the loop is left open The loop type defined via Loop see p 4 156 is used Disable The CMU sends no close loop command not even if a Receiver Quality measurement is active Exception See below Sensitivity The loop is closed only for Receiver Quality measurements The loop type defined via Loop see p 4 156 is used Note I...

Page 255: ...station number of missing SACCH blocks in the value range 4 8 12 24 64 Radiolink Timeout Testset Time period after which an existing but interrupted connection is aborted by the CMU number of missing SACCH blocks in the value range 4 5 6 24 64 In the setting Off the CMU does not abort the connection this corresponds to an infinite timeout period MTC Timeout Maximum time period in seconds during wh...

Page 256: ...SM channels are interpreted according the Bandwidth Indicator The information on the band is essential because the two band partially use the same channel numbers for different frequencies BS AG BLKS RES Number of data blocks access grant channel reserved for the AGCH access basic services access grant blocks reserved in the value range 0 to 7 BS PA MFRMS Interval between two paging requests of th...

Page 257: ...M band corresponding to the active function group Remote control CONFigure NETWork BAList Channel1 Channel15 AF RF Connectors Connection Control AF RF The AF RF tab selects the connectors for RF and AF signals This includes the setting of The RF input and output at the CMU RF Output RF Input An external attenuation at the connectors Ext Att Output Ext Att Input The input source of the CMU speech e...

Page 258: ...disabled Off The primary and secondary audio circuits are described in detail in chapter 4 and 6 of the CMU200 300 operating manual Remote control ROUTe SPDecoder OUTPut HANDset ANALyzer ANA2 ABOTh AF Connector Overview The AF Connector Overview shows the destination of the input signals fed in via AF IN and AUX 1 and the signal sources for the two audio output connectors AF OUT and AUX 2 The rout...

Page 259: ...t signal The CMU detects the burst the exact timing is given by the training sequence This setting may slow down the measurements P t Multislot Power Slot and Power Frame measurements can not be performed in Free Run trigger mode RF Power The measurement is triggered by the level of the incoming burst rising or falling edge see Slope setting below the trigger level is specified via the Level param...

Page 260: ...wer or IF Power see Source function above respectively Both thresholds are defined relative to the maximum input level set in the Analyzer tab see section Input Path Connection Control Analyzer on p 4 184 ff The Level settings have no influence on Free Run or External trigger measurements Note The trigger levels are always relative to the current maximum input level If Max Level is set manually RF...

Page 261: ...al is applied to a pin If the Delay box is checked the trigger signal at one pin is delayed by an integer number of slots Delay Sets a delay time integer number of 0 to 7 slots for the trigger signal The undelayed frame trigger signal coincides with the beginning of timeslot 0 of the MS signal so Delay can be used to generate a trigger signal with its rising edge at the beginning of any TDMA times...

Page 262: ...ettings in the Input Level tab with their default values See command description in chapter 6 Remote control SENSe LEVel DEFault MCONTrol DEFault Analyzer Level The Analyzer Level section configures the RF input path of the CMU The functions are described in section GSM400 850 900 1800 1900 MS Non Signalling In contrast to the Non Signalling mode the Signalling input level can be set corresponding...

Page 263: ...st be active to obtain valid measurement results The relation between the Meas Slot the Slot Count and the measured time range for a signal with three active timeslots is shown in Fig 4 81 below Slot Count 4 Slot Count 2 Slot Count 1 Slot Count 3 Measured time range default display range Meas Slot 1 Meas Slot 1 Meas Slot Meas Slot 2 TS 0 TS 1 TS 2 TS 3 TS 4 TS 5 TS 6 TS 7 Fig 4 81 Meas slot and sl...

Page 264: ...and description in chapter 6 Remote control No command screen configuration only Connect Control Guidance Defines in what instances the Connection Control popup menu is automatically opened or closed Open autom if not connected In the Open automatically mode the Connection Control menu is automatically opened each time the GSM function group is accessed in Signalling test mode each time a measurem...

Page 265: ...acteristics of the GPRS technology outlined above determine the test requirements for GPRS mobile phones and the GPRS specific test functionality of the CMU 1 A GPRS specific test mode for transmitter tests and a loopback test mode for BER tests has been defined see Service Selection softkey on p 4 192 The CMU is capable of performing Receiver Quality measurements on packet switched data traffic c...

Page 266: ...bile station is GPRS attached From this state it is possible to initiate a TBF connection Connecting TBF Transitory state The CMU attempts to access the TBF Established state Unlike the GPRS attach the TBF connection must be initiated by the CMU TBF Established The mobile station is in the multislot test mode A or B for GPRS specified in GSM 04 14 see section 4 190 on p 4 190 In this mode it conti...

Page 267: ...onnection proceed as outlined in Fig 4 83 below and in the following sections Signal Off Signal On Signal On Synchronized Signal Off Attached TBF Established Attach in Progress Connecting TBF Signal Off Disconnect Mobile Signal Off Signal Off Connect Mobile Connect Mobile GSM State Circuit Switched GPRS State Packet Data Idle Service Selection Alerting Call Established MS Attach MS Attach MS Detac...

Page 268: ... states are available When a signalling state is reached the corresponding Connection tab is opened automatically exceptions see Connect Control Guidance parameter in section Display Control Connection Control Misc on p 4 186 ff The three tabs Attach in Progress Detach in Progress and Connecting TBF indicate transitory states The remaining four tabs are described in the following sections Connecti...

Page 269: ...e left half of the menu is also indicated in the other Connection tabs and is described in section Connection Control with Call Established on p 4 148 ff Some parameters are not always available depending on the current and previous signalling states and settings In this case the table shows invalid or unavailable settings Header Message A Header Message displayed on top of each Connection tab inf...

Page 270: ...ownlink direction This mode is recommended if the mobile can transmit 8PSK modulated signals MCS5 to MCS9 Red Sig EGPRS asym Reduced signalling with EGPRS modulation and coding schemes and with 8PSK modulation in downlink MCS5 to MCS9 and GMSK modulation in uplink direction MCS1 to MCS4 Downlink only The mobile only listens and receives DL data from the CMU no uplink signal is transmitted This mod...

Page 271: ...Nalling PDATa ACTion SON PROCedure SIGNalling PDATa ACTion SON Connection Control Idle In addition to the parameter overview the Service Selection softkey and the wideband power measurement described in section Signalling Control without Signal State Signal Off on page 4 90 ff the Connection Idle tab contains the following softkeys which lead to other services or signalling states Switch off the c...

Page 272: ...The Signal Off softkey leads back to the Connection Signal Off menu Fig 4 86 Connection Control Connection Attached Connection Control TBF Established In addition to the parameter overview the Service Selection softkey and the wideband power measurement described in section Signalling Control without Signal State Signal Off on page 4 90 ff the Connection TBF Established tab contains the following ...

Page 273: ...ed to be identical If the MS detects a reduction of the received signal level C it tries to compensate for the changed propagation conditions by increasing its own output power PCH by the same amount The sum of PCH C is always kept constant This fast but inaccurate power control mode is useful at the beginning of a packet transmission For a discontinuous packet oriented GPRS connection a combinati...

Page 274: ...nalling The main timeslot can not be switched off in both the downlink and uplink see Slot Configuration below In Receiver Quality tests the main timeslot is always one of the measured slots PCL MS PCL MS sets signalling states Call Established or changes signalling states Call Established the MS output power during the connection where is this setting Remote control CONFigure BSSignal PDATa TCH M...

Page 275: ...The downlink power control parameter P0 The RF Channel that the CMU will use for packet data transfer GPRS Downlink Power Control A BTS can use downlink power control to reduce its output power Downlink power control relies on a reduction of the PDCH power relative to the BCCH power This power reduction is defined in terms of a power control parameter P0 which can be specific to a particular MS in...

Page 276: ...control CONFigure BSSignal PDATa TCH MSLot PZERo CONFigure BSSignal PDATa TCH MSLot CHANnel CONFigure BSSignal PDATa TCH MSLot FHOPping SEQuence PROCedure SIGNalling PDATa TCH MSLot FHOPping ENABle SENSe BSSignal PDATa TCH MSLot RLEVel _ The remaining settings are described in section RF Signals of the MS Connection Control MS Signal on p 4 195 ff The relationship between the table oriented BS Sig...

Page 277: ...ers Connection Control Network on p 4 169 ff One of them is specific to the packet data mode RAC Routing Area Code set to 0 The RAC identifies the routing area within a location area Remote control CONFigure NETWork IDENtity RAC RAC Packet Data The Packet Data section contains parameters defining the traffic data channel coding schemes and the GPRS test mode see Service Selection softkey on p 4 19...

Page 278: ...uitable for layer 1 tests at fixed transmission parameters PC Meas Chan Channel type BCCH or PDCH that the mobile uses to determine the received signal strength and quality The PC Meas Channel parameter corresponds to the GPRS power control parameter PC_MEAS_CHAN in the system information SI 13 Rest Octets GSM 04 18 USF Update State Flag in the range 0 to 7 to be set in the blocks transmitted to t...

Page 279: ...Cedure NETWork PDATa EGPRs PSCHeme Mode CONFigure NETWork PDATa EGPRs PSCHeme IREDundancy Enable CONFigure NETWork PDATa GPRS PCMChannel Type CONFigure NETWork PDATa USF USF PROCedure NETWork PDATa UDCYcle A100 A100 A012 CONFigure NETWork PDATa GPRS EDAllocation Enable CONFigure NETWork PDATa NOPDus Number CONFigure NETWork PDATa SOFFset Offset CONFigure NETWork PDATa GPRS TWACk Enable CONFigure N...

Page 280: ...heme If decoding fails the second data block is transmitted in addition and decoded together with the fist block For modulation and coding schemes MCS3 MCS4 and MCS7 to MCS9 a third stage with a third puncturing scheme is available The probability of error free reception increases at each stage multiple retransmissions of the same data under the same conditions are avoided 深圳德标仪器 135 1095 0799 ...

Page 281: ...ec Set and an associated set of 1 to 3 switching thresholds for increasing and decreasing the bit rate The necessary signalling messages are included in the AMR speech frames inband signaling Test of inband signalling The MS conformance test specification 3GPP TS 51 010 describes the procedure and conditions for inband signalling tests The purpose of the downlink adaptation test is to verify that ...

Page 282: ...ling state 10 Press TCH Level and vary the used TS level The Codec Mode DL requested by the MS must be in accordance to the AMR Rate Set settings To test uplink codec adaptation 11 Press Codec Mode UL and select one of the UL codec modes 1 to 4 for the MS under test The Codec Mode UL used by the MS must be equal to the selected mode To test the speech quality The speech quality of an AMR codec is ...

Page 283: ...es are automatically sorted in descending order so that Rate Mode 1 Rate Mode 2 Rate Mode 3 Rate Mode 4 To restrict the test model to 1 2 or 3 modes the codec modes can be switched off using the ON OFF key Threshold Sets the lower decision thresholds for switching between modes j and j 1 Down j where j 2 3 4 and the upper decision thresholds for switching between modes j and j 1 Up j where j 0 1 2...

Page 284: ...that the MS requests according to the AMR Rate Set settings is indicated to the left of the input field for the DL codec mode Note All Bit Stream settings involving a closed loop or pseudo random bit sequences require equal uplink and downlink codec modes Different codec modes can be tested with Bit Stream Handset or Handset Low Remote control CONFigure NETWork CSWitched AMR HRATe DLCMode PROCedur...

Page 285: ...evels are identical with the parameters in the BS Signal tab see description on p 4 164 Remote control CONFigure BSSignal CSWitched TCH LEVel UTIMeslot PROCedure BSSignal CSWitched TCH LEVel UTIMeslot CONFigure BSSignal CSWitched TCH LEVel UNTimeslot PROCedure BSSignal CSWitched TCH LEVel UNTimeslot Additional AMR settings are provided in the table oriented version of the Network tab see also p 4 ...

Page 286: ...深圳德标仪器 135 1095 0799 ...

Page 287: ...5 1 E 10 Contents 5 Remote Control Basics 5 1 Structure of the GSM Function Groups 5 1 Measurement Control 5 2 Measurement Groups 5 2 Measurement Statistics 5 5 Specifying Limits 5 6 Status Reporting System 5 6 Special Terms and Notation 5 8 深圳德标仪器 135 1095 0799 ...

Page 288: ...深圳德标仪器 135 1095 0799 ...

Page 289: ...t modes so they are reported only once Addressing The CMU uses extended addressing The instrument is assigned a primary ad dress while each function group and test mode is identified via a secondary address This allows the same remote commands to be used in several function groups and modes ibwrt h_GSM900MS_SIG INITiate POWer ibwrt h_GSM1800MS_SIG INITiate POWer ibwrt h_GSM900MS_NSIG INITiate POWe...

Page 290: ...ng of each section Lists of all commands by function and alphabetical are annexed to chapter 6 SCPI Conformity In view of the particular requirements of GSM measurements not all commands could be taken from the SCPI standard However the syntax and structure of all commands is based on SCPI rules For a detailed description of the SCPI stan dard refer to chapter 5 of the CMU operating manual Remote ...

Page 291: ...uivalent in manual con trol Combined power and modula tion measurement which should be used if scalar modulation results are needed while a power measurement is running POWer MPR No equivalent in manual con trol Combined power and modula tion measurement which should be used if scalar modu lation results are needed while a power measurement is run ning POWer SLOT P Slot Graph Average burst power i...

Page 292: ... Error 8PSK Phase error in 8PSK modula tion MODulation PERRor EPSK Phase Error 8PSK Phase error in 8PSK modula tion MODulation MERRor EPSK Magn Error 8PSK Magnitude error in 8PSK modulation MODulation MERRor EPSK Magn Error 8PSK Magnitude error in 8PSK modulation SPECtrum MODulation GMSK SPECtrum MODulation EPSK Modulation GMSK Modulation 8PSK Off carrier power due to the modulation SPECtrum MODul...

Page 293: ...ion SPECtrum CONFigure RXQuality BER nr Continuous The measurement is continued until stopped explicitly or by a limit failure Average values are calculated according to the formulas in chapter 3 section General Settings CONFigure meas_obj CONTrol REPetition CONTinuous StopCondition Stepmode meas_obj WPOWer POWer MODulation SPECtrum MODulation SPECtrum SWITching CONFigure RXQuality BAVerage Counti...

Page 294: ...issued in particular cases see detailed command description in chapter 6 NMAU not matching underflow NMAL not matching overflow INV measured value invalid OK no limit failure The result of the limit check depends on the statistics settings see section Measurement Statistics on page 5 5 CALCULATE ARRay meas_obj RESult LIMit MATChing disp where disp CURRent AVERage MMAXimum MAXimum MINimum Status Re...

Page 295: ... status registers for the Signalling mode the bit assignment is as follows Table 5 5 Meaning of the bits used in the STATus OPERation CMU SUM1 2 CMU nr sub registers assigned to GSMxxx MS Signalling Bit No Meaning Symbol in STATus OPERation SYMBolic 0 Call from Mobile This bit is set while the CMU receives a call from the mobile under test CFM 1 Release from Mobile This bit is set while the connec...

Page 296: ...indicated the commands can be executed in any signalling states Please note the remarks at the beginning of the sec tions for each measurement group Detailed lists of default values are annexed to the command description When ever possible groups of analogous commands are described in common tables Order of commands The commands are arranged according to their function specified by the key word in...

Page 297: ...acterize the long and short form of the key words in a command The short form consists of all upper case characters the long form of all upper case plus all lower case characters On the CMU either the short form or the long form are allowed mixed forms will generally not be recognized Note that the instrument itself does not distinguish upper case and lower case characters Special characters A ver...

Page 298: ... the commands which Have no query form no query Have only a query form query only Can be used both as setting commands and as queries with query this applies to all commands belonging to none of the two preceding catego ries Alphabetical Lists Chapter 6 concludes with alphabetical command lists for both test modes 深圳德标仪器 135 1095 0799 ...

Page 299: ...alling only 6 11 POWer NORMal 6 11 Control of measurement Subsystem Power 6 11 Test Configuration 6 12 Subsystem POWer CONTrol 6 12 Subsystem POWer LIMit LINE 6 14 Subsystem POWer LIMIt ABPower 6 20 Subsystem SUBarrays POWer 6 21 Measured Values Subsystem POWer 6 21 POWer MPR 6 26 Control of measurement Subsystem POWer MPR 6 26 Subsystem POWer MPR CONTrol 6 27 Test Configuration 6 27 Subsystem SUB...

Page 300: ...easurement Subsystem MODulation XPERror GMSK 1 72 Subsystem MODulation XPERror GMSK CONTrol 1 73 Tolerance values Subsystem MODulation XPERror GMSK LIMit 1 74 Subsystem SUBarrays MODulation XPERror GMSK 1 76 Measured Values Subsystem MODulation XPERror GMSK 1 77 MODulation OVERview 1 80 Control of Measurement Subsystem MODulation OVERview EPSK 1 80 Test Configuration 1 81 Subsystem MODulation OVER...

Page 301: ...WITching CONTrol 1 112 Test Configuration 1 114 Subsystem SPECTrum SWITching LIMit LINE 1 114 Subsystem SUBarrays SPECtrum SWITching 1 117 Measured Values 1 117 Subsystem SPECtrum SWITching 1 118 Measurement Groups Signalling only 6 120 POWer NORMal 6 120 Control of Measurement Subsystem Power NORMal 6 120 Test Configuration 6 122 Subsystem POWer NORMal CONTrol 6 122 Subsystem POWer NORMal LIMit L...

Page 302: ...nly 6 174 Subsystem LEVel Input Level 6 174 Subsystem TRIGger Trigger Mode 6 175 Subsystem SIGNalling Connection Setup and Cleardown 6 177 Subsystem HANDover 6 183 Subsystem MCONtrol Measured Slots 6 183 Subsystem MSSignal Signal of Mobile Station 6 184 Subsystem BSSignal Signal of Base Station CMU 6 186 Subsystem BSSignal CCH AUXTx Aux Tx Signal 6 191 Subsystem NETWork 6 192 Subsystem NETWork IDE...

Page 303: ...NETWork PDATa 6 219 MSSinfo 6 222 Adaptive Multi Rate AMR Speech Codec 6 223 Subsystem NETWork CSWitched AMR AMR Codec Test 6 223 MSSinfo AMR Codec Modes 6 227 6 Remote Control Commands 6 229 List of Commands 6 229 Commands for GSM Module Tests 6 229 Commands for GSM Mobile Tests 6 257 Alphabetical Command Lists 6297 深圳德标仪器 135 1095 0799 ...

Page 304: ...深圳德标仪器 135 1095 0799 ...

Page 305: ...ccording to the IEEE 488 2 SCPI standard is given in chapter 5 of the CMU200 300 operating manual Connection Control Non Signalling only In the Non Signalling mode a GSM specific RF signal can be generated and an RF signal with GSM characteristics analyzed No signalling parameters are transferred The remote control commands presented in this section determine the RF analyzer and trigger settings a...

Page 306: ...mal setting Low distortion mixer level 10 dB lower than in nor mal setting LNOise V1 20 Description of command This command tunes the RF analyzer for normal setting low noise level full dynamic range or low distortion high intermodulation spacing SENSe LEVel DEFault Enable Default Settings Enable Description of parameters Def value Def unit FW vers ON OFF The parameters are set to their default va...

Page 307: ... Offset for channel frequency 0 kHz V1 20 Description of command This command defines an offset for the channel frequency set with the command SENSe RFANalyzer CHANnel Number The offset frequency must be in multiples of 1 Hz SENSe RFANalyzer TSEQuence TrainingSequence Training Sequence TrainingSequence Description of parameters Def value Def unit FW vers OFF GSM0 to GSM7 DUMMy ANY No training sequ...

Page 308: ...rator Object RFGenerator Generator control The subsystem RFGenerator configures the RF signals generated by the CMU It corresponds to the RF Generator softkey in the Generator tab in the popup menu Connect Control INITiate RFGenerator Start RF generator reserve resources RUN ABORt RFGenerator Switch off RF generator release resources OFF Description of command FW vers These commands have no query ...

Page 309: ... 40 dB Level in unused timeslots RF 1 Level in unused timeslots RF 2 Level in unused timeslots RF 3 OUT 80 80 80 dB dB dB V1 15 Description of command This command determines the RF generator level in the unused timeslots relative to the level in the used time slot The absolute level in the unused timeslots i e the sum of numerical values set under UTIMeslot and UNTimeslot must also lie within the...

Page 310: ...anel Generator Modulation in the Generator tab in the popup menu Connect Control CONFigure RFGenerator MODulation BIT SELection Selection Bit Modulation Selection Description of parameters Def value Def unit FW vers OFF PRBS DUMMybursts ALL0 EALL0 EPRBs No modulation sequence unmod carrier Pseudo random bit sequence GSM dummy bursts Modulation sequence consisting of zeros Zeros 8PSK modulation Pse...

Page 311: ...n of command This command determines the connector to be used for RF output signals The bidirectional connectors RF 1 and RF 2 can be used as input and output connectors in the same measurement see INPut STATe Only one input and one output may be active at the same time a new RF output setting supersedes the previous one SENSe CORRection LOSS INPut nr MAGNitude Attenuation SOURce CORRection LOSS I...

Page 312: ...d to one of the following discrete values 39 000 MHz 19 500 MHz 13 000 MHz 9 750 MHz 7 800 MHz 6 500 MHz 5 571 MHz 4 875 MHz 4 333 MHz 3 900 MHz 3 545 MHz 3 250 MHz 3 000 MHz 2 786 MHz 2 600 MHz 2 438 MHz 2 294 MHz 2 166 MHz 2 053 MHz 1 950 MHz 1 857 MHz 1 773 MHz 1 696 MHz 1 625 MHz 1 560 MHz 1 500 MHz 1 444 MHz 1 393 MHz 1 349 MHz 1 300 MHz 1 258 MHz 1 219 MHz Subsystem TRIGger Trigger Mode The ...

Page 313: ...Pe Slope Slope Slope Parameter description Def value Default unit FW vers POSitive NEGative Rising edge Falling edge POS V3 10 Command description This command qualifies whether the trigger event occurs on the Rising Edge or on the Falling Edge of the trigger signal The setting has no influence on Free Run measurements see TRIG SEQ SOUR TRIGger SEQuence SOURce EXTernal Source Ext Trigger AUX 3 4 S...

Page 314: ... the period as a separator for extensions MMEMory SAVE CURRent FileName msus Save configurations in current function group and test mode Parameters Parameter description Def value Def unit FW vers FileName INTernal EXTernal Name of the config file to be created Storage device of the config file INTernal V3 10 Command description This command saves the configuration of the current function group an...

Page 315: ...tem Power The subsystem POWer controls the power measurement INITiate POWer NORMal GMSK INITiate POWer NORMal EPSK Start new measurement RUN ABORt POWer NORMal GMSK ABORt POWer NORMal EPSK Abort running measurement and switch off OFF STOP POWer NORMal GMSK STOP POWer NORMal EPSK Stop measurement after current stat cycle STOP CONTinue POWer NORMal GMSK CONTinue POWer NORMal EPSK Next measurement st...

Page 316: ... 00 bit Number of bits 0 bit V2 15 Description of command This command defines an offset time in bit units by which the burst is shifted relative to the time axis and the tolerance template CONFigure POWer NORMal GMSK FILTer Filter Filter CONFigure POWer NORMal EPSK FILTer Filter Mode Description of parameters Def value Def unit FW vers G500 B600 500 kHz Gaussian filter 600 kHz bandpass filter G50...

Page 317: ...easurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until Status STEP RDY SING StopCond Description of parameters Def value Def unit FW vers SONerror NONE Stop measurement in case of error stop on error Continue measurement even in case of error NONE V1 15 Stepmode Description of parameters Def value Def unit STEP NONE Interrupt measurement after e...

Page 318: ...mit lines i e the tolerance values for the power meas urement The subsystem corresponds to the tab Limit Lines in the popup menu Power Configuration CONFigure POWer NORMal GMSK LIMit LINE UPPer nr STATic ENABle Enable CONFigure POWer NORMal EPSK LIMit LINE UPPer nr STATic ENABle Enable CONFigure POWer NORMal GMSK LIMit LINE UPPer nr STATic CONFigure POWer NORMal EPSK LIMit LINE UPPer nr STATic Upp...

Page 319: ...mit check is switched off Enable Off switches off the entire limit check The default settings for 8MSK modulation EDGE channels keyword EPSK are given in the table below for Enable forTable Start Stop Start Stop Start Stop Suffix Enable Time Time rel Level rel Level abs Level abs Level Visibility 1 ON 10 0 symb 7 symb 59 0 1 dB 59 0 1 dB 36 0 2 dBm 36 0 2 dBm ON 2 ON 7 symb 4 symb 30 0 dB 30 0 dB ...

Page 320: ...vers These commands activate and define lower limit lines for normal bursts The limit lines are defined area by area the suffix nr numbers the various areas in the burst diagram see chapter 4 V1 15 Only 1 area is defined in the default setting another 15 areas can be activated if required The default settings for GMSK modulation keyword GMSK are shown in the table below for Enable for Table Start ...

Page 321: ...le dynamic correction in the cur rent limit line area and PCL range See table below V2 00 Description of command These command activates and defines dynamic correction of the upper limit line of area AreaNr AreaNr 1 to 16 depending on the template PCL range RangeNr RangeNr 1 to 10 for each area The template PCL is set via CONFigure RFANalyzer TPCL In the areas no 3 and 6 the following ranges are d...

Page 322: ...FF TPCL Correction Description of parameters Def value Def unit 10 dB to 10 dB OFF Correction value relative for the limit line in area Are aNr applied for all TPCLs between fromTPCL and toTPCL OFF dB Enable Description of parameters Def value Def unit FW vers ON OFF Enable or disable dynamic correction in the current limit line area and TPCL range OFF V2 00 Description of command These command ac...

Page 323: ...line in all areas and for all template PCL ranges on or off CONFigure POWer NORMal GMSK LIMit LINE DEFault Enable Default Settings CONFigure POWer NORMal EPSK LIMit LINE DEFault Enable Enable Description of parameters Def value Def unit FW vers ON OFF All parameters are set to their default values Some or all parameters differ from the default values ON V1 15 Description of command If used as a se...

Page 324: ...Upper level limit see be low see be low Description of command FW vers These commands determine the tolerances for ranges of template power control levels TPCLs nr is the number of the group 10 1 nr The setting MAX is synonymous with the high est TPCL V1 15 4 level ranges are defined in the default setting another 6 ranges can be activated if required The default set tings for GSM 900 1800 1900 ar...

Page 325: ... start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CMU returns a single measurement value corresponding to the abscissa value Start If Start is located between two...

Page 326: ... NTR no trigger NRAM not ramping burst not found OFLW overflow UFLW underflow NTSC no training sequence code OFF off CALCulate SCALar POWer NORMal GMSK LIMit MATChing CALCulate SCALar POWer NORMal EPSK LIMit MATChing Limit Matching Returned values Value range Def value Def unit FW vers AvgBurstPwCurr PeakBurstPwCurr BurstMatching AvgBurstPwAvg NMAU NMAL INV OK NMAU NMAL INV OK MATC NMAT INV NTSC O...

Page 327: ...PSK MINimum Read meas results unsynchronized RUN SAMPle ARRay POWer NORMal GMSK CURRent SAMPle ARRay POWer NORMal EPSK CURRent SAM Ple ARRay POWer NORMal GMSK AVERage SAMPle ARRay POWer NORMal EPSK AVERage SAMPle ARRay POWer NORMal GMSK MAXimum SAMPle ARRay POWer NORMal EPSK MAXimum SAMPle ARRay POWer NORMal GMSK MINimum SAMPle ARRay POWer NORMal EPSK MINimum Read results synchronized RUN Returned...

Page 328: ... AVERage SAMPle SUBarrays POWer NORMal EPSK AVERage SAMPle SUBarrays POWer NORMal GMSK MAXimum SAMPle SUBarrays POWer NORMal EPSK MAXimum SAMPle SUBarrays POWer NORMal GMSK MINimum SAMPle SUBarrays POWer NORMal EPSK MINimum Read results synchronized RUN Ret values by subrange Description of parameters Def value Def unit FW vers 100 0 dB 20 0 dB 100 0 dB 20 0 dB BurstPower 1 1st value for burst pow...

Page 329: ... measured value Matching MATC matching NMAT not matching INV invalid NTSC no training sequence code OUT out of tolerance CALCulate ARRay POWer NORMal GMSK AREA LIMit MATChing CURRent CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing CURRent CALCulate ARRay POWer NORMal GMSK AREA LIMit MATChing AVERage CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing AVERage CALCulate ARRay POWer NORMal GM...

Page 330: ...These commands have no query form They start and stop the combined power and modulation measurement setting it to the status indicated in the top right column V2 00 CONFigure POWer NORMal GMSK MPR EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 00 Description of co...

Page 331: ...eters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until Status STEP RDY SING StopCond Description of parameters Def value Def unit SONerror NONE Stop measurement in case of error stop on error Continue measurement even in case of error NONE Stepmode Description of parameters De...

Page 332: ...ommands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then the ...

Page 333: ... to 100 0 100 0 to 100 0 100 0 to 100 0 1000 0 Hz to 1000 0 Hz 1000 0 Hz to 1000 0 Hz 1000 0 Hz to 1000 0 Hz 137 dBm to 53 dBm NAN NAN NAN NAN NAN NAN NAN NAN NAN NAN deg deg deg deg deg deg Hz Hz Hz dBm Description of command These commands are always queries They start a combined power vs time and modulation measurement and return all scalar measurement results For detailed information refer to ...

Page 334: ...um Read meas results unsynchronized RUN SAMPle SUBarrays POWer NORMal GMSK MPR CURRent SAM Ple SUBarrays POWer NORMal GMSK MPR AVERage SAMPle SUBarrays POWer NORMal GMSK MPR MAXimum SAMPle SUBarrays POWer NORMal GMSK MPR MINimum Read results synchronized RUN Ret values by subrange Description of parameters Def value Def unit FW vers 100 0 dB 20 0 dB 100 0 dB 20 0 dB BurstPower 1 1st value for burs...

Page 335: ...NV INV Description of command This command is always a query It indicates whether and in which way the tolerances for the scalar results see command above in the Power and the modulation measurement have been exceeded The following messages may be returned for the values AvgBurstPower and PeakBurstPower and for all results of the modulation measurement NMAU Tolerance value underflow not matching u...

Page 336: ...oes not involve any signalling It can be measured irrespective of the current signalling state Note2 GMSK and 8PSK modulation The keywords GMSK and EPSK in the remote control commands denote GMSK and 8PSK modulation respectively The EPSK commands in Signalling measurements are in cluded in firmware versions V3 05 and higher The firmware version numbers quoted in the command tables refer either to ...

Page 337: ...nnected output Many parameters of the IQIF commands are composed of two IO XO qualifiers the first one standing for the IF sig nal the second for the I Q signal Example The parameter IOXO denotes a connected IF input and a disconnected IF output while both output branches are connected For more information see Chapter 4 and the application examples in the CMU200 300 operating manual CONFigure IQIF...

Page 338: ...aving the RX path see command CONFigure IQIF RXPath above unchanged but adapting the I Q IF test scenario to the new RX TX path combination If the combination corresponds to a predefined scenario then CONFigure IQIF RXTXcombined is set to the predefined scenario otherwise it is set to UDEF IQIF DEFault Enable Default Settings Enable Description of parameters Def value Def unit FW vers ON OFF The p...

Page 339: ...vents reported in the current GSMxxx MS Non Signalling function group and deletes these events in the STATus OPERation CMU SUM nr CMU nr_event EVENt register as well as in all sum registers WPOWer The subsystem WPOWer measures the power of the signal transmitted by the mobile phone using a wideband filter It corresponds to the softkey Wideband Power in the Connect Control menu INITiate WPOWer Star...

Page 340: ... This command is always a query It returns the status of the measurement see chapters 3 and 5 of CMU operating manual CONFigure WPOWer CONTrol REPetition Repetition StopCond Stepmode Test cycles Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until...

Page 341: ...esults FETCh SCALar WPOWer Read out measurement results unsynchronized SAMPle SCALar WPOWer Read out measurement results synchronized Return Description of parameters Def value Def unit FW vers 30 0dBm to 30 0 dBm Maximum burst power not averaged NAN dBm 1 15 Description of command These commands are always queries They start the measurement of the maximum burst power peak burst power and return t...

Page 342: ...surement step only counting mode RUN Description of command FW vers These commands have no query form They start or stop the measurement setting it to the status given in the top right column V3 05 CONFigure NPOWer EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V3 05...

Page 343: ...ING StopCond Description of parameters Def value Def unit SONerror NONE Start measurement in case of error stop on error Continue measurement even in case of error NONE Stepmode Description of parameters Def value Def unit FW vers STEP NONE Interrupt measurement after each statistics cycle Continue measurement according to its rep mode NONE V3 05 Description of command This command selects the typ...

Page 344: ...he measurement Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot Measured Values Subsystem NPOWer The subsystem NPOWer retrieves the results of the narrow band power measurement READ SCALar NPOWer Start single shot measurement and return results FETCh SCALar NPOWer Read out measurement results unsynchronized SAMPle S...

Page 345: ...re POWer SLOT EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or stopped event reporting see chapter 5 of CMU manual FETCh SCALar POWer SLOT STATus Measurement St...

Page 346: ...stics cycle Continue measurement according to its rep mode NONE V2 15 Description of command This command determines the number of statistics cycles and the stepping mode for the measurement Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot CONFigure POWer SLOT CONTrol DEFault Enable Default Settings Enable Descripti...

Page 347: ...ults the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the current number of the first slot and the number of slots within a subrange If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CMU ret...

Page 348: ...ent and return all measurement results The returned list contains the average burst power of the mobile phone in eight consecutive timeslots Subarray Results READ SUBarrays POWer SLOT Start single shot measurement and return results FETCh SUBarrays POWer SLOT Read out measurement results unsynchronized SAMPle SUBarrays POWer SLOT Read out measurement results synchronized Ret values per subrange De...

Page 349: ...igure POWer XSLot EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or stopped event reporting see chapter 5 of CMU manual FETCh SCALar POWer XSLot STATus Measureme...

Page 350: ...This command determines the number of statistics cycles and the stepping mode for the measurement Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot CONFigure POWer XSLot CONTrol DEFault Enable Default Settings Enable Description of parameters Def value Def unit FW vers ON OFF The parameters are set to their default v...

Page 351: ...mmand defines the total number of slots measured The first parameter sets the slot count in multiples of 128 Sn where n 1 to 4 and defines the number of returned values The second parameter is equal to the Slot Count in manual control and must be used if a Slot Count m n 128 is desired m supersedes n such that n m Examples CONF POW XSL SCO S128 128 causes 128 values to be calculated and returned C...

Page 352: ...t results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the current number of the first slot and the number of slots within a subrange If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CM...

Page 353: ...tion of command These commands are always queries They start a measurement and return all measurement results The returned list contains the average burst power of the mobile phone in 128 consecutive timeslots Subarray Results READ SUBarrays POWer XSLot Start single shot measurement and return results FETCh SUBarrays POWer XSLot Read out measurement results unsynchronized SAMPle SUBarrays POWer XS...

Page 354: ...eration complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or stopped event reporting see chapter 5 of CMU manual FETCh SCALar POWer FRAMe STATus Measurement Status Return Description of parameters Def value Def unit FW vers OFF RUN STOP ERR STEP RDY 1 to 10000 NONE Measurement in the OFF state RST or ABO...

Page 355: ... statistics cycle Continue measurement according to its rep mode NONE V2 15 Description of command This command determines the number of statistics cycles and the stepping mode for the measurement Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot CONFigure POWer FRAMe CONTrol DEFault Enable Default Settings Enable De...

Page 356: ...ent results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the current number of the first slot and the number of slots within a subrange If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the ...

Page 357: ... They start a measurement and return all measurement results The returned list contains the average burst power of the mobile phone in 256 consecutive timeslots Subarray Results READ SUBarrays POWer FRAMe Start single shot measurement and return results FETCh SUBarrays POWer FRAMe Read out measurement results unsynchronized SAMPle SUBarrays POWer FRAMe Read out measurement results synchronized Ret...

Page 358: ...ed in the top right column V3 05 CONFigure POWer MSLot EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V3 05 Description of command This command defines the events generated when the measurement is terminated or stopped event reporting see chapter 5 of CMU manual FETC...

Page 359: ...n Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until Status STEP RDY SING StopCondition Description of parameters Def value Def unit SONerror NONE Stop measurement in case of error stop on error Continue measurement even in case of error NONE Stepmode D...

Page 360: ...n required 8PSK modulation required GMSK or 8PSK modulation Inactive timeslot power off required ANY V3 05 Description of command This command defines the modulation schemes and power time templates for the Meas Timeslot 1 Meas Timeslot and the two following timeslots Values for timeslots that are currently switched off see command CONFigure POWer MSLot SCOunt are not taken into consideration CONF...

Page 361: ...G500 V3 05 Description of command This command selects the measurement filter for the measurement CONFigure POWer MSLot LIMit LINE GLEVel Level Multislot Guard Level Description of parameters Def value Def unit FW vers 0 00 dB to 10 00 dB Multislot guard level 3 dB V3 05 Description of command This command defines the raising of the upper limit line in the guard period between two consecutive burs...

Page 362: ...re either all measurement results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of symbols If Start does not coincide with a test point then the range will start at the next test point that is larger tha...

Page 363: ...nt and then returns the results For more details refer to the description of measurement control in chapter 5 of the CMU200 operating manual The following messages may be output for the value BurstMatching INV invalid MATC matching NMAT not matching OUT out of range NTR no trigger NRAM not ramping burst not found OFF off The complete list of results is repeated four times timeslots 0 1 1 2 see com...

Page 364: ...INimum Read results synchronized Returned values Description of parameters Def value Def unit FW vers 100 0 dB to 20 0 dB 100 0 dB to 20 0 dB BurstPower 1 BurstPower n NAN NAN dB dB V3 05 Description of command These commands are always queries They return the burst power relative to the average burst power in the measurement slot at n equidistant measurement points with a fixed symbol spacing The...

Page 365: ...s equivalent to the READ ARRay FETCh ARRay and SAMPle ARRay command group described above The CONFigure SUBarrays POWer command defines a maximum of 32 subranges If one of the statistical modes ARIThmetical MINimum MAXimum is set only one value is returned per subrange The calculation of current average minimum and maximum results is explained in chapter 3 cf display mode CALCulate ARRay POWer MSL...

Page 366: ...OWer LEVel Returned values Value range Def value Def unit FW vers 100 0 dB to 20 0 dB OFF 100 0 dB to 20 0 dB OFF 100 0 dB to 20 0 dB OFF 100 0 dB to 20 0 dB OFF Start level in area no 1 Stop level in area no 1 Start level in area no n Stop level in area no n NAN NAN NAN NAN dB dB dB dB V3 10 Description of command These commands return the level of all areas of the multislot tolerance template re...

Page 367: ...it FW vers 180 symb to 520 symb Start time of measurement curve NAN symb V3 10 Description of command This commands returns the start time of the measurement curve relative to the beginning of the measured timeslot Meas Slot slot no 0 The start time is the relative time of the first sample of the curve all remaining samples follow with a symbol spacing 深圳德标仪器 135 1095 0799 ...

Page 368: ...odulation in Non Signalling mode Control of Measurement Subsystem MODulation PERRor GMSK The subsystem MODulation PERRor GMSK controls the modulation measurement It corresponds to the softkey Ext Phase Err GMSK in the measurement menu Modulation INITiate MODulation PERRor GMSK Start new measurement RUN ABORt MODulation PERRor GMSK Abort running measurement and switch off OFF STOP MODulation PERRor...

Page 369: ...ilter Filter Mode Description of parameters Def value Def unit FW vers G500 B600 500 kHz Gaussian filter 600 kHz bandpass filter G500 V3 05 Description of command This command selects the measurement filter for the XPERror GMSK modulation measurement Subsystem MODulation PERRor GMSK CONTrol The subsystem MODulation PERRor GMSK CONTrol configures the modulation measurement It corresponds to the Con...

Page 370: ... set to their default values Some or all parameters differ from the default values ON V1 15 Description of command If used as a setting command with the parameter ON this command sets all parameters of the subsystem to their default values the setting OFF causes an error message If used as a query the command returns whether all parameters are set to their default values ON or not OFF Tolerance va...

Page 371: ...nit FW vers 0 0 to 50 0 deg 0 0 to 50 0 deg 0 0 to 999 Hz PhaseErrorPeak PhaseErrorRMS FrequencyError 20 0 5 0 90 deg deg Hz V1 15 Description of command This command defines limits for the peak and RMS phase error as well as for the frequency error in the average trace The default frequency error is 49 Hz for GSM400 90 Hz for GSM850 and GSM900 180 Hz for GSM1800 190 Hz for GSM1900 Besides the ran...

Page 372: ...tart time in current range 0 bit Samples Description of parameters Def value Def unit FW vers 1 to 588 Number of samples in current range 588 V2 00 Description of command This command configures the READ SUBarrays FETCh SUBarrays and SAMPle SUBarrays MODulation PERRor GMSK commands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given ...

Page 373: ... 0 Hz 1000 0 Hz to 1000 0 Hz 1000 0 Hz to 1000 0 Hz 137 dBm to 53 dBm 0 0 to 100 0 NAN NAN NAN NAN NAN NAN NAN NAN NAN NAN NAN deg deg deg deg deg deg Hz Hz Hz dBm V1 15 Description of command These commands are always queries They start a measurement and return all scalar measurement results see chapter 5 These are Peak phase error of current burst phase error peak current Peak phase error of ave...

Page 374: ...Dulation PERRor GMSK CURRent Phase Error in Burst READ ARRay MODulation PERRor GMSK AVERage READ ARRay MODulation PERRor GMSK MMAXimum Start single shot measurement and return results RUN FETCh ARRay MODulation PERRor GMSK CURRent FETCh ARRay MODulation PERRor GMSK AVERage FETCh ARRay MODulation PERRor GMSK MMAXimum Read measurement results unsynchronized RUN SAMPle ARRay MODulation PERRor GMSK CU...

Page 375: ...ue Def unit FW vers 100 0 deg to 100 0 deg 100 0 deg to 100 0 deg 1st value for phase error xth value for phase error NAN NAN dB dB V2 00 Description of command These commands are always queries They output the phase error versus time in a fixed bit pattern and in the subranges defined by means of the CONFigure SUBarrays MODulation PERRor GMSK command In the default setting of the configuration co...

Page 376: ...p only stepping mode RUN Description of command FW vers These commands have no query form They start and stop the modulation measurement setting it to the status indicated in the top right column V2 15 CONFigure MODulation XPERror GMSK EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC N...

Page 377: ... This command selects the measurement filter for the XPERror GMSK modulation measurement Subsystem MODulation XPERror GMSK CONTrol The subsystem MODulation XPERror GMSK CONTrol configures the modulation measurement It corresponds to the Control tab in the popup menu Modulation Config CONFigure MODulation XPERror GMSK CONTrol Mode Statistics Scope of Measurement Mode Description of parameters Def v...

Page 378: ...efault values Some or all parameters differ from the default values ON V2 15 Description of command If used as a setting command with the parameter ON this command sets all parameters of the subsystem to their default values the setting OFF causes an error message If used as a query the command returns whether all parameters are set to their default values ON or not OFF Tolerance values Subsystem ...

Page 379: ...meters Def value Def unit FW vers ON OFF Upper limit check on Upper limit check off ON V2 15 Description of command This command switches on or off the tolerance check with respect to the upper limit lines current and average CONFigure MODulation XPERror GMSK LIMit LOWer MODE Mode Lower Limit Check on off Mode Description of parameters Def value Def unit FW vers ON OFF Lower limit check on Lower l...

Page 380: ...SK commands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then ...

Page 381: ...rstsOutOfTol Phase of Origin Offset Vector 100 0 to 100 0 100 0 to 100 0 100 0 to 100 0 100 0 to 100 0 100 0 dB to 100 0 dB 100 0 dB to 100 0 dB 1000 0 Hz to 1000 0 Hz 137 dBm to 53 dBm 0 0 to 100 0 180 to 180 NAN NAN NAN NAN NAN NAN NAN NAN NAN NAN deg deg deg deg dB dB deg dBm deg V2 15 Description of command These commands are always queries They start a measurement and return all scalar measur...

Page 382: ...XPERror GMSK CURRent Phase Error in Burst READ ARRay MODulation XPERror GMSK AVERage READ ARRay MODulation XPERror GMSK MMAXimum Start single shot measurement and return results RUN FETCh ARRay MODulation XPERror GMSK CURRent FETCh ARRay MODulation XPERror GMSK AVERage FETCh ARRay MODulation XPERror GMSK MMAXimum Read measurement results unsynchronized RUN SAMPle ARRay MODulation XPERror GMSK CURR...

Page 383: ... value Def unit FW vers 100 0 deg to 100 0 deg 100 0 deg to 100 0 deg 1st value for phase error xth value for phase error NAN NAN dB dB V2 15 Description of command These commands are always queries They return the phase error versus time in a fixed bit pattern and in the subranges defined by means of the CONFigure SUBarrays MODulation XPERror GMSK command In the default setting of the configurati...

Page 384: ...easurement setting it to the status indicated in the top right column V2 15 CONFigure MODulation OVERview EPSK EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or ...

Page 385: ...mmand This command selects the type of measured values and determines the number of bursts forming one statistics cycle CONFigure MODulation OVERview EPSK CONTrol REPetition Repetition StopCond Stepmode Test Cycles Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple mea...

Page 386: ...RMS OriginOffset IQImbalance FreqError Parameter Description of parameters Def value Def unit FW vers 0 0 to 50 0 0 0 to 50 0 0 0 to 50 0 0 0 to 50 0 0 0 deg to 180 0 deg 0 0 deg to 180 0 deg 100 0 dB to 0 0 dB 0 Hz to 999 Hz EVMErrorPeak EVMErrorRMS MagnErrorPeak MagnErrorRMS PhaseErrorPeak PhaseErrorRMS OriginOffset FrequencyError 30 0 9 0 17 7 12 5 20 0 5 0 30 0 90 deg deg dB Hz V2 15 Descripti...

Page 387: ... a query the command returns whether all parameters are set to their default values ON or not OFF Measured Values Subsystem MODulation OVERview EPSK The subsystem MODulation OVERview EPSK measures and returns the modulation parameters and compares them with the tolerance values The subsystem corresponds to the various output elements in the measurement menu MODulation application Overview 8PSK REA...

Page 388: ...95thPercentileMagErr 95thPercentilePhErr EVMPeak x3 EVMRMS x3 MagnErrorPeak x3 MagnErrorRMS x3 PhErrorPeak x3 PhErrorRMS x3 OriginOffset x3 FrequencyError x3 AvgBurstPowerCurr For all measured values NMAU NMAL INV OK INV INV INV INV INV INV INV INV INV INV INV INV V2 15 Description of command This command is always a query It indicates whether and in which way the error limits for the scalar measu...

Page 389: ...on measurement setting it to the status indicated in the top right column V2 15 CONFigure MODulation EVMagnitude EPSK EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is termina...

Page 390: ...iption of command This command selects the type of measured values and determines the number of bursts forming one statistics cycle CONFigure MODulation EVMagnitude EPSK CONTrol REPetition Repetition StopCond Stepmode Test Cycles Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status R...

Page 391: ...s a setting command with the parameter ON this command sets all parameters of the subsystem to their default values the setting OFF causes an error message If used as a query the command returns whether all parameters are set to their default values ON or not OFF Tolerance values Subsystem MODulation OEMP EPSK LIMit The subsystem MODulation OEMP EPSK LIMit see p 6 82 ff defines tolerance values fo...

Page 392: ...K commands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given by the second numerical parame ter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then ...

Page 393: ...ent and output all scalar measurement results see chapter 4 The calculation of results in an average or peak measurement is described in chapter 3 see calculation of statistical quantities The symbol x3 behind a value indicates that the list contains three re sults corresponding to the Current the Average and the MMax value CALCulate MODulation EVMagnitude EPSK LIMit MATChing Bursts out of Toleran...

Page 394: ...tion EVMagnitude EPSK AVERage READ SUBarrays MODulation EVMagnitude EPSK MMAXimum Start single shot measurement and return results RUN FETCh SUBarrays MODulation EVMagnitude EPSK CURRent FETCh SUBarrays MODulation EVMagnitude EPSK AVERage FETCh SUBarrays MODulation EVMagnitude EPSK MMAXimum Read meas results unsynchronized RUN SAMPle SUBarrays MODulation EVMagnitude EPSK CURRent SAMPle SUBarrays M...

Page 395: ...ent setting it to the status indicated in the top right column V2 15 CONFigure MODulation PERRor EPSK EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or stopped e...

Page 396: ...mand This command selects the type of measured values and determines the number of bursts forming one statistics cycle CONFigure MODulation PERRor EPSK CONTrol REPetition Repetition StopCond Stepmode Test Cycles Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measur...

Page 397: ...etting command with the parameter ON this command sets all parameters of the subsystem to their default values the setting OFF causes an error message If used as a query the command returns whether all parameters are set to their default values ON or not OFF Tolerance values Subsystem MODulation OEMP EPSK LIMit The subsystem MODulation OEMP EPSK LIMit see p 6 82 ff defines tolerance values for the...

Page 398: ...commands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given by the second numerical parame ter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then th...

Page 399: ...nt results see chapter 4 either for the whole burst or for the 1st ten valid symbols in the burst The calculation of results in an average or peak measurement is described in chapter 3 see calculation of statistical quantities The symbol x3 behind a value indicates that the list contains three results corresponding to the Current the Average and the MMax value CALCulate MODulation PERRor EPSK LIMi...

Page 400: ...n PERRor EPSK AVERage READ SUBarrays MODulation PERRor EPSK MMAXimum Start single shot measurement and return results RUN FETCh SUBarrays MODulation PERRor EPSK CURRent FETCh SUBarrays MODulation PERRor EPSK AVERage FETCh SUBarrays MODulation PERRor EPSK MMAXimum Read meas results unsynchronized RUN SAMPle SUBarrays MODulation PERRor EPSK CURRent SAMPle SUBarrays MODulation PERRor EPSK AVERage SAM...

Page 401: ...ment setting it to the status indicated in the top right column V2 15 CONFigure MODulation MERRor EPSK EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF V2 15 Description of command This command defines the events generated when the measurement is terminated or stopped ...

Page 402: ...ommand This command selects the type of measured values and determines the number of bursts forming one statistics cycle CONFigure MODulation MERRor EPSK CONTrol REPetition Test Cycles Repetition StopCond Stepmode Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple meas...

Page 403: ...etting command with the parameter ON this command sets all parameters of the subsystem to their default values the setting OFF causes an error message If used as a query the command returns whether all parameters are set to their default values ON or not OFF Tolerance values Subsystem MODulation OEMP EPSK LIMit The subsystem MODulation OEMP EPSK LIMit see p 6 82 ff defines tolerance values for the...

Page 404: ...ameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CMU returns a single measuremen...

Page 405: ...urement is described in chapter 3 see calculation of statistical quantities The symbol x3 behind a value indicates that the list contains three results corresponding to the Current the Average and the MMax value CALCulate MODulation MERRor EPSK LIMit MATChing Bursts out of Tolerance Returned values Value range Def value Def unit FW vers 95thPercentileMErr MErrPeak x3 MErrRMS x3 OriginOffset x3 Fre...

Page 406: ...ion MERRor EPSK AVERage READ SUBarrays MODulation MERRor EPSK MMAXimum Start single shot measurement and return results RUN FETCh SUBarrays MODulation MERRor EPSK CURRent FETCh SUBarrays MODulation MERRor EPSK AVERage FETCh SUBarrays MODulation MERRor EPSK MMAXimum Read meas results unsynchronized RUN SAMPle SUBarrays MODulation MERRor EPSK CURRent SAMPle SUBarrays MODulation MERRor EPSK AVERage S...

Page 407: ...ion measurement INITiate SPECtrum MODulation GMSK INITiate SPECtrum MODulation EPSK Start new measurement RUN ABORt SPECtrum MODulation GMSK ABORt SPECtrum MODulation EPSK Abort running meas and switch off OFF STOP SPECtrum MODulation GMSK STOP SPECtrum MODulation EPSK Stop meas after current stat cycle STOP CONTinue SPECtrum MODulation GMSK CONTinue SPECtrum MODulation EPSK Next meas step only st...

Page 408: ...rns the status of the measurement see chapters 3 and 5 of CMU man ual Subsystem SPECTrum MODulation CONTrol The subsystem SPECtrum MODulation CONTrol defines the repetition mode statistic count and stop condition of the measurement These settings are provided in the Control and Meas X tabs of the popup menu Spectrum Configuration CONFigure SPECtrum MODulation GMSK CONTrol Mode Statistics CONFigure...

Page 409: ... required a stop condition for the measurement Note In the case of READ commands READ the Repetition parameter has no effect the measure ment is always stopped after a single shot DISPlay SPECtrum MODulation GMSK CONTrol GRID Enable DISPlay SPECtrum MODulation EPSK CONTrol GRID Enable Grid Enable Description of parameters Def value Def unit FW vers ON OFF Switch on grid lines Switch off grid lines...

Page 410: ...rement The subsystem corresponds to the due to Modulation sections in the tab Limit Lines in the popup menu Spectrum Configuration CONFigure SPECtrum MODulation GMSK LIMit LINE ASYMmetrical UPPer nr ENABle CONFigure SPECtrum MODulation EPSK LIMit LINE ASYMmetrical UPPer nr ENABle Enable CONFigure SPECtrum MODulation GMSK LIMit LINE ASYMmetrical UPPer nr CONFigure SPECtrum MODulation EPSK LIMit LIN...

Page 411: ... 51 0 dBm 1 80 MHz 60 0 dB 66 0 dB 51 0 dBm Default values for GSM1800 1900 in both modulation schemes Frequency Min P Lev rel Max P Lev rel Level abs 0 10 MHz 0 5 dB 0 5 dB 36 0 dBm 0 20 MHz 30 0 dB 30 0 dB 36 0 dBm 0 25 MHz 33 0 dB 33 0 dB 36 0 dBm 0 40 MHz 60 0 dB 60 0 dB 36 0 dBm 0 60 MHz 60 0 dB 60 0 dB 56 0 dBm 0 80 MHz 60 0 dB 60 0 dB 56 0 dBm 1 00 MHz 60 0 dB 60 0 dB 56 0 dBm 1 20 MHz 60 0...

Page 412: ...PECtrum MODulation defines the measurement range and the type of output values CONFigure SUBarrays SPECtrum MODulation GMSK CONFigure SUBarrays SPECtrum MODulation EPSK Mode Start Samples Start Samples Definition of Subarrays Mode Description of parameters Def value Def unit ALL ARIThmetical MINimum MAXimum IVAL Return all measurement values Return arithm mean value in every range Return minimum v...

Page 413: ...system SPECtrum MODulation measures and returns the frequency spectum due to modula tion and compares it with tolerance values The subsystem corresponds to the graphical measurement menu Spectrum READ SCALar SPECtrum MODulation GMSK Scalar Results READ SCALar SPECtrum MODulation EPSK Start single shot measurement and return results FETCh SCALar SPECtrum MODulation GMSK FETCh SCALar SPECtrum MODula...

Page 414: ... at all measurement points READ SUBarrays SPECtrum MODulation GMSK Subarray Results READ SUBarrays SPECtrum MODulation EPSK Start single shot measurement and return results RUN FETCh SUBarrays SPECtrum MODulation GMSK FETCh SUBarrays SPECtrum MODulation EPSK Read meas results unsynchronized RUN SAMPle SUBarrays SPECtrum MODulation GMSK SAMPle SUBarrays SPECtrum MODulation EPSK Read results synchro...

Page 415: ... switch off OFF STOP SPECtrum SWITching GMSK STOP SPECtrum SWITching EPSK Stop measurement after current stat cycle STOP CONTinue SPECtrum SWITching GMSK CONTinue SPECtrum SWITching EPSK Next measurement step only stepping mode RUN Description of command FW vers These commands have no query form They start or stop the measurement setting it to the status indicated in the top right column V1 20 CON...

Page 416: ...MU man ual CONFigure SPECtrum SWITching GMSK CSMODE Mode CONFigure SPECtrum SWITching EPSK CSMODE Mode Cont Stat Mode Mode Description of parameters Def value Def unit FW vers PHOL SCO Peak Hold Statistic Count PHOL V3 10 Description of command This command defines the continuous statistical mode for the Spectrum due to Switching measurement CONFigure SPECtrum SWITching GMSK SCOunt Mode CONFigure ...

Page 417: ... measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until Status STEP RDY SING StopCondition Description of parameters Def value Def unit SONerror NONE Stop measurement in case of error stop on error Continue measurement even in case of error NONE Stepmode Description of parameters Def value Def unit FW vers STEP NONE Interrupt measurement after ...

Page 418: ...rformed at the specified offset frequencies The results can be retrieved by means of FETCh ARRay SPECtrum SWITching GMSK AMPoints POWer see p 6 119 CONFigure SPECtrum SWITching GMSK CONTrol DEFault Enable CONFigure SPECtrum SWITching EPSK CONTrol DEFault Enable Default Settings Enable Description of parameters Def value Def unit FW vers ON OFF All the parameters of the subsystem correspond to thei...

Page 419: ...mand FW vers These commands activate and define limit lines for the spectrum due to switching measurement V1 20 The value range for the individual power levels nr at the same frequency applies with the additional conditions PowerLevel n 1 PowerLevel n 1 dB and PowerLevel n 1 Power Level n 100 dB The limits are defined depending on 10 definable MS output power levels numbered by the numeric suffix ...

Page 420: ...INE MODE UPPer Mode CONFigure SPECtrum SWITching EPSK LIMit LINE MODE UPPer Mode Limit Check on off Mode Description of parameters Def value Def unit FW vers ON OFF Switch on limit lines Switch off limit lines ON V1 20 Description of command This command switches all limits for the spectrum due to switching measurement on or off CONFigure SPECtrum SWITching GMSK LIMit LINE DEFault Enable CONFigure...

Page 421: ... number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located at fixed frequencies see command CONFig ure SPECtrum SWITching LIMit LINE nr If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode ...

Page 422: ... For more details refer to the description of measurement control in chapter 5 of the CMU200 operating manual The reference power is the absolute carrier power measured as specified in the GSM standard The following messages may be output for the value Matching INV invalid MATC matching NMAT not matching OUT out of range NTR no trigger NRAM not ramping burst not found OFLW overflow UFLW underflow ...

Page 423: ...command group is equivalent to the READ ARRay FETCh ARRay and SAMPle ARRay com mand group described above The CONFigure SUBarrays SPECtrum SWITching command defines a maximum of 32 subranges If one of the statistical modes ARIThmetical MINimum MAXimum is set only one value is returned per subrange FETCh ARRay SPECtrum SWITching GMSK AMPoints POWer Additional Spectrum Results FETCh ARRay SPECtrum S...

Page 424: ...Ch SAMPle or CALCulate LIMit can be used Test configurations however can be defined any time Note2 GMSK and 8PSK modulation The keywords GMSK and EPSK in the remote control commands denote GMSK and 8PSK modulation respectively The EPSK commands in Signalling measurements are included in firmware versions V3 05 and higher The firmware version numbers quoted in the command tables refer to GMSK modul...

Page 425: ...dition Counter for current statistics cycle No counting mode set Counter for current evaluation period within a cycle Statistic count set to off OFF NONE NONE V1 15 Description of command This command is always a query It returns the status of the measurement see chapters 3 and 5 of CMU manual CONFigure POWer NORMal GMSK TOFFset Offset Bit Offset CONFigure POWer NORMal EPSK TOFFset Offset Offset D...

Page 426: ...stics off equivalent to 1 100 V1 15 Description of command This command restricts the type of measured values to accelerate the measurement and determines the number of bursts within a statistics cycle CONFigure POWer NORMal GMSK CONTrol REPetition Test cycles CONFigure POWer NORMal EPSK CONTrol REPetition Repetition StopCond Stepmode Repetition Description of parameters Def value Def unit CONTinu...

Page 427: ...ompensated corrected reference power CURR V2 15 Description of command This command determines how the reference power 0 dB line in the P t Norm 8PSK test diagram for 8PSK modulated signals is calculated CONFigure POWer NORMal GMSK CONTrol DEFault Enable Default Settings CONFigure POWer NORMal EPSK CONTrol DEFault Enable Enable Description of parameters Def value Def unit FW vers ON OFF The parame...

Page 428: ...evel absolute End point of level absolute Range of limit lines on off See below Description of command FW vers These commands activate and define upper limit lines for normal bursts The limit lines are defined section by section the suffix nr numbers the various ranges of the limit lines V1 15 For GMSK modulation keyword GMSK 8 areas are defined in the default setting another 8 areas can be activa...

Page 429: ...me EndTime StartRelLevel EndRelLevel StartAbsLevel EndAbsLevel StartVisibility EndVisibility for setting StartTime EndTime StartRelLevel EndRelLevel StartAbsLevel EndAbsLevel Visibility Parameters Value range Description of parameters Def value Enable StartTime EndTime StartRelLevel EndRelLevel StartAbsLevel EndAbsLevel Visibility StartVisib EndVisib ON OFF 10 bit to 156 bit OFF 10 bit to 156 bit ...

Page 430: ...t 0 to 31 MAX OFF First PCL for which area AreaNr is changed See table below PCL toPCL Description of parameters Def value Def unit 0 to 31 MAX OFF Last PCL for which area AreaNr is changed See table below PCL Correction Description of parameters Def value Def unit 10 dB to 10 dB OFF Correction value relative for the limit line in area AreaNr applied for all PCLs between fromPCL and toPCL includin...

Page 431: ...in PCL ranges 1 to 10 inner loop in each of the areas 1 to 16 outer loop CONFigure POWer NORMal GMSK LIMit LINE LOWer AreaNr DYNamic RangeNr CONFigure POWer NORMal EPSK LIMit LINE LOWer AreaNr DYNamic RangeNr fromTPCL toTPCL Correction Enable Dynamic Correction fromPCL Description of parameters Def value Def unit 0 to 31 MAX OFF First PCL for which area AreaNr is changed OFF PCL toPCL Description ...

Page 432: ...r ALL DYNamic ENABle Enable Dynamic Correction on off Enable Description of parameters Def value Def unit FW vers ON OFF Switch dyn correction for the whole template on or off OFF VV2 00 Description of command This command switches the dynamic correction of the lower limit line in all areas and for all PCL ranges on or off CONFigure POWer NORMal GMSK LIMit LINE DEFault Enable Default Settings CONF...

Page 433: ...el limit see below see below Description of command FW vers These commands determine the tolerances for ranges of power control levels PCLs nr is the number of the group 10 1 nr The setting MAX is synonymous with the highest PCL of the mobile depending on its power class V1 15 4 level ranges are defined in the default setting another 6 ranges can be activated if required The default settings for G...

Page 434: ...ges are defined by the start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CMU returns a single measurement value corresponding to the abscissa value Start If Start ...

Page 435: ...N NAN NAN NAN INV NAN dBm dBm PCL bit dBm V1 15 Description of command These commands are always queries READ starts a single shot measurement and returns the results FETCh outputs the results without taking care of the measurement state SAMPle waits until the results are valid for the first time depending on the chosen statistic count and then outputs the results For more details refer to the des...

Page 436: ...lways a query It indicates whether and in which way the tolerances for the scalar measured values see command above have been exceeded The following messages may be output for the values AvgBurstPowerCurr PeakBurstPowerCurr and AvgBurstPowerAvg OK Tolerance value matched OK NMAU Underflow of tolerance value not matching underflow NMAL Tolerance value exceeded not matching overflow INV Measured val...

Page 437: ...al GMSK MINimum FETCh ARRay POWer NORMal EPSK MINimum Read meas results unsynchronized RUN SAMPle ARRay POWer NORMal GMSK CURRent SAMPle ARRay POWer NORMal EPSK CURRent SAMPle ARRay POWer NORMal GMSK AVERage SAMPle ARRay POWer NORMal EPSK AVERage SAMPle ARRay POWer NORMal GMSK MAXimum SAMPle ARRay POWer NORMal EPSK MAXimum SAMPle ARRay POWer NORMal GMSK MINimum SAMPle ARRay POWer NORMal EPSK MINim...

Page 438: ...le SUBarrays POWer NORMal EPSK AVERage SAMPle SUBarrays POWer NORMal GMSK MAXimum SAMPle SUBarrays POWer NORMal EPSK MAXimum SAMPle SUBarrays POWer NORMal GMSK MINimum SAMPle SUBarrays POWer NORMal EPSK MINimum Read results synchronized RUN Ret values per subrange Description of parameters Def value Def unit FW vers 100 0 dB to 20 0 dB 100 0 dB to 20 0 dB BurstPower 1 1st value for burst power Bur...

Page 439: ...tching MATC matching NMAT not matching INV invalid NTSC no training sequence code OUT out of tolerance CALCulate ARRay POWer NORMal GMSK AREA LIMit MATChing CURRent CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing CURRent CALCulate ARRay POWer NORMal GMSK AREA LIMit MATChing AVERage CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing AVERage CALCulate ARRay POWer NORMal GMSK AREA LIMit MATC...

Page 440: ...equired see application examples in chapter 2 of this manual Consequently for the measurements reported in the following sections the Call Established CEST signalling state must be reached before any of the commands retrieving test results READ FETCh SAMPle or CALCulate LIMit can be used Test configurations however can be defined any time Control of Measurement Subsystem POWer ABURst The subsystem...

Page 441: ...rs 3 and 5 of CMU manual Test Configuration The commands of the following subsystems configure the signal power measurement They correspond to the sections in the Power Configuration popup menu that are related to the access burst power measurement Subsystem POWer ABURst TIME The subsystem POWer ABURst TIME contains the command for shifting the time axis and thus the tolerance mask The subsystem c...

Page 442: ...he start time and the number of test points which are located on a fixed equidistant grid with a step width of bit If Start does not coincide with a test point then the range will start at the next test point that is larger than Start For Mode IVAL the Samples parameter is ignored and the CMU returns a single measurement value corresponding to the abscissa value Start If Start is located beween tw...

Page 443: ...TSC OFF NAN NAN NAN INV dBm bit V3 0 Description of command These commands are always queries READ starts a single shot measurement and returns the results FETCh outputs the results without taking care of the measurement state SAMPle waits until the results are valid for the first time depending on the chosen statistic count and then outputs the results For more details refer to the description of...

Page 444: ...d The following messages may be output for the value BurstMatching INV invalid MATC matching NMAT not matching OUT out of range NTR no trigger NRAM not ramping burst not found OFLW overflow UFLW underflow NTSC no training sequence code OFF off Burst Power READ ARRay POWer ABURst GMSK Start single shot measurement and return results FETCh ARRay POWer ABURst GMSK Read measurement results unsynchroni...

Page 445: ...imum is set only one value is returned per subrange The calculation of current average minimum and maximum results is explained in chapter 3 cf display mode CALCulate ARRay POWer ABURst GMSK LIMit MATChing Limit Matching Array Returned values Value range Def value Def unit FW vers Matching INV MATC NMAT OUT NTR NRAM OFLW UFLW NTSC OFF INV V3 0 Description of command This command is always a query ...

Page 446: ...on of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF VV2 00 Description of command This command defines the events generated when the measurement is terminated or stopped event reporting see chapter 5 of CMU manual FETCh SCALar POWer PCL STATus Measurement Status Return Description of parameters Def value Def unit FW ...

Page 447: ...tepping mode for the measurement Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot Subsystem POWer PCL CHANnel The subsystem POWer PCL CHANnel defines three or seven channels for the P PCL measurement The subsystem corresponds to the Channel Count hotkey and the MS Signal softkey in the measurement menu P PCL CONFigu...

Page 448: ...ment and return results FETCh SCALar POWer PCL Read out measurement results unsynchronized SAMPle SCALar POWer PCL Read out measurement results synchronized Return Value range Def value Def unit FW vers PCL1 P1Ch1 P1Ch2 P1Ch3 PCLn PnCh1 PnCh2 PnCh3 GSM400 850 900 PCL 0 to 31 Power 5 0 dBm to 39 0 dBm GSM1800 PCL 0 to 31 Power 0 0 dBm to 36 0 dBm GSM1900 PCL 0 to 31 Power 0 0 dBm to 33 0 dBm NAN NA...

Page 449: ...tting See also command description for READ SCALar POWer PCL CURRent CALCulate POWer PCL CURRent LIMit MATChing Results of Limit Check Returned values Description of parameters Def value Def unit FW vers Matching OK NMAU NMAL INV INV VV2 00 Description of command This command is always a query It indicates whether and in which way the tolerances for the burst power see preceding command are exceed...

Page 450: ...e no query form They start and stop the combined power and modulation measurement setting it to the status indicated in the top right column VV2 00 CONFigure POWer NORMal GMSK MPR EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SOPC No reporting OFF VV2 00 Description of command This comma...

Page 451: ...al GMSK MPR CONTrol REPetition Test Cycles Repetition StopCond Stepmode Repetition Description of parameters Def value Def unit CONTinuous SINGleshot 1 to 10000 Continuous measurement until STOP or ABORT Single shot measurement until Status RDY Multiple measurement counting until Status STEP RDY SING StopCond Description of parameters Def value Def unit SONerror NONE Stop measurement in case of er...

Page 452: ...of command This command configures the READ SUBarrays FETCh SUBarrays and SAMPle SUBarrays POWer MPR commands It restricts the measurement to up to 32 subranges where either all measurement results the number of which is given by the second numerical parameter or a single statistical value is returned The subranges are defined by the start time and the number of test points which are located on a ...

Page 453: ...0 0 to 100 0 100 0 to 100 0 100 0 to 100 0 100 0 to 100 0 100 0 to 100 0 100 0 to 100 0 1000 0 Hz to 1000 0 Hz 1000 0 Hz to 1000 0 Hz 1000 0 Hz to 1000 0 Hz 137 dBm to 53 dBm NAN NAN NAN NAN NAN NAN NAN NAN NAN INV deg deg deg deg deg deg Hz Hz Hz dBm Description of command These commands are always queries They start a combined power vs time and modulation measurement and output all scalar measur...

Page 454: ...eas results unsynchronized RUN SAMPle SUBarrays POWer NORMal GMSK MPR CURRent SAMPle SUBarrays POWer NORMal GMSK MPR AVERage SAMPle SUBarrays POWer NORMal GMSK MPR MAXimum SAMPle SUBarrays POWer NORMal GMSK MPR MINimum Read results synchronized RUN Ret values per subrange Description of parameters Def value Def unit FW vers 100 0 dB to 20 0 dB 100 0 dB to 20 0 dB BurstPower 1 1st value for burst p...

Page 455: ...and This command is always a query It indicates whether and in which way the tolerances for the scalar results see command above in the power vs time and the modulation measurement have been exceeded The following messages may be output for the values AvgBurstPower current or average and PeakBurstPower and for all results of the modulation measurement NMAU Tolerance value underflow not matching un...

Page 456: ... receiver quality measurements CONFigure RXQuality CSWitched BITStream Mode Bit Stream BER CONFigure RXQuality PDATa BITStream Mode Mode Description of parameters Def value Def unit FW vers PR9 PR11 PR15 PR16 29 1 PSR bit pattern 211 1 PSR bit pattern 215 1 PSR bit pattern 216 1 PSR bit pattern PR9 V3 10 Description of command Sig State This command defines the pseudo random bit sequence that the ...

Page 457: ...f value Def unit FW vers C500 C900 C980 C998 95 99 99 8 or 99 98 confidence level C980 V3 40 Description of command This command defines the confidence level for early fail decisions CONFigure RXQuality CONTrol CONFidence PASS Level Confidence Pass Level Description of parameters Def value Def unit FW vers C500 C900 C980 C998 95 99 99 8 or 99 98 confidence level C980 V3 40 Description of command T...

Page 458: ...le shot receiver quality measurement When a new test setup is selected the running measurement is aborted measurement state OFF and all measured values are set to INV invalid The new measurement must be re started with INITiate RXQuality BER INITiate RXQuality BER Start new measurement RUN ABORt RXQuality BER Abort running measurement and switch off OFF STOP RXQuality BER Stop measurement STOP CON...

Page 459: ...ntrol in the popup menu Receiver Quality Configuration Meas Mode Frames BER CONFigure RXQuality BER nr CONTrol CSWitched Mode FramesToAverage CONFigure RXQuality BER nr CONTrol PDATa Mode FramesToAverage Mode Description of parameters Def value Def unit RFER BER BBB BDBL Residual bit error rate frame erasure rate Bit error rate Burst by burst BER Data Block Error Rate BER FramesToSend Description ...

Page 460: ...e below dBm dBm dBm V2 00 Description of command This command defines the absolute level of the traffic channel TCH in the used timeslot for the single shot application nr This level applies to the receiver quality measurement only The default setting depends on the test setup all level values in dBm corresponding to RF2 nr 1 2 3 4 5 6 7 8 9 10 Level 102 0 104 0 102 0 104 0 100 0 100 0 100 0 102 0...

Page 461: ... Individual Multislot CONFigure RXQuality BER nr CONTrol CSWitched TCH MSLot LEVel INDividual CONFigure RXQuality BER nr CONTrol PDATa TCH MSLot LEVel INDividual Level_0 Level_7 Level_n Description of parameters Def value Def unit FW vers 127 dB to 127 dB Power of CMU in timeslot no n 0 dB V3 05 Description of command This command defines the levels in all 8 timeslots of the downlink BS TCH signal...

Page 462: ... ZERO Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT ONE Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT TWO Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT THRee Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT FOUR Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT FIVE Level CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLO...

Page 463: ...ss Ib partly protected bits see chapter 4 in the test setup nr Irrespective of the test setup the default setting is 0 4 CONFigure RXQuality BER nr LIMit FERRors Frame Errors Frame Errors FERRors Description of parameters Def value Def unit FW vers 0 to 100 Upper limit for erased frame errors 0 1 V2 00 Description of command This command defines an upper limit for frame errors in the test setup nr...

Page 464: ...lues RFER BER BurstByBurst Scalar Results READ SCALar RXQuality BER Start single shot measurement and return results FETCh SCALar RXQuality BER Read out meas results unsynchronized SAMPle SCALar RXQuality BER Read out measurement results synchronized Returned values for RFER Value range Def value Def unit ProgressTime ClassIIBits ClassIbBits FER CRCErrors Status Statistical Result 0 0 to 100 0 0 0...

Page 465: ... of the measurement ClassIIBits Residual bit error rate for class II bits ClassIbBits Residual bit error rate for class Ib bits FER Frame erasure rate BER Bit error rate no distinction between bit classes DBLER Data block error rate USFBLER USF block error rate available for packet switched channels only CMU K42 CRCErrors Cyclic redundancy check CRC errors Status Measurement status The following m...

Page 466: ...urned values for BDBL Value range Def value Def unit FW vers Total BER USFBLER DBLER CRCErrors PASS FAIL INV TLOW IMP NMAU INV OK NMAU INV OK NMAU INV OK NMAU INV OK INV INV INV INV INV V3 40 Description of command This command is always a query It indicates whether and in which way the tolerances for the bit error rate test see command above have been exceeded See also detailed explanation of mea...

Page 467: ...y start or stop the Continuous measurement setting it to the status indicated in the top right column V2 00 CONFigure RXQuality BAVerage EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SRSQ No reporting OFF V2 00 Description of command This command defines the events generated when the mea...

Page 468: ...asured value BER RBER etc see chapter 4 CONFigure RXQuality BAVerage CONTrol REPetition StopCondition Stepmode Stop Condition StopCondition Description of parameters Def value Def Unit ALIMits FLIMit NONE Measurement aborted when all limits are exceeded Aborted when first limit value is exceeded Not aborted measurement over all frames FLIM Stepmode Description of parameters Def value Def Unit FW v...

Page 469: ...CH signal levels used for the multislot BAVerage test on circuit switched and packet data channels See command CONFigure RXQuality BAVerage CONTrol CSWitched TCH MSLot LEVel INDividual on p 6 165 and the corresponding packet data command Slot Configuration Individual Multislot CONFigure RXQuality BAVerage CONTrol CSWitched TCH MSLot LEVel INDividual CONFigure RXQuality BAVerage CONTrol PDATa TCH M...

Page 470: ...mand defines an upper limit for the bit error rate of class II unprotected bits see chapter 4 for continuous application CONFigure RXQuality BAVerageLIMit CLIB ClassIbBER Class Ib Bits ClassIbBER Description of parameters Def value Def unit FW vers 0 to 100 Upper limit of error rate for class Ib bits 0 4 V2 00 Description of command This command defines an upper limit for the bit error rate of cla...

Page 471: ...ues Subsystem RXQuality BAVerage The subsystem RXQuality BAVerage contains the commands for measurement and output of the bit error rate and its comparison with the tolerance values The subsystem corresponds to the measurement menus Receiver Quality for the continuous measurement Scalar Results FETCh SCALar RXQuality BAVerage Read out results unsynchronized SAMPle SCALar RXQuality BAVerage Read ou...

Page 472: ...easurement mode set via the CONFigure RXQuality BAVerage nr CONTrol command RFER BER etc They are ProgressTime Relative progress of the measurement ClassIIBits Residual bit error rate for class II bits ClassIbBits Residual bit error rate for class Ib bits BER Bit error rate no distinction between bit classes FER Frame erasure rate DBLER Data Block Error Rate USFBLER USF block error rate available ...

Page 473: ...L INV TLOW IMP NMAU INV OK NMAU INV OK INV INV INV Returned values for BDBL Value range Def value Def unit FW vers Total BER USFBLER DBLER CRCErrors PASS FAIL INV TLOW IMP NMAU INV OK NMAU INV OK NMAU INV OK NMAU INV OK INV INV INV INV INV V2 00 Description of command This command is always a query It indicates whether and in which way the tolerances for the bit error rate test see command above h...

Page 474: ...ent setting it to the status indicated in the top right column V3 10 CONFigure RXQuality BLER EREPorting Mode Event Reporting Mode Description of parameters Def value Def unit FW vers SRQ SOPC SRSQ OFF Service request Single operation complete SRQ and SRSQ No reporting OFF V3 10 Description of command This command defines the events generated when the measurement is terminated or stopped event rep...

Page 475: ...he limit check and has no effect at present Note In the case of READ commands READ the Repetition parameter has no effect the measurement is always stopped after a single shot CONFigure RXQuality BLER CONTrol RLBCount Blocks RLC Block Count Blocks Description of parameters Def value Def unit FW vers 100 to 2000 Number of RLC blocks 2000 blocks V3 10 Description of command This command sets the num...

Page 476: ... default values ON or not OFF Measured Values Subsystem RXQuality BLER The subsystem RXQuality BLER contains the commands for measurement and output of the Block Error Ratio The subsystem corresponds to the measurement menu Receiver Quality for the BLER measurement Scalar Results READ SCALar RXQuality BLER Start single shot measurement and return results FETCh SCALar RXQuality BLER Read out result...

Page 477: ...ters up to the status byte The events and the corresponding symbols for the function group are listed in Chapter 5 see section Status Registers The symbols may be entered in arbitrary order STATus OPERation SYMBolic EVENt Symbolic status evaluation Response Parameter description Def Value6 Default Unit FW vers NONE Event Event No event in the RF function group List of reported events NONE V3 05 Co...

Page 478: ... connection however modifying this current value does not alter the default value An example for such a double parameter in GSM MS is the BS signal level in the used and unused timeslots Default values are set with a CONFigure command current values are set with the corresponding PROCedure command Subsystem LEVel Input Level The subsystem LEVel controls the level in the RF input signal path It cor...

Page 479: ...ot OFF Subsystem TRIGger Trigger Mode The subsystem TRIGger defines the trigger mode It corresponds to the Trigger tab in the Connection Control menu TRIGger SEQuence SOURce Source Trigger Source Source Description of parameters Def value Def unit FW vers SIGNalling FRUN RFPower IFPower The measurement is triggered by the signalling unit The measurement is triggered by the TDMA timing free run mod...

Page 480: ...ONE FCL No trigger signal or frame trigger at pin nr FCL for nr 2 3 NONE for nr 4 5 V3 10 Command description This command assigns the frame trigger signal or no signal to pins 2 to 5 nr 2 to 5 of the AUX 3 connector The settings are only valid for Signalling trigger source command TRIGger SEQuence SOURce SIGNalling TRIGger OUTPut PIN nr DELay ENABle Enable Output Trigger Signal Enable Parameter d...

Page 481: ...n Signalling Control Action Description of parameters Def value Def unit FW vers SOFF SON MTC SMS CRELease HANDover Switch off BCCH signal signal off Switch on BCCH signal signal on Mobile terminating call Short message service Call release Dual band handover to target network defined via CONFigure HANDover TARGet V1 15 Description of command Sig State This command has no query form It changes bet...

Page 482: ...U initiated from the mobile phone See description of command MS Synch Synchronization of mobile phone MS MOC Mobile originated call Further transitions between the signalling states not shown in Fig 6 1 may occur e g in case of errors see chapter 4 of this manual SENSe SIGNalling CSWitched STATe Signalling State Return Description of parameters Def value Def unit FW vers SOFF SON SYNC ALER CEST CP...

Page 483: ...sage to be sent Rohde Schwarz Short Message Service Text V2 0 Description of command Sig State This command defines a short message in the form of any alphanumeric string with a maximum of 160 characters all PROCedure SIGNalling CSWitched TCH CHANnel Number Traffic Channel Number Description of parameters Def value Def unit FW vers 259 to 293 306 to 340 128 to 251 0 to 124 955 to 1023 512 to 885 5...

Page 484: ...g CSWitched TCH CHANnel Number PROCedure SIGNalling CSWitched TCH SSLot TIMeslot Timeslot and PROCedure SIGNalling CSWitched MS PCL PCL see below All GSM timeslots are available if the control channel mode is set to BOTC see command CONFigure BSSignal CCH TX MODE on p 6 186 The GSM PCL levels are listed in chapter 4 see list of tables or index CEST PROCedure SIGNalling CSWitched TCH SSLot FHOPping...

Page 485: ...F other slots UL_PCL_n Description of parameters Def value Def unit Sig State 0 to 19 0 to 31 MS level in timeslot no n GSM400 850 900 GSM1800 1900 15 slot 3 15 slot 3 PCL PCL CEST Description of command This command changes the main timeslot and the levels in all active or inactive timeslots slots of the BS and MS signal current values for the Individual level mode see Slot Configuration Editor i...

Page 486: ...t loop set TCH loop including signalling of erased frames Speech TCH loop without signalling of erased frames TCH burst by burst loop Multi slot TCH burst by burst loop Multi slot TCH loop including signalling of erased frames A single slot H multi slot V3 10 Description of command Sig State This command sets the loop type for all but RXQuality tests Test loops A B and C are single slot loops test...

Page 487: ...e available targets comprise all installed and enabled GSM networks except the current network The handover itself is started via the PROCedure SIGNalling CSWitched ACTion HANDover command If GSM400 GSM850 GSM1800 or GSM1900 is the current network and GSM900 is enabled GSM900 is used as a default target If GSM900 is the current network and GSM1800 is enabled GSM1800 is the default target Otherwise...

Page 488: ...o the output power at which the mobile station synchronizes to the network It is valid both for circuit switched and for packet data mode An overview of power control levels PCL in GSM is given in chapter 4 see table or index CEST TEST Q all The output power during a call can be set by means of the following commands CONFigure MSSignal CSWitched TCH SSLot MS PCL circuit switched single slot CONFig...

Page 489: ...alue Def unit ON OFF Enable or disable timeslot no n see below PCL_n Description of parameters Def value Def unit FW vers 0 to 19 0 to 31 Power of mobile phone in timeslot no n GSM400 850 900 GSM1800 1900 15 10 PCL PCL V3 05 Description of command Sig State This command defines the active timeslots slots of the MS signal and the transmitter output power that the MS will use in all active slots def...

Page 490: ...requency on or off The ON setting causes the static frequency offset set via CONFigure BSSignal FM DEViation to randomly change its sign after each frame The random frequency offset is automatically switched off each time that the connection is released CEST TEST CONFigure BSSignal CCH TX MODE Mode BCCH Mode CCHChannel Description of parameters Def value Def unit FW vers BATC BOTC BCCH and TCH BCC...

Page 491: ...etwork is not allowed and will cause an error message 200 Execution error all CONFigure BSSignal CSWitched TCH CHANnel TCHChannel Traffic Channel TCHChannel Description of parameters Def value Def unit FW vers 259 to 293 306 to 340 128 to 251 0 to 124 955 to 1023 512 to 885 512 to 810 Number of traffic channel GSM400 Number of traffic channel GSM850 Number of traffic channel GSM900 Number of traff...

Page 492: ...the BS traffic channel All GSM timeslots are available if the control channel mode is set to BOTC see command CONFigure BSSignal CCH TX MODE on p 6 186 CEST Q all Edit Hopping Sequence CONFigure BSSignal CSWitched TCH SSLot FHOPping A Channel Channel CONFigure BSSignal CSWitched TCH SSLot FHOPping B Channel Channel CONFigure BSSignal CSWitched TCH SSLot FHOPping C Channel Channel CONFigure BSSigna...

Page 493: ...2 678 697 722 743 759 796 811 824 OFF OFF Sequence B 513 518 527 533 541 545 553 562 570 577 585 597 OFF OFF Sequence C 755 761 773 777 788 796 801 807 816 824 829 833 847 OFF OFF Sequence D 512 698 885 OFF OFF For GSM1900 the following four default sequences are available Sequence A 533 559 568 592 604 617 631 642 678 697 722 743 759 796 OFF OFF Sequence B 513 518 527 533 541 545 553 562 570 577 ...

Page 494: ...individual levels in all timeslots CEST Q all CONFigure BSSignal CSWitched TCH MSLot SCONfig UUNused Slot Configuration Used Unused Enable_0 Enable_1 Enable_7 Enable_n Description of parameters Def value Def unit FW vers ON OFF Enable or disable timeslot no n see below V3 05 Description of command Sig State This command defines the active timeslots slots of the BS signal default values and implici...

Page 495: ...xample With output connector RF2 and a reference level of 85 dBm the individual timeslot levels can be set in the range 52 dB to 75 dB corresponding to an absolute level of 137 dBm to 10 dBm In the default setting slots 3 and 4 are enabled both levels are 0 dB By default slot no 3 is also the main timeslot see CONFigure BSSignal CSWitched TCH MSLot MTIMeslot command on p 6 190 Note 1 The Enable_n ...

Page 496: ...rmines the Aux TX level in absolute units Output of the Aux TX signal at RF3 OUT is not possible Note After a handover the Aux TX level of the origin network is maintained indication from other network in the BS Signal tab of the Connection Control menu however the query CONFigure BSSignal CCH AUXTx LEVel ABSolute will return the default value of the target network which may differ from the actual...

Page 497: ...ot Offset 0 V3 05 Description of command Sig State This command defines the DL timeslot that the mobile loops back to the uplink main timeslot CEST Q all CONFigure NETWork B52Mode Mode B52 Mode Offset Description of parameters Def value Def unit FW vers SCOD MSUP Speech codec reserved for audio tests Speech codec supports BLER measurement SCOD V3 10 Description of command Sig State This command de...

Page 498: ...de SOFF SON Q all CONFigure NETWork IDENtity BCC Code BCC Code Description of parameters Def value Def unit FW vers 0 to 7 BTS Color Code 1 V1 15 Description of command Sig State This command defines the Color Code of the BTS base transceiver station color code BTS color code BCC SOFF SON Q all CONFigure NETWork IDENtity LAC Code LAC Code Description of parameters Def value Def unit FW vers 1 to 6...

Page 499: ...e reserved for the granted access access grant channel AGC within the BCCH basic services access grant blocks reserved CEST Q all CONFigure NETWork SYSTem BSPamfrms Frames Paging Request Interval Frames Description of parameters Def value Def unit FW vers 2 to 9 Interval between two paging requests 2 V1 15 Description of command Sig State This command defines the interval between two paging reques...

Page 500: ...function of the mobile The subsystem corresponds to the table section Signalling Modes in the Network tab of the Connection Control menu CONFigure NETWork CSWitched SMODe LOCupdate Mode Location Update Mode Description of parameters Def value Def unit FW vers ALWays AUTO Location update each time the mobile is switched on Only if necessary ALW V1 20 Description of command Sig State This command de...

Page 501: ...ption CMU K45 FRV1 V1 15 V3 0 V3 40 Description of command Sig State This command determines the speech coding and voice transmission in the traffic channels full rate channel half rate channel packet data channel etc CEST Q all CONFigure NETWork CSWitched SMODe BITStream Mode Bit Stream PROCedure NETWork CSWitched SMODe BITStream Mode Mode Description of parameters Def value Def unit FW vers ECHO...

Page 502: ... IMSI MNC MNC Mobile Network Code CONFigure NETWork CSWitched SMODe IMSI MCC MCC Mobile Country Code CONFigure NETWork CSWitched SMODe IMSI MSIN MSIN Mobile Subscriber Id No Parameter Value ranges Def value Def unit FW vers MCC MNC MSIN 0 to 999 0 to 99 GSM400 900 1800 0 to 999 GSM850 1900 0 to 9999999999 001 01 010 1000000095 V1 15 Description of command Sig State This command defines an internat...

Page 503: ...ation request No request OFF V1 15 Description of command Sig State This command determines whether an authentication request of the connected mobile is made during location update call to mobile call from mobile or SMS transfer CEST Q all CONFigure NETWork CSWitched REQuest HANDover Mode Handover Request Mode Description of parameters Def value Def unit FW vers ON OFF Handover request No handover...

Page 504: ...ork CSWitched SMODe TRAFfic on p 6 197 To query the DL codec mode that the MS requests use SENSe MSSinfo AMR FRATe DLCMode see p 6 209 all CONFigure NETWork CSWitched AMR HRATe ULCMode Mode Codec Mode UL Half Rate PROCedure NETWork CSWitched AMR HRATe ULCMode Mode Mode Description of parameters Def value Def unit FW vers CM1 CM2 CM3 CM4 UL codec mode 1 2 3 4 CM3 V3 40 Description of command Sig St...

Page 505: ...B ThrDown2 Description of parameters Def value Def unit 0 0 dB to 31 5 dB in 0 5 dB steps Lower decision threshold for switching between modes 2 and 1 11 0 dB ThrUp1 Description of parameters Def value Def unit FW vers 0 0 dB to 31 5 dB in 0 5 dB steps Upper decision threshold for switching between modes 1 and 2 13 0 dB V3 40 Description of command Sig State These commands select four codec modes ...

Page 506: ...ld for switching between modes 2 and 1 6 5 dB ThrUp1 Description of parameters Def value Def unit FW vers 0 0 dB to 31 5 dB in 0 5 dB steps Upper decision threshold for switching between modes 1 and 2 8 5 dB V3 40 Description of command Sig State These commands select four codec modes and define the decision thresholds for changing the codec mode The settings are valid for Full Rate AMR speech cod...

Page 507: ...CSWitched TIMeout MTC Time MTC Timeout Time Description of parameters Def value Def unit FW vers 0 s to 60 s OFF Time limit for call to mobile No time limit unlimited ringing 10 s V1 15 Description of command Sig State This command determines the maximum dialing time until the mobile accepts the call mobile terminated call timeout after this time the attempted call setup is aborted In the setting ...

Page 508: ...ion LOSS OUTPut nr MAGNitude Attenuation Ext Att Output SOURce CORRection LOSS OUTPut nr MAGNitude Attenuation Attenuation Description of parameters Def value Def unit FW vers 50 dB to 50 dB 90 dB to 90 dB Ext attenuation at RF nr where nr 1 2 Ext attenuation at RF3 OUT 0 dB V1 15 Description of command Sig State This command assigns an external attenuation value to one of the outputs defined befo...

Page 509: ...86 MHz 2 600 MHz 2 438 MHz 2 294 MHz 2 166 MHz 2 053 MHz 1 950 MHz 1 857 MHz 1 773 MHz 1 696 MHz 1 625 MHz 1 560 MHz 1 500 MHz 1 444 MHz 1 393 MHz 1 349 MHz 1 300 MHz 1 258 MHz 1 219 MHz SOFF Q all RREPorts The subsystem RREPorts contains the commands for requesting the receiver report of the mobile Together with NETWork MS the subsystem corresponds to the softkey MS Rcv Reports in the main menu G...

Page 510: ...ommand SENSe RREPorts RXLevel and chapter 4 The output list consists of 6 pairs of channels and corresponding RX Levels separated by commas The channel numbers depend on the GSM band the parameter list quoted above is valid for GSM900 see chapter 4 CEST SENSe RREPorts DTX DTX Return Description of parameters Def value Def unit FW vers ON OFF Mobile phone transmits with interruption Mobile phone tr...

Page 511: ...rk code MNC and the mobile subscriber identification no MSIN GSM400 900 1800 For GSM850 and GSM1900 networks MSIN comprises 9 digits only SYNC CEST SENSe MSSinfo IMEI FAC Intern mobile station equipment id FAC SENSe MSSinfo IMEI TAC TAC SENSe MSSinfo IMEI SNR SNR SENSe MSSinfo IMEI SVN SVN Returned values Value ranges Description of parameters Def value Def unit FW vers TAC FAC SNR SVN 6 digit 2 d...

Page 512: ...dulation and coding scheme 1 to 9 for EGPRS Adaptive Multi Rate AMR half rate option CMU K45 Adaptive Multi Rate AMR full rate option CMU K45 NAN V1 15 V3 00 V3 40 Description of command Sig State This command is always a query and returns the speech coding and transfer in the traffic channel full rate channel half rate channel full rate channel with variable transfer rate CEST SENSe MSSinfo POWer...

Page 513: ...26 The setting is valid for Full Rate AMR speech coder tests see command CONFigure NETWork CSWitched SMODe TRAFfic on p 6 197 CEST SENSe MSSinfo AMR HRATe ULCMode Codec Mode UL used by MS Half Rate Mode Description of parameters Def value Def unit FW vers CM1 CM2 CM3 CM4 UL codec mode 1 2 3 4 NAN V3 40 Description of command Sig State This command is always a query and returns the actual UL codec ...

Page 514: ...Def value Def unit FW vers FileName INTernal EXTernal Name of the config file to be created Storage device of the config file INTernal V3 10 Command description This command saves the configuration of the current function group and test mode to a configuration file A in the specified file name will be replaced by current numbers that are automatically incremented starting with zero The auto increm...

Page 515: ...ing with zero The auto increment function overwrites an existing file with a 9 in its file name The command is CMU specific Note The default directory for logging files INTERNAL LOG is fixed and can not be overwritten by the base system command MMEMory CDIRectory MMEMory L3MSg BWRiting Enable Buffer Writing Parameters Parameter description Def value Def unit FW vers ON OFF Activate or deactivate b...

Page 516: ...o the TBF Established state the default value overwrites the current value The current value during the connection can still be changed however modifying this current value does not alter the default value An example for such a double parameter in packet data mode is the bit stream Default values are set with a CONFigure command current values are set with the corresponding PROCedure command Note ...

Page 517: ... current state can be queried via SIGN PDAT STAT See below Important Note Signalling States and Local to Remote Switchover The default signalling state of the CMU in remote control is SOFF see Fig 6 2 below This state is automatically reached on switchover from manual to remote control an existing connection to the MS under test is dropped To suspend this default behavior of the CMU the base syste...

Page 518: ...lways a query It returns the current E GPRS signalling state Note All commands that operate in TEST state can also be used in TED state and vice versa all SENSe SIGNalling PDATa SERVice Service Selection Return Description of parameters Def value Def unit FW vers TMA TMB RSA RSIG RSCS RSCA DLON BLER Test Mode A Test Mode B Reduced Signalling Mode A Reduced Signalling Mode B Reduced Signalling EGPR...

Page 519: ...control This command overwrites the main timeslot defined via CONFigure BSSignal PDATa TCH MSLot MTIMeslot see p 6 217 For the DL signal all GSM timeslots are available if the control channel mode is set to BOTC see command CONFigure BSSignal CCH TX MODE on p 6 186 Their levels are set individually relative to the Reference Level set via SENSe BSSignal PDATa TCH MSLot RLEVel see p 6 217 The DL lev...

Page 520: ...Def value Def unit ON OFF Enable or disable uplink timeslot no n n 3 ON Gamma_n Description of parameters Def value Def unit FW vers 0 to 31 Power control parameter ΓCH in timeslot no n 3 V3 05 Description of command Sig State This command defines the slot configuration and the channel specific power control parameters ΓCH that the MS is to use in test mode default parameters In the default settin...

Page 521: ... SIGNalling PDATa TCH MSLot FHOPping ENABle see p 6 216 The default hopping sequences depend on the network GSM400 306 323 340 OFF OFF OFF GSM850 128 190 251 OFF OFF OFF GSM900 1 62 124 OFF OFF OFF GSM1800 512 698 885 OFF OFF OFF GSM1850 512 660 810 OFF OFF OFF CEST Q all SENSe BSSignal PDATa TCH MSLot RLEVel Level Reference Level Level Description of parameter Def value Def unit FW vers 116 dBm t...

Page 522: ...ot no 3 is also the main timeslot see CONFigure BSSignal PDATa TCH MSLot MTIMeslot command on p 6 217 Note 2 Reserved BCCH Slot If the control channel mode is set to BATC see command CONFigure BSSignal CCH TX MODE on p 6 186 slots 2 to 6 can be configured as traffic channels The settings for slots 0 1 and 7 are ignored a query returns BCCH for slot no 0 TEST Q all Subsystem NETWork The subsystem N...

Page 523: ...ystem NETWork PDATa defines the GPRS test mode and the traffic data channel coding scheme The subsystem corresponds to the table section Network Identity in the Network tab The following commands are related to packet data transfer CONFigure NETWork PDATa CSCHeme Coding_Scheme Coding Scheme PROCedure NETWork PDATa CSCHeme Coding_Scheme Coding_Scheme Description of parameters Def value Def unit FW ...

Page 524: ... data channels See note on Current vs default values on p 6 212 all CONFigure NETWork PDATa EGPPRs PSCHeme IREDundancy Enable Incremental Redundancy Enable Description of parameters Def value Def unit FW vers ON OFF Enable or disable incremental redundancy ON V3 40 Description of command Sig State This command enables or disables incremental redundancy RLC mode for the downlink all CONFigure NETWo...

Page 525: ...Work PDATa NOPDus Number Number of PDUs Number Description of parameters Def value Def unit FW vers 1 to 4095 Number of PDUs 4095 V3 05 Description of command Sig State This command defines the number of Protocol Data Units PDUs that the MS is to transmit in the uplink during GPRS test mode A SOFF IDLE Q all CONFigure NETWork PDATa SOFFset Offset Slot Offset Code Description of parameters Def valu...

Page 526: ...it pattern PR9 V3 05 Description of command Sig State This command defines the pseudo random bit sequence that the CMU transmits to the MS in GPRS test mode See note on Current vs default values on p 6 212 all MSSinfo Signalling information of mobile phone The subsystem MSSinfo contains the commands for querying the parameters of the mobile The subsystem corresponds to the Signalling Info output t...

Page 527: ...te PROCedure NETWork CSWitched AMR HRATe DLCMode Mode Mode Description of parameters Def value Def unit FW vers CM1 CM2 CM3 CM4 DL codec mode 1 2 3 4 CM3 V3 40 Description of command Sig State This command sets the codec mode that the CMU uses to generate the speech data transmitted to the MS under test The setting is valid for Half Rate AMR speech coder tests see command CONFigure NETWork CSWitch...

Page 528: ...c on p 6 197 To query the UL codec mode that is actually used by the MS use SENSe MSSinfo AMR HRATe ULCMode see p 6 209 all CONFigure NETWork CSWitched AMR FRATe ULCMode Mode Codec Mode UL Full Rate PROCedure NETWork CSWitched AMR FRATe ULCMode Mode Mode Description of parameters Def value Def unit FW vers CM1 CM2 CM3 CM4 UL codec mode 1 2 3 4 CM3 V3 40 Description of command Sig State This comman...

Page 529: ...own2 Description of parameters Def value Def unit 0 0 dB to 31 5 dB in 0 5 dB steps Lower decision threshold for switching between modes 2 and 1 11 0 dB ThrUp1 Description of parameters Def value Def unit FW vers 0 0 dB to 31 5 dB in 0 5 dB steps Upper decision threshold for switching between modes 1 and 2 13 0 dB V3 40 Description of command Sig State These commands select four codec modes and de...

Page 530: ...es 2 and 3 13 5 dB ThrDown2 Description of parameters Def value Def unit 0 0 dB to 31 5 dB in 0 5 dB steps Lower decision threshold for switching between modes 2 and 1 6 5 dB ThrUp1 Description of parameters Def value Def unit FW vers 0 0 dB to 31 5 dB in 0 5 dB steps Upper decision threshold for switching between modes 1 and 2 8 5 dB V3 40 Description of command Sig State These commands select fo...

Page 531: ... to the AMR Rate Set settings see command CONFigure NETWork CSWitched AMR FRATe RSETting see p 6 226 The setting is valid for Full Rate AMR speech coder tests see command CONFigure NETWork CSWitched SMODe TRAFfic on p 6 197 CEST SENSe MSSinfo AMR HRATe ULCMode Codec Mode UL used by MS Half Rate Mode Description of parameters Def value Def unit FW vers CM1 CM2 CM3 CM4 UL codec mode 1 2 3 4 NAN V3 4...

Page 532: ...h query 6 7 SENSe CORRection LOSS OUTPut nr MAGNitude 50 dB to 50 dB with query 6 7 SOURce CORRection LOSS OUTPut nr MAGNitude 50 dB to 50 dB with query 6 7 SOURce DM CLOCk FREQuency 1 219 MHz to 39 000 MHz with query 6 8 SOURce DM CLOCk STATe ON OFF with query 6 8 INPut STATe RF1 RF2 RF4 with query 6 7 OUTPut STATe RF1 RF2 RF3 with query 6 8 Input and output level SENSe LEVel ATTenuation NORMal L...

Page 533: ...gnitude EPSK CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 86 CONFigure MODulation EVMagnitude EPSK EREPorting SRQ SOPC SRSQ OFF with query 6 85 CALCulate MODulation EVMagnitude EPSK LIMit MATChing Result query only 6 89 READ ARRay MODulation EVMagnitude EPSK MMAXimum 100 0 dB to 100 0 dB query only 6 90 FETCh ARRay MODulation EVMagnitude EPSK MMAXimum 10...

Page 534: ...Ray MODulation MERRor EPSK AVERage 100 0 dB to 100 0 dB query only 6 102 SAMPle ARRay MODulation MERRor EPSK AVERage 100 0 dB to 100 0 dB query only 6 102 READ SUBarrays MODulation MERRor EPSK AVERage 100 0 dB to 20 0 dB query only 6 102 FETCh SUBarrays MODulation MERRor EPSK AVERage 100 0 dB to 20 0 dB query only 6 102 SAMPle SUBarrays MODulation MERRor EPSK AVERage 100 0 dB to 20 0 dB query only...

Page 535: ...nt 100 0 dB to 20 0 dB query only 6 102 FETCh SUBarrays MODulation MERRor EPSK CURRent 100 0 dB to 20 0 dB query only 6 102 SAMPle SUBarrays MODulation MERRor EPSK CURRent 100 0 dB to 20 0 dB query only 6 102 CONFigure MODulation OEMP EPSK LIMit AVERage PhaseErrorPeak PhaseErrorRMS MagnErrorPeak MagnErrorRMS EVMErrorPeak EVMErrorRMS OriginOffset IQImbalance FreqError with query 6 82 CONFigure MODu...

Page 536: ...o query 6 91 CONTinue MODulation PERRor EPSK no query 6 91 CONFigure SUBarrays MODulation PERRor EPSK ALL ARIThmetical MINimum MAXimum IVAL Start Samples Start Samples with query 6 94 READ ARRay MODulation PERRor EPSK AVERage 100 0 dB to 100 0 dB query only 6 96 FETCh ARRay MODulation PERRor EPSK AVERage 100 0 dB to 100 0 dB query only 6 96 SAMPle ARRay MODulation PERRor EPSK AVERage 100 0 dB to 1...

Page 537: ...y MODulation PERRor EPSK CURRent 100 0 dB to 100 0 dB query only 6 96 SAMPle ARRay MODulation PERRor EPSK CURRent 100 0 dB to 100 0 dB query only 6 96 READ SUBarrays MODulation PERRor EPSK CURRent 100 0 dB to 20 0 dB query only 6 96 FETCh SUBarrays MODulation PERRor EPSK CURRent 100 0 dB to 20 0 dB query only 6 96 SAMPle SUBarrays MODulation PERRor EPSK CURRent 100 0 dB to 20 0 dB query only 6 96 ...

Page 538: ...UPPer MODE ON OFF with query 6 67 CONFigure MODulation PERRor GMSK LIMit CURRent 0 0 deg to 50 0 deg 0 0 deg to 50 0 deg 0 Hz to 999 Hz with query 6 66 READ ARRay MODulation PERRor GMSK MMAXimum 100 0 dB to 100 0 dB query only 6 70 FETCh ARRay MODulation PERRor GMSK MMAXimum 100 0 dB to 100 0 dB query only 6 70 SAMPle ARRay MODulation PERRor GMSK MMAXimum 100 0 dB to 100 0 dB query only 6 70 READ ...

Page 539: ...r GMSK AVERage 100 0 dB to 100 0 dB query only 6 78 READ SUBarrays MODulation XPERror GMSK AVERage 100 0 dB to 20 0 dB query only 6 79 FETCh SUBarrays MODulation XPERror GMSK AVERage 100 0 dB to 20 0 dB query only 6 79 SAMPle SUBarrays MODulation XPERror GMSK AVERage 100 0 dB to 20 0 dB query only 6 79 CONFigure MODulation XPERror GMSK CONTrol SCALar ARRay 1 to 1000 NONE with query 6 73 CONFigure ...

Page 540: ...r GMSK TIME DECode STANdard GTBits with query 6 73 READ SCALar MODulation XPERror GMSK Result query only 6 77 FETCh SCALar MODulation XPERror GMSK Result query only 6 77 SAMPle SCALar MODulation XPERror GMSK Result query only 6 77 READ ARRay MODulation XPERror GMSK CURRent 100 0 dB to 100 0 dB query only 6 78 FETCh ARRay MODulation XPERror GMSK CURRent 100 0 dB to 100 0 dB query only 6 78 SAMPle A...

Page 541: ...CONTinue POWer FRAMe no query 6 50 CONFigure SUBarrays POWer FRAMe ALL ARIThmetical MINimum MAXimum IVAL Start Samples Start Samples with query 6 52 CONFigure POWer FRAMe CONTrol DEFault ON OFF with query 6 51 CONFigure POWer FRAMe CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 51 CONFigure POWer FRAMe EREPorting SRQ SOPC SRSQ OFF with query 6 50 CONFigure...

Page 542: ...er TIME Result query only 6 62 CALCulate ARRay POWer MSLot AREA LIMit MATChing MINi mum Matching query only 6 61 CALCulate ARRay POWer MSLot AREA LIMit MATChing CURRent Matching query only 6 61 SENSe ARRay POWer MSLot AREA LIMit UPPer INFO Result query only 6 62 SENSe ARRay POWer MSLot AREA LIMit UPPer LEVel Result query only 6 62 SENSe ARRay POWer MSLot AREA LIMit UPPer TIME Result query only 6 6...

Page 543: ...ARRay POWer MSLot MAXimum 100 0 dB to 20 0 dB query only 6 60 READ SUBarrays POWer MSLot MAXimum 100 0 dB to 20 0 dB query only 6 61 FETCh SUBarrays POWer MSLot MAXimum 100 0 dB to 20 0 dB query only 6 61 SAMPle SUBarrays POWer MSLot MAXimum 100 0 dB to 20 0 dB query only 6 61 READ ARRay POWer MSLot MINimum 100 0 dB to 20 0 dB query only 6 60 FETCh ARRay POWer MSLot MINimum 100 0 dB to 20 0 dB que...

Page 544: ...ry 6 41 CONFigure SUBarrays POWer SLOT ALL ARIThmetical MINimum MAXimum IVAL Start Samples Start Samples with query 6 43 CONFigure POWer SLOT CONTrol DEFault ON OFF with query 6 42 CONFigure POWer SLOT CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 42 CONFigure POWer SLOT EREPorting SRQ SOPC SRSQ OFF with query 6 41 READ SCALar POWer SLOT SPOWer nr Result ...

Page 545: ...r XSLot SCOunt S128 S256 S384 S512 1 to 512 with query 6 47 READ SCALar POWer XSLot SPOWer nr Result query only 6 49 FETCh SCALar POWer XSLot SPOWer nr Result query only 6 49 SAMPle SCALar POWer XSLot SPOWer nr Result query only 6 49 FETCh POWer XSLot STATus OFF RUN STOP ERR STEP RDY 1 to 10000 NONE query only 6 45 READ ARRay POWer XSLot Result query only 6 49 FETCh ARRay POWer XSLot Result query ...

Page 546: ...4 SAMPle SUBarrays POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 24 CONFigure POWer NORMal EPSK CONTrol SCALar ARRay 1 to 1000 NONE with query 6 13 CONFigure POWer NORMal EPSK CONTrol DEFault ON OFF with query 6 14 DISPlay POWer NORMal EPSK CONTrol GRID ON OFF with query 6 13 CONFigure POWer NORMal EPSK CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with q...

Page 547: ...hing MAXimum MATC NMAT INV NTSC OUT query only 6 25 CALCulate ARRay POWer NORMal EPSK LIMit MATChing MINimum MATC NMAT INV NTSC OUT query only 6 25 CALCulate SCALar POWer NORMal EPSK LIMit MATChing AvgBurstPowerCurr PeakBurstPowerCurr BurstMatching AvgBurstPowerAvg query only 6 22 CALCulate ARRay POWer NORMal EPSK LIMit MATChing CURRent MATC NMAT INV NTSC OUT query only 6 25 READ ARRay POWer NORMa...

Page 548: ... EPSK CURRent 100 0 dB to 20 0 dB query only 6 24 FETCh SUBarrays POWer NORMal EPSK CURRent 100 0 dB to 20 0 dB query only 6 24 SAMPle SUBarrays POWer NORMal EPSK CURRent 100 0 dB to 20 0 dB query only 6 24 POWer versus time measurement GMSK modulation INITiate POWer NORMal GMSK no query 6 11 ABORt POWer NORMal GMSK no query 6 11 STOP POWer NORMal GMSK no query 6 11 CONTinue POWer NORMal GMSK no q...

Page 549: ...20 CONFigure POWer NORMal GMSK LIMit ABPower nr ENABle ON OFF with query 6 20 CONFigure POWer NORMal GMSK LIMit LINE DEFault ON OFF with query 6 19 CONFigure POWer NORMal GMSK LIMit LINE LOWer ALL DYNamic ENABle ON OFF with query 6 19 CONFigure POWer NORMal GMSK LIMit LINE LOWer AreaNr ALL DYNamic ENABle ON OFF with query 6 18 CONFigure POWer NORMal GMSK LIMit LINE LOWer nr DYNamic RgNr fromTPCL t...

Page 550: ...SK MAXimum 100 0 dB to 20 0 dB query only 6 23 READ SUBarrays POWer NORMal GMSK MAXimum 100 0 dB to 20 0 dB query only 6 24 FETCh SUBarrays POWer NORMal GMSK MAXimum 100 0 dB to 20 0 dB query only 6 24 SAMPle SUBarrays POWer NORMal GMSK MAXimum 100 0 dB dB to 20 0 dB query only 6 24 READ ARRay POWer NORMal GMSK MINimum 100 0 dB to 20 0 dB query only 6 23 FETCh ARRay POWer NORMal GMSK MINimum 100 0...

Page 551: ...dB to 20 0 dB query only 6 29 SAMPle ARRay POWer NORMal GMSK MPR AVERage 100 0 dB to 20 0 dB query only 6 29 READ SUBarrays POWer NORMal GMSK MPR AVERage 100 0 dB to 20 0 dB query only 6 30 FETCh SUBarrays POWer NORMal GMSK MPR AVERage 100 0 dB to 20 0 dB query only 6 30 SAMPle SUBarrays POWer NORMal GMSK MPR AVERage 100 0 dB to 20 0 dB query only 6 30 CONFigure POWer NORMal GMSK MPR CONTrol SCALa...

Page 552: ...ery only 6 29 FETCh SCALar POWer NORMal GMSK MPR Result query only 6 29 SAMPle SCALar POWer NORMal GMSK MPR Result query only 6 29 READ ARRay POWer NORMal GMSK MPR CURRent 100 0 dB to 20 0 dB query only 6 29 FETCh ARRay POWer NORMal GMSK MPR CURRent 100 0 dB to 20 0 dB query only 6 29 SAMPle ARRay POWer NORMal GMSK MPR CURRent 100 0 dB to 20 0 dB query only 6 29 READ SUBarrays POWer NORMal GMSK MP...

Page 553: ...surements 8PSK modulation INITiate SPECtrum MODulation EPSK no query 6 103 ABORt SPECtrum MODulation EPSK no query 6 103 STOP SPECtrum MODulation EPSK no query 6 103 CONTinue SPECtrum MODulation EPSK no query 6 103 CONFigure SUBarrays SPECtrum MODulation EPSK ALL ARIThmetical MINimum MAXimum IVAL Start Samples Start Samples with query 6 108 CONFigure SPECtrum MODulation EPSK CONTrol SCALar ARRay 1...

Page 554: ...ECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 READ SUBarrays SPECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 FETCh SUBarrays SPECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 SAMPle SUBarrays SPECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 Spectrum due to modulation measurements GMSK modulation INITiate SPECtrum MODulation GMSK no query 6 103 A...

Page 555: ...ery 6 109 FETCh SCALar SPECtrum MODulation GMSK Result only query 6 109 SAMPle SCALar SPECtrum MODulation GMSK Result only query 6 109 READ ARRay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 FETCh ARRay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 SAMPle ARRay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 READ SUBarrays SPECtrum MODulation GMSK 100...

Page 556: ... 0 6 MHz Limit at 1 2 MHz Limit at 1 8 MHz Enable with query 6 115 CONFigure SPECtrum SWITching EPSK LIMit LINE ASYMmetrical UPPer nr ENABle ON OFF with query 6 115 CONFigure SPECtrum SWITching EPSK SCOunt SSL MSL with query 6 112 FETCh SPECtrum SWITching EPSK STATus OFF RUN STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE only query 6 112 READ SCALar SPECtrum SWITching EPSK Result only query 6 11...

Page 557: ...eshot 1 to 10000 SONerror NONE STEP NONE with query 6 113 CONFigure SPECtrum SWITching GMSK CSMODE PHOL SCO with query 6 112 CONFigure SPECtrum SWITching GMSK EREPorting SRQ SOPC SRSQ OFF with query 6 111 CONFigure SPECtrum SWITching GMSK LIMit LINE DEFault ON OFF with query 6 116 CONFigure SPECtrum SWITching GMSK LIMit LINE MODE UPPer ON OFF with query 6 116 CONFigure SPECtrum SWITching GMSK LIMi...

Page 558: ...olic Status Register Evaluation STATus OPERation SYMBolic ENABle Event Event with query 6 35 STATus OPERation SYMBolic EVENt NONE Event Event query only 6 35 Trigger TRIGger SEQuence DEFault ON OFF with query 6 9 TRIGger SEQuence SLOPe POSitive NEGative with query 6 9 TRIGger SEQuence SOURce FRUN RFPower IFPower EXTern with query 6 8 TRIGger SEQuence SOURce EXTernal PIN6 PIN7 PIN8 with query 6 9 T...

Page 559: ...6088 12 6 255 E 12 Command Non Signalling Parameter Remark Page READ SCALar WPOWer 30 dBm to 30 dBm query only 6 37 FETCh SCALar WPOWer 30 dBm to 30 dBm query only 6 37 SAMPle SCALar WPOWer 30 dBm to 30 dBm query only 6 37 深圳德标仪器 135 1095 0799 ...

Page 560: ...OPping SEQuence ON OFF with query 6 217 CONFigure BSSignal PDATa TCH MSLot MTIMeslot Number with query 6 217 CONFigure BSSignal PDATa TCH MSLot PZERo P0 with query 6 216 SENSe BSSignal PDATa TCH MSLot RLEVel Level query only 6 217 CONFigure BSSignal PDATa TCH MSLot SCONfig Enable_0 Enable_7 Level_0 Level_7 with query 6 218 CONFigure BSSignal CSWitched TCH CHANnel TCHChannel with query 6 187 CONFig...

Page 561: ...uery 6 204 SOURce CORRection LOSS INPut nr MAGNitude 50 dB to 50 dB with query 6 204 SENSe CORRection LOSS OUTPut nr MAGNitude 50 dB to 50 dB with query 6 204 SOURce CORRection LOSS OUTPut nr MAGNitude 50 dB to 50 dB with query 6 204 SOURce DM CLOCk FREQuency 1 2190 MHz to 39 000 MHz with query 6 205 SOURce DM CLOCk STATe ON OFF with query 6 205 INPut STATe RF1 RF2 RF4 with query 6 203 OUTPut STAT...

Page 562: ...uery only 6 90 FETCh ARRay MODulation EVMagnitude EPSK AVERage 100 0 dB to 100 0 dB query only 6 90 SAMPle ARRay MODulation EVMagnitude EPSK AVERage 100 0 dB to 100 0 dB query only 6 90 READ SUBarrays MODulation EVMagnitude EPSK AVERage 100 0 dB to 20 0 dB query only 6 90 FETCh SUBarrays MODulation EVMagnitude EPSK AVERage 100 0 dB to 20 0 dB query only 6 90 SAMPle SUBarrays MODulation EVMagnitude...

Page 563: ...AD SUBarrays MODulation EVMagnitude EPSK CURRent 100 0 dB to 20 0 dB query only 6 90 FETCh SUBarrays MODulation EVMagnitude EPSK CURRent 100 0 dB to 20 0 dB query only 6 90 SAMPle SUBarrays MODulation EVMagnitude EPSK CURRent 100 0 dB to 20 0 dB query only 6 90 Modulation measurement 8PSK Modulation Magnitude Error INITiate MODulation MERRor EPSK no query 6 97 ABORt MODulation MERRor EPSK no query...

Page 564: ... STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE query only 6 97 READ SCALar MODulation MERRor EPSK Result query only 6 101 FETCh SCALar MODulation MERRor EPSK Result query only 6 101 SAMPle SCALar MODulation MERRor EPSK Result query only 6 101 READ ARRay MODulation MERRor EPSK CURRent 100 0 dB to 100 0 dB query only 6 102 FETCh ARRay MODulation MERRor EPSK CURRent 100 0 dB to 100 0 dB query only...

Page 565: ...ATChing Result query only 6 84 FETCh MODulation OVERview EPSK STATus OFF RUN STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE query only 6 80 READ SCALar MODulation OVERview EPSK Result query only 6 83 FETCh SCALar MODulation OVERview EPSK Result query only 6 83 SAMPle SCALar MODulation OVERview EPSK Result query only 6 83 Modulation measurement 8PSK Modulation Phase Error INITiate MODulation PERR...

Page 566: ...imum 100 0 dB to 20 0 dB query only 6 96 FETCh SUBarrays MODulation PERRor EPSK MMAXimum 100 0 dB to 20 0 dB query only 6 96 SAMPle SUBarrays MODulation PERRor EPSK MMAXimum 100 0 dB to 20 0 dB query only 6 96 FETCh MODulation PERRor EPSK STATus OFF RUN STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE query only 6 91 READ SCALar MODulation PERRor EPSK Result query only 6 95 FETCh SCALar MODulation...

Page 567: ...NFigure MODulation PERRor GMSK EREPorting SRQ SOPC SRSQ OFF with query 6 64 CONFigure MODulation PERror GMSK FILTer G500 B600 with query 6 65 CONFigure MODulation PERRor GMSK LIMit AVERage 0 0 deg to 50 0 deg 0 0 deg to 50 0 deg 0 Hz to 999 Hz with query 6 67 CONFigure MODulation PERRor GMSK LIMit DEFault ON OFF with query 6 67 CONFigure MODulation PERRor GMSK LIMit LOWer MODE ON OFF with query 6 ...

Page 568: ...tended Phase Error INITiate MODulation XPERror GMSK no query 6 72 ABORt MODulation XPERror GMSK no query 6 72 STOP MODulation XPERror GMSK no query 6 72 CONTinue MODulation XPERror GMSK no query 6 72 CONFigure SUBarrays MODulation XPERror GMSK ALL ARIThmetical MINimum MAXimum IVAL Start Samples St art Samples with query 6 76 READ ARRay MODulation XPERror GMSK AVERage 100 0 dB to 100 0 dB query onl...

Page 569: ...ay MODulation XPERror GMSK MMAXimum 100 0 dB to 100 0 dB query only 6 78 READ SUBarrays MODulation XPERror GMSK MMAXimum 100 0 dB to 20 0 dB query only 6 79 FETCh SUBarrays MODulation XPERror GMSK MMAXimum 100 0 dB to 20 0 dB query only 6 79 SAMPle SUBarrays MODulation XPERror GMSK MMAXimum 100 0 dB to 20 0 dB query only 6 79 FETCh MODulation XPERror GMSK STATus OFF RUN STOP ERR STEP RDY 1 to 1000...

Page 570: ...CM3 CM4 with query 6 209 SENSe MSSinfo AMR FRATe DLCMode CM1 CM2 CM3 CM4 with query 6 227 SENSe MSSinfo AMR FRATe ULCMode CM1 CM2 CM3 CM4 with query 6 209 SENSe MSSinfo AMR FRATe ULCMode CM1 CM2 CM3 CM4 with query 6 227 SENSe MSSinfo AMR HRATe DLCMode CM1 CM2 CM3 CM4 with query 6 209 SENSe MSSinfo AMR HRATe DLCMode CM1 CM2 CM3 CM4 with query 6 227 SENSe MSSinfo AMR HRATe ULCMode CM1 CM2 CM3 CM4 wi...

Page 571: ...ith query 6 193 CONFigure NETWork IDENtity RAC 0 to 255 with query 6 219 SENSe NETWork MSERvice CSWitched PDATa query only 6 218 CONFigure NETWork NSUPport GSM GGPR GEGP with query 6 218 PROCedure NETWork PDATa BITStream PR9 PR11 PR15 PR16 with query 6 222 CONFigure NETWork PDATa BITStream PR9 PR11 PR15 PR16 with query 6 222 CONFigure NETWork PDATa CSCHeme CS1 to CS4 MCS1 ato MCS9 with query 6 219...

Page 572: ...ed AMR FRATe DLCMode ON OFF with query 6 223 PROCedure NETWork CSWitched AMR FRATe DLCMode ON OFF with query 6 223 CONFigure NETWork CSWitched AMR FRATe RSETting CM4 CM3 CM2 CM1 ThrDown4 ThrUp3 ThrDown3 ThrUp2 ThrDown2 ThrUp1 with query 6 202 CONFigure NETWork CSWitched AMR FRATe RSETting CM4 CM3 CM2 CM1 ThrDown4 ThrUp3 ThrDown3 ThrUp2 ThrDown2 ThrUp1 with query 6 226 CONFigure NETWork CSWitched A...

Page 573: ...SWitched REQuest HANDover ON OFF with query 6 199 CONFigure NETWork CSWitched REQuest IMEI ON OFF with query 6 199 CONFigure NETWork CSWitched REQuest IMSI ON OFF with query 6 199 CONFigure NETWork CSWitched SMODe BITStream ECHO LOOP PR9 PR11 PR15 PR16 HANDset HLOW CCAL ECAL DCAL with query 6 197 PROCedure NETWork CSWitched SMODe BITStream ECHO LOOP PR9 PR11 PR15 PR16 HANDset HLOW CCAL ECAL DCAL w...

Page 574: ...38 ABORt NPOWer no query 6 38 STOP NPOWer no query 6 38 CONTinue NPOWer no query 6 38 CONFigure NPOWer CONTrol 1 to 1000 NONE CONTinuous SINGleshot 1 10000 SONerror NONE STEP NONE with query 6 39 CONFigure NPOWer CONTrol REPetition CONTinuous SINGleshot 1 10000 SONerror NONE STEP NONE with query 6 40 CONFigure NPOWer CONTrol STATistics 1 to 1000 NONE with query 6 39 CONFigure NPOWer EREPorting SRQ...

Page 575: ... STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE query only 6 137 CONFigure POWer ABURst GMSK TOFFset 4 00 to 4 00 with query 6 137 READ SCALar POWer ABURst GMSK Result query only 6 139 FETCh SCALar POWer ABURst GMSK Result query only 6 139 SAMPle SCALar POWer ABURst GMSK Result query only 6 139 READ ARRay POWer ABURst GMSK 100 0 to 20 0 query only 6 140 FETCh ARRay POWer ABURst GMSK 100 0 to 20 ...

Page 576: ...ult query only 6 53 FETCh ARRay POWer FRAMe Result query only 6 53 SAMPle ARRay POWer FRAMe Result query only 6 53 READ SUBarrays POWer FRAMe Result query only 6 53 FETCh SUBarrays POWer FRAMe Result query only 6 53 SAMPle SUBarrays POWer FRAMe Result query only 6 53 POWer MSLot measurement INITiate POWer MSLot no query 6 54 ABORt POWer MSLot no query 6 54 STOP POWer MSLot no query 6 54 CONTinue P...

Page 577: ...ery 6 55 CONFigure POWer MSLot CONTrol DEFault ON OFF with query 6 56 DISPlay POWer MSLot CONTrol GRID ON OFF with query 6 55 CONFigure POWer MSLot CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 55 CONFigure POWer MSLot EREPorting SRQ SOPC SRSQ OFF with query 6 54 CONFigure POWer MSLot FILTer G500 B600 with query 6 57 CONFigure POWer MSLot LIMit LINE GLEVe...

Page 578: ...RR STEP RDY 1 to 10000 NONE 1 to 1000 NONE query only 6 54 CONFigure POWer MSLot TOFFset 4 00 to 4 00 with query 6 56 READ SCALar POWer MSLot Result query only 6 59 FETCh SCALar POWer MSLot Result query only 6 59 SAMPle SCALar POWer MSLot Result query only 6 59 READ ARRay POWer MSLot CURRent 100 0 dB to 20 0 dB query only 6 60 FETCh ARRay POWer MSLot CURRent 100 0 dB to 20 0 dB query only 6 60 SAM...

Page 579: ...te POWer PCL CURRent LIMit MATChing OK NMAU NMAL INV query only 6 145 POWer SLOT measurement INITiate POWer SLOT no query 6 41 ABORt POWer SLOT no query 6 41 STOP POWer SLOT no query 6 41 CONTinue POWer SLOT no query 6 41 CONFigure SUBarrays POWer SLOT ALL ARIThmetical MINimum MAXimum IVAL Start Samples St art Samples with query 6 43 CONFigure POWer SLOT CONTrol DEFault ON OFF with query 6 42 CONF...

Page 580: ...ult ON OFF with query 6 46 CONFigure POWer XSLot CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 46 CONFigure POWer XSLot EREPorting SRQ SOPC SRSQ OFF with query 6 45 CONFigure POWer XSLot SCOunt S128 S256 S384 S512 1 to 512 with query 6 47 READ SCALar POWer XSLot SPOWer nr Result query only 6 49 FETCh SCALar POWer XSLot SPOWer nr Result query only 6 49 SAM...

Page 581: ...only 6 133 FETCh ARRay POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 133 SAMPle ARRay POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 133 READ SUBarrays POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 134 FETCh SUBarrays POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 134 SAMPle SUBarrays POWer NORMal EPSK AVERage 100 0 dB to 20 0 dB query only 6 134 C...

Page 582: ...F with query 6 126 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr DYNamic nr ENABle ON OFF with query 6 126 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr STATic StartTime EndTime StartRelLevel EndRelLevel StartAbsLevel EndAbsLevel Visibility with query 6 124 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr STATic ENABle ON OFF with query 6 124 CALCulate ARRay POWer NORMal EPSK LIMit MATChing AVE...

Page 583: ...CONFigure POWer NORMal EPSK TOFFset 4 00 to 4 00 with query 6 121 READ SCALar POWer NORMal EPSK Result query only 6 131 FETCh SCALar POWer NORMal EPSK Result query only 6 131 SAMPle SCALar POWer NORMal EPSK Result query only 6 131 READ ARRay POWer NORMal EPSK CURRent 100 0 dB to 20 0 dB query only 6 133 FETCh ARRay POWer NORMal EPSK CURRent 100 0 dB to 20 0 dB query only 6 133 SAMPle ARRay POWer N...

Page 584: ...Figure POWer NORMal GMSK CONTrol DEFault ON OFF with query 6 123 DISPlay POWer NORMal GMSK CONTrol GRID ON OFF with query 6 123 CONFigure POWer NORMal GMSK CONTrol REPetition CONTinuous SINGleshot 1 to 10000 SONerror NONE STEP NONE with query 6 122 CONFigure POWer NORMal GMSK EREPorting SRQ SOPC SRSQ OFF with query 6 121 CONFigure POWer NORMal GMSK FILTer G500 B600 with query 6 121 CONFigure POWer...

Page 585: ...ry only 6 135 CALCulate ARRay POWer NORMal GMSK LIMit MATChing MINimum MATC NMAT INV NTSC OUT query only 6 135 CALCulate POWer NORMal GMSK LIMit MATChing AvgBurstPowerCurr PeakBurstPowerCurr BurstMatching AvgBurstPowerAvg query only 6 132 CALCulate ARRay POWer NORMal GMSK LIMit MATChing CURRent MATC NMAT INV NTSC OUT query only 6 135 READ ARRay POWer NORMal GMSK MAXimum 100 0 dB to 20 0 dB query o...

Page 586: ...100 0 dB to 20 0 dB query only 6 134 FETCh SUBarrays POWer NORMal GMSK CURRent 100 0 dB to 20 0 dB query only 6 134 SAMPle SUBarrays POWer NORMal GMSK CURRent 100 0 dB to 20 0 dB query only 6 134 POWer MPR INITiate POWer NORMal GMSK MPR no query 6 146 ABORt POWer NORMal GMSK MPR no query 6 146 STOP POWer NORMal GMSK MPR no query 6 146 CONTinue POWer NORMal GMSK MPR no query 6 146 CONFigure SUBarra...

Page 587: ...mum 100 0 to 20 0 query only 6 149 SAMPle ARRay POWer NORMal GMSK MPR MINimum 100 0 dB to 20 0 dB query only 6 149 READ SUBarrays POWer NORMal GMSK MPR MINimum 100 0 to 20 0 query only 6 150 FETCh SUBarrays POWer NORMal GMSK MPR MINimum 100 0 to 20 0 query only 6 150 SAMPle SUBarrays POWer NORMal GMSK MPR MINimum 100 0 dB to 20 0 dB query only 6 150 FETCh POWer NORMal GMSK MPR STATus OFF RUN STOP ...

Page 588: ...ONFigure RXQuality BAVerage CONTrol PDATa TCH MSLot LEVel INDividual Level_0 Level_7 with query 6 165 CONFigure RXQuality BAVerage CONTrol PDATa TCH MSLot RLEVel 127 dB to 127 dB with query 6 165 CONFigure RXQuality BAVerage CONTrol REPetition FLIMit ALIMits NONE STEP NONE with query 6 164 CONFigure RXQuality BAVerage CONTrol CSWitched RFER BER BBB 1 to 500 OFF with query 6 164 CONFigure RXQuality...

Page 589: ...6 154 STOP RXQuality BER no query 6 154 CONTinue RXQuality BER no query 6 154 CONFigure RXQuality BER EREPorting SRQ SOPC SRSQ OFF with query 6 154 CALCulate RXQuality BER LIMit MATChing Result query only 6 162 FETCh RXQuality BER STATus OFF RUN STOP ERR STEP RDY 1 to 50000 NONE query only 6 155 CONFigure RXQuality BER TSETup T1 T2 T3 T4 T5 T6 T7 T8 T9 T10 with query 6 154 READ SCALar RXQuality BE...

Page 590: ...ONFigure RXQuality BER nr CONTrol CSWitched TCH LEVel UNTimeslot 127 dB to 127 dB with query 6 156 CONFigure RXQuality BER nr CONTrol CSWitched TCH LEVel UTIMeslot Level with query 6 156 CONFigure RXQuality BER nr CONTrol CSWitched TCH LEVel SLOT FIVE Level with query 6 158 CONFigure RXQuality BER nr CONTrol CSWitched TCH LEVel SLOT FOUR Level with query 6 158 CONFigure RXQuality BER nr CONTrol CS...

Page 591: ...Lot LEVel I NDividual Level_0 Level_7 with query 6 171 CONFigure RXQuality BLER CONTrol PDATa TCH MSLot RLEVel 127 dB to 127 dB with query 6 171 CONFigure RXQuality BLER CONTrol REPetition CONT SING 1 to 10000 STEP NONE with query 6 171 CONFigure RXQuality BLER CONTrol RLBCount 100 to 2000 with query 6 171 CONFigure RXQuality BLER EREPorting SRQ SOPC SRSQ OFF with query 6 170 FETCh RXQuality BLER ...

Page 592: ...query 6 215 PROCedure SIGNalling PDATa TCH MSLot MS SCONfig GAMMa UL_Gamma_0 UL_Gamma_7 with query 6 215 PROCedure SIGNalling PDATa TCH MSLot SCONfig Main_TS DL_Enable_0 DL_Enable_7 DL_Power_0 DL_Power_7 UL_Enable_0 UL_Enable_7 UL_Gamma_0 UL_Gamma_7 Main_TS with query 6 215 PROCedure SIGNalling CSWitched ACTion SOFF SON MTC SMS CRELease HANDover no query 6 177 PROCedure SIGNalling CSWitched DAI NO...

Page 593: ...um MODulation EPSK no query 6 103 CONTinue SPECtrum MODulation EPSK no query 6 103 CONFigure SUBarrays SPECtrum MODulation EPSK ALL ARIThmetical MINimum MAXimum IVAL Start Samples St art Samples with query 6 108 CONFigure SPECtrum MODulation EPSK CONTrol SCALar ARRay 1 to 1000 NONE with query 6 104 CONFigure SPECtrum MODulation EPSK CONTrol DEFault ON OFF with query 6 106 DISPlay SPECtrum MODulati...

Page 594: ... dB query only 6 110 FETCh SUBarrays SPECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 SAMPle SUBarrays SPECtrum MODulation EPSK 100 0 dB to 20 0 dB query only 6 110 Spectrum due to modulation measurements GMSK modulation INITiate SPECtrum MODulation GMSK no query 6 103 ABORt SPECtrum MODulation GMSK no query 6 103 STOP SPECtrum MODulation GMSK no query 6 103 CONTinue SPECtrum MODulati...

Page 595: ...ay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 FETCh ARRay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 SAMPle ARRay SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 READ SUBarrays SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 FETCh SUBarrays SPECtrum MODulation GMSK 100 0 dB to 20 0 dB query only 6 110 SAMPle SUBarrays SPECtrum MODul...

Page 596: ...Per nr ENABle ON OFF with query 6 115 CONFigure SPECtrum SWITching EPSK SCOunt SSL MSL with query 6 112 FETCh SPECtrum SWITching EPSK STATus OFF RUN STOP ERR STEP RDY 1 to 10000 NONE 1 to 1000 NONE only query 6 112 READ SCALar SPECtrum SWITching EPSK Result only query 6 118 FETCh SCALar SPECtrum SWITching EPSK Result only query 6 118 SAMPle SCALar SPECtrum SWITching EPSK Result only query 6 118 RE...

Page 597: ...2 CONFigure SPECtrum SWITching GMSK EREPorting SRQ SOPC SRSQ OFF with query 6 111 CONFigure SPECtrum SWITching GMSK LIMit LINE DEFault ON OFF with query 6 116 CONFigure SPECtrum SWITching GMSK LIMit LINE MODE UPPer ON OFF with query 6 116 CONFigure SPECtrum SWITching GMSK LIMit LINE ASYMmetrical UPPer nr Power level Limit at 0 4 MHz Limit at 0 6 MHz Limit at 1 2 MHz Limit at 1 8 MHz Enable with qu...

Page 598: ...Ble ON OFF with query 6 176 TRIGger OUTPut PIN nr SIGNal NONE FCL with query 6 176 TRIGger SEQuence DEFault ON OFF with query 6 177 TRIGger SEQuence SLOPe POSitive NEGative with query 6 176 TRIGger SEQuence SOURce SIGNalling FRUN RFPower IFPower with query 6 175 TRIGger SEQuence THReshold IFPower Threshold with query 6 176 TRIGger SEQuence THReshold RFPower LOW MEDium HIGH with query 6 175 Wideban...

Page 599: ...CMU K20 21 22 23 24 List of Commands 1115 6088 12 6 295 E 12 Command Signalling Parameter Remark Page SAMPle SCALar WPOWer 30 dBm to 30 dBm query only 6 37 深圳德标仪器 135 1095 0799 ...

Page 600: ...ORMal EPSK AREA LIMit MATChing MINimum 6 25 CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing CURRent 6 25 CALCulate ARRay POWer NORMal EPSK LIMit MATChing AVERage 6 25 CALCulate ARRay POWer NORMal EPSK LIMit MATChing MAXimum 6 25 CALCulate ARRay POWer NORMal EPSK LIMit MATChing MINimum 6 25 CALCulate ARRay POWer NORMal EPSK LIMit MATChing CURRent 6 25 CALCulate ARRay POWer NORMal GMSK AREA LI...

Page 601: ...ation XPERror GMSK EREPorting 6 72 CONFigure MODulation XPERror GMSK FILTer 6 73 CONFigure MODulation XPERror GMSK LIMit AVERage 6 75 CONFigure MODulation XPERror GMSK LIMit DEFault 6 75 CONFigure MODulation XPERror GMSK LIMit LOWer MODE 6 75 CONFigure MODulation XPERror GMSK LIMit UPPer MODE 6 75 CONFigure MODulation XPERror GMSK LIMit CURRent 6 74 CONFigure MODulation XPERror GMSK TIME DECode 6 ...

Page 602: ... nr STATic 6 16 CONFigure POWer NORMal EPSK LIMit LINE LOWer nr STATic ENABle 6 16 CONFigure POWer NORMal EPSK LIMit LINE UPPer ALL DYNamic ENABle 6 18 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr ALL DYNamic ENABle 6 17 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr DYNamic nr 6 17 CONFigure POWer NORMal EPSK LIMit LINE UPPer nr DYNamic nr ENABle 6 17 CONFigure POWer NORMal EPSK LIMit LINE UP...

Page 603: ...Figure SPECtrum MODulation GMSK EREPorting 6 103 CONFigure SPECtrum MODulation GMSK LIMit LINE DEFault 6 108 CONFigure SPECtrum MODulation GMSK LIMit LINE MODE UPPer 6 108 CONFigure SPECtrum MODulation GMSK LIMit LINE REFPower UPPer 6 107 CONFigure SPECtrum MODulation GMSK LIMit LINE ASYMmetrical UPPer nr 6 106 CONFigure SPECtrum MODulation GMSK LIMit LINE ASYMmetrical UPPer nr ENABle 6 106 CONFig...

Page 604: ...ulation MERRor EPSK 6 97 CONTinue MODulation OVERview EPSK 6 80 CONTinue MODulation XPERror GMSK 6 72 CONTinue MODulation PERRor EPSK 6 91 CONTinue MODulation PERRor GMSK 6 64 CONTinue NPOWer 6 38 CONTinue POWer FRAMe 6 50 CONTinue POWer MSLot 6 54 CONTinue POWer SLOT 6 41 CONTinue POWer XSLot 6 45 CONTinue POWer NORMal EPSK 6 11 CONTinue POWer NORMal GMSK 6 11 CONTinue POWer NORMal GMSK MPR 6 26 ...

Page 605: ...ge 6 29 FETCh ARRay POWer NORMal GMSK MPR MAXimum 6 29 FETCh ARRay POWer NORMal GMSK MPR MINimum 6 29 FETCh ARRay POWer NORMal GMSK MPR CURRent 6 29 FETCh ARRay POWer NORMal GMSK CURRent 6 23 FETCh ARRay SPECtrum MODulation EPSK 6 110 FETCh ARRay SPECtrum MODulation GMSK 6 110 FETCh ARRay SPECtrum SWITching EPSK 6 118 FETCh ARRay SPECtrum SWITching GMSK 6 118 FETCh ARRay SPECtrum SWITching EPSK AM...

Page 606: ... 6 24 FETCh SUBarrays POWer NORMal EPSK MAXimum 6 24 FETCh SUBarrays POWer NORMal EPSK MINimum 6 24 FETCh SUBarrays POWer NORMal EPSK CURRent 6 24 FETCh SUBarrays POWer NORMal GMSK AVERage 6 24 FETCh SUBarrays POWer NORMal GMSK MAXimum 6 24 FETCh SUBarrays POWer NORMal GMSK MINimum 6 24 FETCh SUBarrays POWer NORMal GMSK MPR AVERage 6 30 FETCh SUBarrays POWer NORMal GMSK MPR MAXimum 6 30 FETCh SUBa...

Page 607: ...ult 6 34 MMEMory RECall CURRent 6 10 MMEMory SAVE CURRent 6 10 OUTPut STATe 6 7 READ ARRay MODulation EVMagnitude EPSK AVERage 6 90 READ ARRay MODulation EVMagnitude EPSK MMAXimum 6 90 READ ARRay MODulation EVMagnitude EPSK CURRent 6 90 READ ARRay MODulation MERRor EPSK AVERage 6 102 READ ARRay MODulation MERRor EPSK MMAXimum 6 102 READ ARRay MODulation MERRor EPSK CURRent 6 102 READ ARRay MODulat...

Page 608: ...6 79 READ SUBarrays MODulation PERRor EPSK AVERage 6 96 READ SUBarrays MODulation PERRor EPSK MMAXimum 6 96 READ SUBarrays MODulation PERRor EPSK CURRent 6 96 READ SUBarrays MODulation PERRor GMSK AVERage 6 71 READ SUBarrays MODulation PERRor GMSK MMAXimum 6 71 READ SUBarrays MODulation PERRor GMSK CURRent 6 71 READ SUBarrays POWer FRAMe 6 53 READ SUBarrays POWer MSLot AVERage 6 61 READ SUBarrays ...

Page 609: ...ation MERRor EPSK CURRent 6 102 SAMPle ARRay MODulation XPERror GMSK AVERage 6 78 SAMPle ARRay MODulation XPERror GMSK MMAXimum 6 78 SAMPle ARRay MODulation XPERror GMSK CURRent 6 78 SAMPle ARRay MODulation PERRor EPSK AVERage 6 96 SAMPle ARRay MODulation PERRor EPSK MMAXimum 6 96 SAMPle ARRay MODulation PERRor EPSK CURRent 6 96 SAMPle ARRay MODulation PERRor GMSK AVERage 6 70 SAMPle ARRay MODulat...

Page 610: ...AXimum 6 61 SAMPle SUBarrays POWer MSLot MINimum 6 61 SAMPle SUBarrays POWer MSLot CURRent 6 61 SAMPle SUBarrays POWer SLOT 6 44 SAMPle SUBarrays POWer XSLot 6 49 SAMPle SUBarrays POWer NORMal EPSK AVERage 6 24 SAMPle SUBarrays POWer NORMal EPSK MAXimum 6 24 SAMPle SUBarrays POWer NORMal EPSK MINimum 6 24 SAMPle SUBarrays POWer NORMal EPSK CURRent 6 24 SAMPle SUBarrays POWer NORMal GMSK AVERage 6 ...

Page 611: ... 6 2 SENSe LEVel MAXimum 6 2 SENSe LEVel MODE 6 1 SENSe RFANalyzer CHANnel 6 3 SENSe RFANalyzer FREQuency OFFSet 6 3 SENSe RFANalyzer MODulation 6 3 SENSe RFANalyzer TSEQuence 6 3 SOURce CORRection LOSS INPut nr MAGNitude 6 7 SOURce CORRection LOSS OUTPut nr MAGNitude 6 7 SOURce DM CLOCk FREQuency 6 8 SOURce DM CLOCk STATe 6 8 SOURce RFGenerator FM DEViation 6 5 SOURce RFGenerator FREQuency CHANne...

Page 612: ...age STOP WPOWer 6 35 SYSTem OPTions INFO CURRent 6 32 SYSTem RESet CURRent 6 33 TRIGger SEQuence DEFault 6 9 TRIGger SEQuence SLOPe 6 9 TRIGger SEQuence SOURce 6 8 TRIGger SEQuence SOURce EXTernal 6 9 TRIGger SEQuence THReshold IFPower 6 9 TRIGger SEQuence THReshold RFPower 6 9 深圳德标仪器 135 1095 0799 ...

Page 613: ...r MSLot LIMit MATChing CURRent 6 61 CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing AVERage 6 135 CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing MAXimum 6 135 CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing MINimum 6 135 CALCulate ARRay POWer NORMal EPSK AREA LIMit MATChing CURRent 6 135 CALCulate ARRay POWer NORMal EPSK LIMit MATChing AVERage 6 135 CALCulate ARRay POWer NORMal ...

Page 614: ...Signal CSWitched TCH MSLot LMODe 6 190 CONFigure BSSignal CSWitched TCH MSLot MTIMeslot 6 190 CONFigure BSSignal CSWitched TCH MSLot RLEVel 6 189 CONFigure BSSignal CSWitched TCH MSLot SCONfig INDividual 6 191 CONFigure BSSignal CSWitched TCH MSLot SCONfig UUNused 6 190 CONFigure BSSignal CSWitched TCH SSLot FHOPping A 6 188 CONFigure BSSignal CSWitched TCH SSLot FHOPping B 6 188 CONFigure BSSigna...

Page 615: ... MODulation PERror GMSK FILTer 6 65 CONFigure MODulation PERRor GMSK LIMit AVERage 6 67 CONFigure MODulation PERRor GMSK LIMit DEFault 6 67 CONFigure MODulation PERRor GMSK LIMit LOWer MODE 6 67 CONFigure MODulation PERRor GMSK LIMit UPPer MODE 6 67 CONFigure MODulation PERRor GMSK LIMit CURRent 6 66 CONFigure MODulation PERRor GMSK TIME DECode 6 68 CONFigure MSSignal CCH PMAX 6 184 CONFigure MSSi...

Page 616: ...ork CSWitched AMR NSUPpression 6 223 CONFigure NETWork CSWitched AOCHarge 6 193 CONFigure NETWork CSWitched AOCHarge ENABle 6 193 CONFigure NETWork CSWitched REQuest AUTHenticate 6 199 CONFigure NETWork CSWitched REQuest HANDover 6 199 CONFigure NETWork CSWitched REQuest IMEI 6 199 CONFigure NETWork CSWitched REQuest IMSI 6 199 CONFigure NETWork CSWitched SMODe BITStream 6 197 CONFigure NETWork CS...

Page 617: ...CONFigure POWer NORMal EPSK LIMit LINE LOWer ALL DYNamic ENABle 6 128 CONFigure POWer NORMal EPSK LIMit LINE LOWer AreaNr ALL DYNamic ENABle 6 128 CONFigure POWer NORMal EPSK LIMit LINE LOWer nr DYNamic RgNr 6 127 CONFigure POWer NORMal EPSK LIMit LINE LOWer nr STATic 6 125 CONFigure POWer NORMal EPSK LIMit LINE LOWer nr STATic ENABle 6 125 CONFigure POWer NORMal EPSK LIMit LINE UPPer ALL DYNamic ...

Page 618: ...it DBLer 6 166 CONFigure RXQuality BAVerage LIMit USFBler 6 167 CONFigure RXQuality BAVerageLIMit DEFault 6 167 CONFigure RXQuality BAVerageLIMit FERRors 6 166 CONFigure RXQuality BER EREPorting 6 154 CONFigure RXQuality BER TSETup 6 154 CONFigure RXQuality BER nr CONTrol BER nr 6 155 CONFigure RXQuality BER nr CONTrol DEFault 6 158 CONFigure RXQuality BER nr CONTrol PDATa TCH LEVel SLOT FIVE 6 15...

Page 619: ...ion EPSK CONTrol MPOint nr ENABle 6 105 CONFigure SPECtrum MODulation EPSK CONTrol REPetition 6 105 CONFigure SPECtrum MODulation EPSK EREPorting 6 103 CONFigure SPECtrum MODulation EPSK LIMit LINE DEFault 6 108 CONFigure SPECtrum MODulation EPSK LIMit LINE MODE UPPer 6 108 CONFigure SPECtrum MODulation EPSK LIMit LINE REFPower UPPer 6 107 CONFigure SPECtrum MODulation EPSK LIMit LINE ASYMmetrical...

Page 620: ... XPERror GMSK 6 76 CONFigure SUBarrays MODulation PERRor EPSK 6 94 CONFigure SUBarrays MODulation PERRor GMSK 6 68 CONFigure SUBarrays POWer ABURst GMSK 6 138 CONFigure SUBarrays POWer FRAMe 6 52 CONFigure SUBarrays POWer MSLot 6 58 CONFigure SUBarrays POWer SLOT 6 43 CONFigure SUBarrays POWer XSLot 6 48 CONFigure SUBarrays POWer NORMal EPSK 6 130 CONFigure SUBarrays POWer NORMal GMSK 6 130 CONFig...

Page 621: ... PERRor EPSK MMAXimum 6 96 FETCh ARRay MODulation PERRor EPSK CURRent 6 96 FETCh ARRay MODulation PERRor GMSK AVERage 6 70 FETCh ARRay MODulation PERRor GMSK MMAXimum 6 70 FETCh ARRay MODulation PERRor GMSK CURRent 6 70 FETCh ARRay POWer ABURst GMSK 6 140 FETCh ARRay POWer FRAMe 6 53 FETCh ARRay POWer MSLot AVERage 6 60 FETCh ARRay POWer MSLot MAXimum 6 60 FETCh ARRay POWer MSLot MINimum 6 60 FETC...

Page 622: ... EPSK CURRent 6 90 FETCh SUBarrays MODulation MERRor EPSK AVERage 6 102 FETCh SUBarrays MODulation MERRor EPSK MMAXimum 6 102 FETCh SUBarrays MODulation MERRor EPSK CURRent 6 102 FETCh SUBarrays MODulation XPERror GMSK AVERage 6 79 FETCh SUBarrays MODulation XPERror GMSK MMAXimum 6 79 FETCh SUBarrays MODulation XPERror GMSK CURRent 6 79 FETCh SUBarrays MODulation PERRor EPSK AVERage 6 96 FETCh SUB...

Page 623: ...CALar POWer PCL PCLPower PCL 6 145 FETCh SCALar POWer PCL 6 144 FETCh SCALar POWer SLOT SPOWer nr 6 44 FETCh SCALar POWer XSLot SPOWer nr 6 49 FETCh SCALar POWer NORMal EPSK 6 131 FETCh SCALar POWer NORMal GMSK MPR 6 149 FETCh SCALar POWer NORMal GMSK 6 131 FETCh SCALar RXQuality BAVerage 6 167 FETCh SCALar RXQuality BER 6 160 FETCh SCALar RXQuality BLER 6 172 FETCh SCALar SPECtrum MODulation EPSK...

Page 624: ...OCedure NETWork CSWitched AMR FRATe ULCMode 6 224 PROCedure NETWork CSWitched AMR HRATe DLCMode 6 200 PROCedure NETWork CSWitched AMR HRATe DLCMode 6 223 PROCedure NETWork CSWitched AMR HRATe ULCMode 6 200 PROCedure NETWork CSWitched AMR HRATe ULCMode 6 224 PROCedure NETWork CSWitched SMODe BITStream 6 197 PROCedure NETWork CSWitched SMODe STIMe 6 198 PROCedure SIGNalling PDATa TCH MSLot CHANnel 6...

Page 625: ...Ray POWer NORMal GMSK MAXimum 6 133 READ ARRay POWer NORMal GMSK MINimum 6 133 READ ARRay POWer NORMal GMSK MPR AVERage 6 149 READ ARRay POWer NORMal GMSK MPR MAXimum 6 149 READ ARRay POWer NORMal GMSK MPR MINimum 6 149 READ ARRay POWer NORMal GMSK MPR CURRent 6 149 READ ARRay POWer NORMal GMSK CURRent 6 133 READ ARRay SPECtrum MODulation EPSK 6 110 READ ARRay SPECtrum MODulation GMSK 6 110 READ A...

Page 626: ...rum SWITching GMSK 6 119 READ SCALar MODulation EVMagnitude EPSK 6 89 READ SCALar MODulation MERRor EPSK 6 101 READ SCALar MODulation OVERview EPSK 6 83 READ SCALar MODulation XPERror GMSK 6 77 READ SCALar MODulation PERRor EPSK 6 95 READ SCALar MODulation PERRor GMSK 6 69 READ SCALar NPOWer 6 40 READ SCALar POWer ABURst GMSK 6 139 READ SCALar POWer FRAMe FPOWer nr 6 53 READ SCALar POWer MSLot 6 5...

Page 627: ...POWer NORMal GMSK MPR AVERage 6 149 SAMPle ARRay POWer NORMal GMSK MPR MAXimum 6 149 SAMPle ARRay POWer NORMal GMSK MPR MINimum 6 149 SAMPle ARRay POWer NORMal GMSK MPR CURRent 6 149 SAMPle ARRay POWer NORMal GMSK CURRent 6 133 SAMPle ARRay SPECtrum MODulation EPSK 6 110 SAMPle ARRay SPECtrum MODulation GMSK 6 110 SAMPle ARRay SPECtrum SWITching EPSK 6 118 SAMPle ARRay SPECtrum SWITching GMSK 6 11...

Page 628: ...PSK 6 101 SAMPle SCALar MODulation OVERview EPSK 6 83 SAMPle SCALar MODulation XPERror GMSK 6 77 SAMPle SCALar MODulation PERRor EPSK 6 95 SAMPle SCALar MODulation PERRor GMSK 6 69 SAMPle SCALar NPOWer 6 40 SAMPle SCALar POWer ABURst GMSK 6 139 SAMPle SCALar POWer FRAMe FPOWer nr 6 53 SAMPle SCALar POWer MSLot 6 59 SAMPle SCALar POWer PCL PCLPower PCL 6 145 SAMPle SCALar POWer PCL 6 144 SAMPle SCA...

Page 629: ...o MSCLass CSWitched 6 208 SENSe MSSinfo MSCLass PDATa EGPRs 6 222 SENSe MSSinfo MSCLass PDATa GPRS 6 222 SENSe MSSinfo POWer CLASs 6 208 SENSe MSSinfo REVision 6 207 SENSe MSSinfo TRAFfic 6 208 SENSe NETWork MSERvice 6 218 SENSe RREPorts COUNt 6 206 SENSe RREPorts DTX 6 206 SENSe RREPorts NCELl 6 206 SENSe RREPorts RPCL 6 206 SENSe RREPorts RXLevel 6 205 SENSe RREPorts RXQuality 6 205 SENSe SIGNal...

Page 630: ...uality BER 6 154 STOP RXQuality BLER 6 170 STOP SPECtrum MODulation EPSK 6 103 STOP SPECtrum MODulation GMSK 6 103 STOP SPECtrum SWITching EPSK 6 111 STOP SPECtrum SWITching GMSK 6 111 STOP WPOWer 6 35 SYSTem OPTions INFO CURRent 6 32 SYSTem RESet CURRent 6 33 TRIGger OUTPut PIN DELay VALue 6 176 TRIGger OUTPut PIN nr DELay ENABle 6 176 TRIGger OUTPut PIN nr SIGNal 6 176 TRIGger SEQuence DEFault 6...

Page 631: ...apter 7 1115 6088 12 I 7 1 E 3 Contents 7 Remote Control Program Examples 7 1 GSM Non Signalling Measurements 7 1 GSM Signalling Measurements 7 3 Call Setup to the Mobile Phone Simple RX TX Measurements 7 3 Handover 7 5 深圳德标仪器 135 1095 0799 ...

Page 632: ...深圳德标仪器 135 1095 0799 ...

Page 633: ...te Synchronized before it executes the following commands For a C program assigning secondary addresses refer to chapter 7 of the CMU200 manual GSM MS Non Signalling Measurements The CMU generates a GSM signal which is configured output via RF 3 fed in via RF 4 and measured with the appropriate analyzer settings To see which analyzer settings are necessary it is recommended to carry out the measur...

Page 634: ...PRINT CMUGSMNS CONF POW CONT SCAL 1 Scalar results one burst per statistics cycle CMUGSMNS CONF POW CONT REP SING NONE NONE Single shot measurement no stop on error CMUGSMNS CONF POW MPR CONT SCAL 1 Same settings as before but for combined CMUGSMNS CONF POW MPR CONT REP SING NONE NONE power and modulation measurement FPRINT FPRINT SETTLE THE EXPECTED POWER OVERSHOOT MARGIN AND MEASURE THE POWER FP...

Page 635: ...ime no PCL channel change As soon as the call is established power and receiver quality measurements are performed Before running the program configure your Winbatch settings such that CMUBASE is the device name for the CMU BASE system and CMUGSM denotes function group GSM900 MS Signalling ECHO ON FPRINT FPRINT INITIALISATION ROUTINE FPRINT ASK FOR THE IDENTIFIER OF THE CMU RESET THE INSTRUMENT FP...

Page 636: ...REMENT FPRINT CMUGSM CONF POW MPR CONT SCAL 10 Scalar results 10 bursts per statistics cycle CMUGSM CONF POW MPR CONT REP SING NONE NONE Single shot measurement no stop on error FPRINT FPRINT DEFINITION FOR BCCH BS POW 85 dBm Channel 5 FPRINT CMUGSM CONF BSS CCH LEV 85 0 OPC Absolute power of BCCH BS signal CMUGSM CONF BSS CCH CHAN 30 OPC Channel number of BCCH BS signal FPRINT FPRINT DEFINITION F...

Page 637: ...repeated for a GSM900 1800 dual band mobile phone To this end extend your Winbatch settings such that CMUDCS denotes function group GSM1800 MS Signalling Repeat and modify the program of the last section in the following way Before the BCCH signal is generated set the parameters for call setup and for the measurements in function group GSM1800 MS Signalling CMUDCS INP STAT RF2 Define input connect...

Page 638: ... Define target band for handover CMUGSM PROC SIGN ACT HAND OPC Initiate handover procedure REPORT OFF WHILE CMUDCS SENS SIGN STAT CED Wait until signalling state Call Established Dualband is reached then continue REPORT ON CMUDCS SENS SIGN STAT Query signalling state printout FPRINT FPRINT CHANNEL 512 PCL 0 FPRINT CMUDCS INIT RXQ BER Initiate single shot BER measurement CMUDCS INIT POW MPR Initiat...

Page 639: ... 7 4 113 Average values calculation 3 7 B B52 Mode 4 174 6 193 BA List 2 17 4 179 6 192 Bad DUT 4 139 Band Indicator 4 178 6 195 Bar graph Spectrum Due to Modulation 4 59 1 110 Due to Switching 4 60 1 118 BCC 4 174 6 194 BCCH Level 4 163 6 187 BER 4 129 remote control 6 152 BER Average 4 130 Bit class 4 118 Bit error rate see BER Bit Modulation 4 79 6 6 Bit Modulation Power NS 4 15 Bit Offs 6 12 6...

Page 640: ...fault Settings 4 28 Delay trigger 4 183 6 176 Delta marker 4 15 Destination Parameter 4 153 Destination Selection 4 152 6 183 Dialled Number 4 150 6 208 Digital Audio Interface DAI 4 156 Disconnect Mobile 4 147 Discontinuous Transmission DTX 4 161 Display Area Power NS 4 16 Display line 4 15 Display mode 3 6 3 7 Display Mode Modulation NS 4 51 Power 4 12 Power NS 4 29 Display Marker 4 18 Display M...

Page 641: ...4 176 6 199 IMSI 4 150 IMSI Request 4 176 6 199 Incremental Redundancy 6 220 Incremental Redundancy 4 200 Individual Levels BER 4 142 Info 1 32 Info box Power NS 4 21 4 23 Power Sig 4 105 4 109 Spectrum 4 59 Info Box 4 19 4 32 Input level remote control NS 6 1 6 174 Inputs outputs Non Signalling 4 80 remote control Sig 6 203 Signalling 4 179 Installation 1 1 Installation software 1 1 Interference ...

Page 642: ...control 1 64 Signalling 4 114 Modulation measurement control Non Signalling 4 50 remote control 1 65 Modulation View 4 19 4 31 1 56 Module test 2 6 MS Capabilities 4 149 MS Rev Level 6 207 MS Signal 4 100 4 195 indication 4 150 menu 4 154 P PCL 4 103 remote control 6 184 6 216 MSIN 4 150 6 207 Multislot NS 4 17 Multislot class 6 208 6 222 Multislot Guard 4 37 1 57 N NAN 5 9 Narrowband power remote...

Page 643: ...ng 4 28 remote control 1 56 remote control NS 6 12 6 27 Power Configuration 4 110 Power control 4 112 Power Control 4 195 Power control level 4 112 Power measurement control Non Signalling 4 28 remote control NS 6 27 remote control Sig 6 147 Signalling 4 110 Power Ramp 4 6 Power results Non Signalling 4 20 Power supply 2 3 Power switch 2 3 Power vs Time program example 7 3 Power Frame measurement ...

Page 644: ...35 RLC Mode Testmode B 4 201 6 221 Routing Area Code 6 219 RX Level 4 136 6 205 RX Path 4 87 1 34 RX Quality 4 136 6 205 GPRS 6 212 RXQuality remote control 6 163 6 170 S Samples 4 118 Sampling rate 4 38 Save current 6 10 6 210 Save to File 6 211 Scalar result Modulation 4 41 4 48 Power NS 4 20 SCPI standard 5 2 Secondary address 5 1 5 7 Second level keyword 5 1 Send SMS 4 94 Service Selection 4 1...

Page 645: ... 4 52 Target test time 4 127 TCH BER Level 6 164 TCH Level 4 101 4 164 4 207 TCH Level BER 4 131 4 142 6 156 TCH Level BLER 4 131 Template PCL 4 13 4 75 6 3 Test mode 3 1 Test mode 2 6 Test Setup 6 154 BER 4 140 Test SIM card 2 15 Testmode with ACK 4 201 6 221 Time remote control 1 68 remote control Sig 6 137 Time of Arrival 4 110 Time Scale 4 19 Timeouts 4 177 TimeOuts 6 202 Timeslot 4 101 6 180 ...

Page 646: ... 1115 6088 12 I 8 E 12 USF Block Error Rate 4 119 USF Duty Cycle 4 200 6 220 V Voice activity detection 4 161 W Wideband power remote control 1 35 Wideband Power Non Signalling 4 73 Signalling 4 92 Winbatch 7 1 深圳德标仪器 135 1095 0799 ...

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