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Contents
1. s Parameter Units Visible BE OK Cancel On line help and support TCA 8200 features a comprehensive context sensitive on line help with examples and step by step guidance The tests are thoroughly docu mented with EUT connection and configuration instructions test specification and measurement uncertainty data The TCA 8200 user interface ac commodates both novice and ad vanced user s needs Step by step wizards are provided together with straightforward shortcut operations Remote configuration user guid ance and training can be provided over internet through remote opera tion of the TCA 8200 Interoperability TCA 8200 includes all common PC interfaces USB parallel RS 232 and Ethernet which allows test reports and results printing to any Windows compatible local or network printer Test reports and backups can be stored on the internal hard disk external or network drive TCA 8200 can be transparently operated from a remote PC over LAN and internet by using the Win dows Remote Assistance feature Low cost of ownership TCA 8200 comes with a price significantly lower than the total cost of equipment and systems it can replace such as a digital oscilloscope spectrum and network analyzers digital transmission and jitter analyzer line and cable simulators power supplies protocol frame signaling analyzers various test bridges and a PC Achieving automation requires2. Receive Volume Control and Hearing Aid Compatibility Sending and Receiving Sensitivity frequency response Sending and Receiving Sensitivity Sending and Receiving Loudness Sending and Receiving Linearity Sending and Receiving Distortion Sending and Receiving Noise Sidetone and STMR Spectrum analysis with acoustic stimulus Sound Pressure Level SPL and SPL volume units Instability and Howling Echo return loss xDSL electrical characteristics and transmit power Power spectral density Aggregate total signal power Spectrum Analysis Longitudinal output voltage Transverse balance Longitudinal conversion loss Return loss Intentional operational paths to ground Intentional protective paths to ground On hook resistance DC current during ringing Ringing frequency impedance 1 544 Mbps and 2 048 Mbps interfaces Layer 1 Physical layer Clock accuracy measurements Return loss Transverse balance Impedance towards ground Tolerable longitudinal voltage Receiver sensitivity Bit Error Rate tests BERT Pattern line code frame error and error rate CRC error 2 048 Mbps errored superframes 1 544 Mbps RAI and REBE alarm measurements 2 048 Mbps LOS LOF AIS detection pattern and line code error insertion Immunity to attenuation and reflections Simulation Transmitter carrier level attenuation 3 3V 2 7V Cable simulator attenuation 0 6 12 dB Interfering signal with 18 dB attenuation mixed with the carrier on
3. 160 Ulpp Duration Min Mex 2ms No Frame erroi Rx Jitter vs frequency pp conditions 1 to 3 Continuous OK Cancel 40 00 k 60 00 k 80 00 k I Frequency Hz ti tstst lt isi lt lt Oe ec Jitter modulation conditions 1 to 3 Tx Rx Jitter source Tx Data Rx Data Tx Frequency offset Pem Tx Jitter Time s Frequency Tx Jitter Rx Jitter vs frequency pp 40 00 Hz Frequency Tx Jitter Rx Jitter Limit Werdict ewe onditior Frequence FF se ppm Fail SY 40 00 Hz 1 500UI pp 1 062UI pp 110 mUI pp Fail 2 40 kHz 1 500UI pp 1 506UI pp 110 mUl pp Fail p 18 00 kHz 0 200U1 pp 0 203UI pp 110 mUI pp Fail Px Jitter Measurement 100 00 kHz 0 200U pp 0 160UI pp 110 mUI pp Fail Normal Not completed 12 45 3 21 2003 2 048 Mbps interface opt E1 TBR 12 Europe TBR 13 Europe ISDN PRI TBR 4 Europe Layers 1 2 3 gt AS ACIF S003 S016 Australia JATE Digital Terminals Japan Specifications Supported standards Analog PSTN 2 4 wire TE and CO opt ALG ETSI TS 103 021 TBR 21 EG 201 121 Europe FCC Part 68 TIA 968 A USA CS 03 Part Canada AS ACIF S002 S003 Australia JATE Analog Terminals Japan IDA TS PSTN 1 Singapore HKTA 2011 2013 Hong Kong MoC 023 96 Israel Decree No 322 Brazil ITU T 0 9 0 81 G 712 Q 551 Q 552 Q 553 Acoustics and Telephonometry testing of handset and hands free telephone
4. each test suite included in the pro ject You can open print and delete test reports from the project You can include MS Word documents in a test suite or in a project to docu ment unsupported tests or to include additional information in a test report 1 Setting results format Test Properties 4 7 3 4 1 Sending level above 4 3 kHz during DTMF signaling General Results Format Limits Conditions Ranges Results Used Result v Average power spectral density Voltage O Min voltage Max voltage Average voltage M Power Min power Top graph X K a ES power spectral density Frequency Hz Power density dBm Hz Frequency Hz Power density dBm Hz Voltage dBV Voltage dBV Voltage dB Voltage dBV Power dBm Power dBm Result Conds graph Line Style Average power spectral density 4 Solid Bottom graph Voltage vs time 4 Solid Simple Dot M Point Style Scales Report Simple Dot Result Conds graph Line Style Average voltage spectrum 4 Solid Simple Dot S Table Point Style Scales Report v New row Result 2 Setting limits Show limit X Alignment Y Alignment Power Center Top Center Top x Preview OK Cancel Help Test Properties 4 7 3 4 1 Sending level above 4 3 kHz during DTMF signaling General Results Format Limits Conditions Ranges Result Average voltage spectrum used limit Limit X Start XStop Y1Start Y1
5. off Error and alarm measurements As in BERT Jitter Jitter generation and measurement jitter transfer jitter tolerance maximum tolerable jitter wander generation complying or exceeding 0 171 G 823 TBR 4 12 13 e Jitter measurement and generation on data and clock e Jitter Measurements Ulpp and Ulrms jitter level with statistics Demodulated jitter vs time waveform Low pass and high pass filters with continuously variable cutoff frequency e Error and alarm measurements e Transmitter clock frequency offset Pulse shape Simultaneous positive negative pulses and space measurements with automatic mask fitting with pulse width and pulse amplitude ratio measurements with averaging and statistics User defined masks Output power and voltage With time spectrum and harmonic analysis TIMS and PCM analysis Two channel A A A D D A D D narrowband and broadband through transmission tests Stimulus Measurement channels e A Analog channel A B with DC loop feed simulation in out off opt ALG required e D Encoded decoded into any PCM timeslot of 2 048 Mbps or 1 544 Mbps interface Tx Rx port TIMS and PCM analysis tests include Gain Loss Level Variation of gain with frequency Variation of gain with level Idle channel noise Crosstalk Harmonic distortion THD Intermodulation distortion SINAD SNR Noise Spurious in band and out of band Group delay LCTL TCTL TBRL SF cutoff SF guard band Frame analysis S
6. supported standards Programmable frequency level on off duration cadence Output voltage Output power Frequency Voltage resolution Voltage accuracy Progress tone generator 0 150 Vrms 22 5 W maximum 10 100 Hz 0 2 V 0 5 V Programmable frequency level on off duration cadence Acoustic interface opt ACU Audio frequency generator output BNC female and measurement input LEMO type ports connected to the external setup which includes a test head for handset fixation with mouse and ear simulators xDSL interface opt DSL Testing xDSL electrical characteristics and transmit power provided through Analog PSTN and 1544 kbit s interfaces Rear panel interfaces SVGA output Connects to external monitor supplied with the system Connector type HD15 female USB USB 1 0 compatible Connector type Single port type A female Serial RS 232 Connector type DB9 male Parallel Connector type DB25 female Ethernet 10 100 Mbit s NIC Connector type RJ 45 female Keyboard Connects to external keyboard supplied with the system Connector type PS 2 female Mouse Connects to external mouse supplied with the system Connector type PS 2 female Built in PC Pentium III processor 256 MB RAM Internal 20 GB minimum hard disk Internal 3 5 1 44 MB floppy disk drive Display External 15 TFT color monitor 1024 x 768 resolution supplied with the system External keyboard and mouse Supplied with the system Gen
7. 400 n 600 n Time s Frame Ts2 Ts3 Ts4 Ts5 Ts6 Ts Ts8 Ts9 Tsl0 4 E Positive pulse shape fail ratio Negative pulse shape fail ratio 1 2 3 a 5 6 8 Ratio Ratio Limit 0 i 0 0 1 ER oo 1 1 D5 D5 DS DS D5 D5 DS D5 D5 D5 0 00 0 00 0 1 0 1 A 0 0 0 0 0 0 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 E Min pos pulse voltage Max pos pulse voltage Min neg pulse voltage Max neg 2 C2 0 0 1 ao 0 1 1 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 Min pos peak Max pos peak Min neg peak Max neg peak 3 0 1 A 0 D 0 0 D 0 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 1 35062 V 1 37476 V 1 31861 V 1 33309 V 4 C3 0 0 1 Po 0 1 1 D5 DS D5 D5 DS D5 DS D5 D5 D5 5 1 1 A 0 0 0 0 0 0 D5 D5 DS D5 DS D5 DS D5 D5 D5 6 C4 0 0 1 1 0 1 1 D5 D5 D5 D5 D5 D5 D5 D5 D5 D5 7 0 1 A 0 0 0 0 0 0 DS D5 DS D5 DS D5 DS D5 ODS DS Completed lt gt n al Legend Insert Standard Stimulus Reset D5 Tal Ex Error x Alarm Carrier signal Off Jitter measurement Monitor Rx fi Test 4 2 1 4b Output jitter EUT clock derived from data Selected Event Sequence A bit 1 starting 0 0 30 0 ms from stimulus lasting maximum 30 0 ms Set expected event NOF StatTime Min 0 ms Max 30 ms After Stimulus v File Edit View Run Tools Help D amp amp Back X Mode Evaluation Condition 1 Tx Frequenc E bit 0 occurring 1 to 3 times E bit 1 Repetition Min f1 Max i A bit 0 zE gt Tx Jitter 100000 Hz 0 200 Ulpp Rx Jitter 0
8. New Delete Save Properties data operations are imple mented through double click menus toolbar icons and right mouse button context sensitive pop up menus In addition to built in tests users can easily create new custom tests by set ting results format test parameters ranges limits EUT remote control com mands user prompts and test execution sequence No programming or scripting is required Both system and user tests are grouped in test suites New test suites for new standards or for user specifications can be created Test suites are used to access set and run tests and serve as templates for new suites and projects Project provides tools to run and manage tests store and document test results Project is created from one or multiple test suites inheriting all their definitions It contains all the information required for a test project e Details of the product under test Client details Project performance information e Test specification group of tests with test definition created from one or more test suites You can modify the test specification in the project You can also save the project test specification as a test suite so it can be used as a template in other projects and suites e Project and tests status and verdict e Test results are saved for each test execution in the project You can select which results will be included in the test report You can generate test reports in MS Word format for
9. Simulator Acoustic Interface Phone handset Prene Mouth j Ear Simulator Simulator Output A F Acoustic Interface v Input O Jitter measurement tests feature am test cases received events are recorded with plitude auto ranging and display of Each test case includes a user single frame resolution and compared the measured jitter modulation wave defined transmit data pattern of vari to the expected events criteria with form versus time able length and the expected receive automatic verdict setting events criteria Predefined error Predefined frame analysis tests such Pulse shape tests provide simultane l alarm or data patterns are provided as TBR 4 9 4 Frame structure and 9 5 ous measurements of all positive and a l l You can also set any bit in framing Operational functions tests are pro negative pulses and space charac and each data timeslot vided teristics with automatic mask fittings You can define a series of expected and scaling and user defined masks P cewe events suchas CRC enor CAS simulation and analysis coupled with built in database of signals and Frame analysis tests provide the most frame error RAI FEBE and AIS con a a e a a powerful features for simulation and ditions with start time duration repeti i a i ie ane analysis of 2 048 Mbps CCS amp CRC tions limits for each event Ine epabihy Or ey any structure CAS protocol When a frame
10. Stop Y2 Start Frequency Hz Voltage dB 430k 20 00k 35 70 35 70 0 00 20 00 k 200 00k 40 70 40 70 0 00 Add Remove Preview 364 E e Limits by condition Interpolation Logarithmic 40 3 Setting test ranges Y2 Stop Y Pass Criteria X Pass Criteria 0 00 y lt Y1 None 0 00 y lt Y1 None Cancel Test Properties 4 7 3 4 1 Sending level above 4 3 kHz during DTMF signaling General Results Format Limits Conditions Ranges Ranges vs Frequency 10 00 Hz 1 00 MHz Start Hz Stop Hz Parameter Value 4300 11000 Termination Bandwidth Overall meas time 11000 200000 Termination Bandwidth Averaging time Overall meas time Add Remove V Include Ranges in Report 4 Setting test parameters Zref 270 750 110 15uF Zref 270 750 110 15uF Units Visible 300 Hz 20s 1000 Hz 0 0 s 20 s Cancel Test Properties 4 7 3 4 1 Sending level above 4 3 kHz during DTMF signaling General Results Format Limits Conditions Ranges Conditions General Parameters Channel B Off Initialize state EUT state m Feed voltage 50 V DC Current limit 02 A Condition 1 Feed polarity Normal Series resistance 230 Ohm Condition 2 Feed pol arity Normal Series resistance 3200 Ohm Condition 3 Feed polarity Reverse Series resistance 3200 Ohm Condition 4 Feed polarity Series resistance Reverse 230 Ohm Condition Parameter Add Remove
11. TCA 8200 Telecom Conformance Analyzer Key standards TS103 021 TBR 21 EG 201 121 TBR 4 12 13 EN 301 437 TBR 37 38 Europe FCC Part 68 TIA 968 A USA CS 03 Canada S002 S003 S004 S016 Aus JATE Japan ITU T G 703 G 823 G 824 ETSI TS 102 027 1 2 SIP ITU T P 862 PESQ VQT Applications Compliance testing Pre compliance testing Development testing Production testing Compliance testing to world s major standards TCA 8200 provides compliance testing solution according to the world s major network access standards covering many types of telecom equipment rang ing from handset telephones to digital switches PBXs and VoIP gateways In the past approval of terminal equipment meant using a test lab with expert test engineers and tens of non automated or semi automated expensive test instru ments and setups Such process usually took weeks With TCA 8200 you can complete the tests and the documentation required by the standards and agencies in a matter of hours without a need for in depth knowl edge of the standards Due to recent liberalization of regulation processes in Europe the USA and other countries manufacturers can now perform One box approvals solution for Analog PSTN Acoustic XDSL VoIP T1 E1 and ISDN PRI interfaces in house testing and declare compliance or apply for approval of a regulatory agency Having an in house compliance testing solution from early design s
12. analysis test is run the test cases sequence is executed The data patterns are transmitted the In the heart of the frame analysis tests lies the Test Procedure defini tion which contains a sequence of The L23 option provides full layer 2 and 3 testing of 2 048 Mbps ISDN PRI in accordance with TBR 4 The tests include a user defined series of TTCN test cases defined in TBR 4 TTCN is a programming like language that describes protocol simulation Pulse Shape measurement Hi Test 4 5 8 2 2 2 Pulse Shape B 23008 Native Codes Ltd AccessIP ar analysis and verdict criteria test proce File Edit View Run Tools Help fH amp Back X Mode Compliance Condition v v Report gt ule gt dure Connect EUT to 1544 kbit s interface When the layer 2 or 3 tests are run the test cases are executed one by one with automatically set verdicts and Ete recording of transmit and receive Zi layer 2 3 messages Set EUT in line loopback to transmit the BER pattern 1544 kbit s INTERFACE Pos shape fails 0 00 Neg shape fails 0 00 Pk 1 37Y Frame format Positive pulse shape 7 800 n 600 n 400 n 200 n 0 200 n 400 n 600 n 500 n Time 6 Frame Analysis test case definition Eor Stimulus Tx Test Case Description Repeat Framing 2 BIT 2 1 FAS x3 BIT 2 1 FAS x5 1 z Framed CCS amp CRC v 600 n 400 n 200 n 0 200 n
13. ands Any user defined commands or built in AT commands can be used for auto matic remote control of the equipment over RS 232 or TCP IP Ethernet Such functionality together with the capability to define custom tests and test sequences is especially useful for production testing Reports in MS Word format with test results and all the information required for a test project are generated auto matically Deciding what standard s tests are applicable for a particular product can be sometimes a complicated task Predefined and user defined criteria for selection of the required tests simplify this task The tests are auto matically selected by answering Yes No questions about the functionality supported by the product The tests can also be selected manu ally A test can be automatically repeated with different or the same sets of test parameters and limits 7 880 dBm 0 dBm Feed Re Series resi Feed 6 P 7 694 dBm 0 dBm Pass CTR 2 2 R38 68K 23 degC 54 13 58 Remarks CTR 2 2 R38 68K Powerful Display and Analysis features Test results are displayed continuously on graphs and table together with current test status and verdict key test parameters user prompts current test point and measured values Time and frequency domain measure ments with minimum maximum and average statistics are provided In each test you can set which results will appear on the display and in the test r
14. eport set limits number of plots per graph style and color of each plot select Log or Linear axis set axis scale or select auto scaling select which test parameters will appear in the test report rename test results add comments and environment conditions description to test results Measured results can be analyzed by using markers delta markers zoom in out max min peak search scroll and pan graph features Further analysis is possible by copy pasting the results to the preinstalled MS Excel Test ranges Frequency Start Stop Step Termination Averaging time Overall meas time 200 00 Hz 4 00 kHz NA Zref 600 3s 60s Average power spectrum conditions 1 to 2 20 000 30 000 20 000 60 000 60 000 a S 70 00 h 5 20 000 i 90 000 100 000 ae 600 00 1 00k 150k 2 00k 2 50k 300k 3 50k 400 k Frequency Hz Result Condition 1 Feed polarity Normal Series resistance 400 Ohm Feed voltage 56 5 V Result Condition 2 Feed polarity Reverse Series resistance 1 74 kOhm Feed voltage 42 6 V Max power Power Limit Verdict Condition 1 Feed polarity Normal Series resistance 400 Ohm Feed voltage 56 5 Pass 7 880 dBm 0 dBm Pass Condition 2 Feed polarity Reverse Series resistance 1 74 kOhm Feed voltage 42 6 Y Pass 7 694 dBm 0 dBm Pass Manual operation Besides fully automated testing capability TCA 8200 provides on the fly control of t
15. eral Power requirements 90 132 VAC rms 57 Hz 63 Hz 5 A maximum 90 V 180 264 V AC rms 47 Hz 53 Hz 3 A maximum 180 V with all options installed and including the external monitor Environmental Conditions Temperature Operating 5 C to 45 C Storage 10 C to 60 C Relative Humidity Operating 30 to 80 Storage 10 to 85 Altitude Operating up to 10 000 feet 3 048 meters Storage up to 31 500 feet 9 600 meters Regulatory Compliance EMC EN 61326 FCC Part 15 Class A Safety EN 61010 1 Dimensions 455 mm W x 325 mm H x 690 mm D without 19 brackets external monitor keyboard mouse external acoustic option accessories Weight 50 kg with all the options installed without 19 brackets external monitor keyboard mouse and external acoustic option accessories Ordering information TCA 8200 Telecom Conformance Analyzer Includes instrument mainframe with internal HD and FDD operating software MS Windows XP Professional OS MS Office SBE factory installed external 15 LCD TFT color monitor keyboard mouse media containing backup of all software and data and on line User Manual At least one of the following options must be ordered Opt ALG Analog PSTN interface testing Opt ACU Acoustics and telephonometry testing of handset telephones Includes external power amplifier preamplifier ear simulator mouth simulator test stand for handset Opt DSL Testing o
16. est parameters manual tuning and stepping which is important for development and debugging testing Test execution can be paused resumed automati cally swept or manually stepped through multiple test ranges Also a test can be run once or continuously at multiple test points or at a single test point e g frequency Lab in a box TCA 8200 is not just a test instrument It is also a highly integrated system of tools and features for performing and supporting tasks required in a test lab such as e Definition and management of test specs and test plans with custom ized user prompts remote EUT control commands and automatic tests selection criteria e Running and management of test projects e integral client information database linked to test projects e Generation and management of test reports e Built in calibration tests e Backup and restore of all data and restore of the factory data e Emergency recovery of all software and factory data from image disk supplied with the system e Quality assurance issues have been thoroughly addressed Test reports are ISO IEC 17025 compatible Tests test suites projects reports are uniquely identified Changes to test definitions are recorded Versatility and ease of use TCA 8200 features familiar Windows user interface Test suites test projects tests reports and other data and tools are pre sented in Windows Explorer like tree list views Intuitive Open
17. f xDSL electrical characteristics and transmit power Opt E1 2048 kbit s interface Layer 1 testing Opt T1 1544 kbit s interface Layer 1 testing Opt L23 ETSI TBR 4 Layer 2 and Layer 3 ISDN PRI testing Opt VQT PESQ voice quality testing Opt SIP SIP protocol testing over 10 100 Base T Ethernet interface Opt SMS SMS and CID testing over analog PSTN interfaces Option ACU requires option ALG Option DSL requires option ALG Option L23 requires option E1 Option SMS requires option ALG Option VQT requires at least one of the ALG ACU T1 or E1 options All the options except for options L23 VQT SIP and SMS must be factory installed All the options can be installed together Recommended accessories External USB CD RW For backup restore and emergency software and factory data recovery Copyright 2003 2004 Hermon Laboratories Ltd All rights reserved H Specifications are subject to change without notice Product and company names are trademarks of their respective owners L HERMON LABORATORIES HaTachana st P O Box 23 Binyamina 30550 Israel Tel 972 4 6288001 Fax 972 4 6288277 Email mail hermonlabs com Web www hermonlabs com
18. further invest ment in integration and software development or buying expensive third party solutions Due to the instruments modular design you can order and pay for the test options that you need You can order separately Analog PSTN E1 T1 Analog PSTN DSL Ana log PSTN Acoustics or E1 ISDN PRI test options The instrument can be upgraded later for any additional options Testing capabilities can be easily extended to cover new standards by defining new user test suites using the GUI or obtaining updates from Hermon Laboratories Analog PSTN interface testing The Analog PSTN tests cover the requirements for terminal CE and network CO equipment including electrical AC DC and timing charac teristics in on hook off hook states and during the transition between those states various functional and simulation tests CO CE and line simulation Extensive analog PSTN network simulation features found in stand alone line simulators coupled with line states and dialed number recording provide an invaluable tool for functional tests Different CO s and networks can be simulated by predefined and user set call progress scenarios with programmable conditions valid invalid numbers definition delays dialing timeouts connection to sec ond auxiliary channel progress tones and ring signals A database of predefined progress tones and ring signals used in differ ent countries is provided Acoustic tes
19. imulation and analysis of any error alarm and normal operation events of 2 048 Mbps CCS amp CRC structure Simulation TBR 4 defined or user set stimuli with up to single bit resolution inserted into any transmit framing and data timeslots Analysis Automatic verdict setting according to programmable expected events criteria with time limits Event recording with time frame and multi frame stamp and single frame resolution CAS Signaling analysis Call simulation and analysis of various CAS protocols ABCD bits signaling simulation and analysis Encoded DTMF MF MFC signals and numbers with variable levels frequency duration and timing Encoded progress tones dial progress busy ringing tones etc and Rings with variable level frequency cadence and timing Off hook on hook wink and other states with variable characteristics Playback and recording of wav files Programmable received event masks and if then goto conditions for flow control of the simulation execution and verdict setting Programmable user messages user verdicts and remote commands for EUT automatic operation Pre defined and user defined database of signals and encodings Layer 2 and 3 protocol analysis for 2 048 Mbps ISDN PRI Layer 2 and Layer 3 TTCN conformance testing according to TBR 4 standard for 2 048 Mbps ISDN PRI with user set PICS PIXIT parameters and recording of Tx and Rx layer 2 3 messages in text and binary format Voice Quality Test
20. ing opt VQT PESQ Perceptual Evaluation of Speech Quality through transmission testing of a combination of the following TCA transmit receive ports analog FXS or FXO acoustic mouth or ear simulator 2 048 Mbps A law encoded in a payload timeslot 1 544 Mbps u law encoded in a timeslot with on line analysis and recording to wav file s Off line analysis of degraded vs reference wav files Including the following measurements PESQ MOS per ITU T P 862 and MOS LQO per ITU T P 862 1 Delay and delay jitter Reference and degraded signal level and loudness with aligned and non aligned waveforms R factor ITU T G 107 e model VAD Voice Activity Detection performance analysis Front End Clipping Hold Over Time Hang Over Time Speech dropout SIP protocol conformance testing opt SIP Conformance testing of SIP Session Initiation Protocol defined in RFC 3261 over 10 100 Base T ethernet interface per ETSI TS 102 027 1 V1 1 1 2002 08 ETSI TS 102 027 2 V2 1 1 2003 10 SMS and CID testing opt SMS SMS and CID protocol testing over analog interfaces per ETSI EN 300 659 1 V1 3 1 ETSI EN 300 659 2 V1 3 1 ETSI EN 300 659 3 V1 3 1 ETSI ES 201 912 V1 1 1 ETS 300 648 ETSI EN 300 778 1 2 V1 2 1 Test Interfaces front panel 1544 kbits s interface opt T1 3 pole Bantam jack 100 Q balanced Line Coding B8ZS AMI Framing Format ESF 193E D4 193S Unframed Tx and Rx connectors Clock Input Output op
21. me and frequency Instantaneous mean RMS voltage and power broadband and narrowband with various BW and filters psophometric noise impulsive noise statistics TIMS and Through Transmission Narrowband and Broadband tests see 1 544 Mbps and 2 048 Mbps TIMS and PCM tests Through Transmission SF cuttoff Transient after change to the opposite polarity Transient response Transmission delay Line CO and TE simulation Variable DC loop feed voltage and current limit Variable series resistance complex line length and terminations Call simulation and analysis of FXS FXO loop start DID and ground start interfaces including Generation detection and measurements of DTMF MF MFC signals and numbers with variable levels frequency duration and timing Pulse signaling with variable duration and N N 1 encoding Progress tones dial progress busy ringing tones etc and Rings with variable level frequency cadence and timing Off hook on hook wink flash polarity reversal and ground start states with variable characteristics Playback and recording of wav files Programmable received event masks and if then goto conditions for flow control of the simulation execution and verdict setting Programmable user messages user verdicts and remote commands for EUT automatic operation Pre defined and user defined database of signals and encodings Acoustics and Telephonometry Acoustic shock Receive Loudness Rating ROLR RLR
22. s opt ACU EN 301 437 former TBR 37 TBR 38 Europe FCC Part 68 AS ACIF S004 Australia ITU T P 340 P 313 TIA EIA 470 ETSI 3GPP TS 151 010 1 Digital cellular phones xDSL ADSL HDSL HDSL2 HDSL4 SHDSL SDSL VDSL CPE and CO opt DSL FCC Part 68 TIA 968 A USA ADSL T1 TRQ 6 2001 USA xDSL CS 03 Part VIII Canada xDSL AS ACIF 043 2 Australia xDSL ITU T G 992 1 ADSL ITU T G 992 2 G LITE ADSL ETSI TS 101 388 ADSL ITU G 991 2 SHDSL ETSI TS 101 270 1 1 VDSL F 1 544 Mbps interface opt T1 FCC Part 68 TIA 968 A USA CS 03 Part Il Canada JATE Digital Terminals Japan HKTA 2017 2018 2028 Hong Kong ITU T G 703 G 704 ITU T G 824 ITU T 0 9 0 81 G 712 Q 551 Q 552 Q 553 NOM 152 Mexico ITU T G 703 G 704 ITU T G 823 ITU T 0 9 0 81 G 712 Q 551 Q 552 Q 553 i Excluding High voltage surges overvoltage protection leakage current EMC safety environmental tests i Excluding Magnetic field HAC test ae opt L23 is required for Layer 2 and 3 testing ae See xDSL electrical characteristics and transmit power below for supported tests ae Requires third party base station transceiver equipment 6 Contact Hermon Laboratories for other available standards Main tests Analog PSTN Automatic dialing Automatically repeated call attempts Clearing of automatic calls DC characteristics in on hook and off hook states Voltage vs curren
23. t resistance vs current DC current DC Resistance DTMF MF MFC Signaling Received digits digit waveform vs time frequency low amp high group voltage power frequency twist tone pause cycle duration with Statistics noise rise amp fall time DTMF MF MFC digits generation with programmable frequency level and duration Hazardous voltage limitations Impedance in on hook and off hook states Impedance IZI Phase Resistance Reactance Inductance Capacitance Return loss Impulse noise Insertion loss Series TE Intentional operational paths to ground Intentional protective paths to ground Line liberation through power failure Longitudinal conversion loss Loop current characteristics Loop interruption tolerance Output signal balance Progress tone detection and generation with programmable level frequency duration cadence and timing Pulse signaling Received digits voltage current vs time and voltage vs current plots make break levels and duration resistance inter digit pause pulse ratio statistics Pulse digits generation with programmable duration and N N 1 encoding Relative frequency response R E N determination Return loss Ring detection and generation with programmable level frequency duration cadence and timing Ringing impedance Ringing signal overload Series DC Resistance Series TE Signaling interference Spectrum Analysis Signal and Noise level measurements vs ti
24. t E1 or T1 Input Output 1 544 MHz or 2 048 MHz TTL signal depending on test configuration Connectors BNC female unbalanced 2048 kbits s interface opt E1 Tx and Rx connectors 3 pin Siemens jack 120 Q balanced BNC female 75 Q unbalanced Line Coding HDB3 AMI Framing Format CCS amp CRC4 CAS amp CRC4 CCS CAS Unframed ISDN PRI Layer 2 and Layer 3 testing according to ETSI TBR 4 opt L23 Protocol Testing Analog PSTN interface opt ALG Two Analog 2 wire test ports with loop simulation and programmable ring and progress tone generator CH A CH B External termination Zref input External series feed resistance input Speaker for audio monitoring with volume control CH A only Off hook LED indicator Connectors Loop simulation DC power supply Loop feed channel Output Voltage Current Limit Voltage resolution Voltage accuracy Polarity switching time DC resistance test channel Output voltage Maximum current Voltage resolution Voltage accuracy Series resistance Range Resolution Terminations Zref Artificial line network Ring generator 3 pin Siemens jack 0 110 Vdc 0 200 mA 30 mV 200 mV lt 0 2 ms 0 500 Vdc 10 mA 0 2V 0 4 V 0 300 kohm or external 5 ohm or 10 ohm depending on test configuration Variable according to the supported standards external or software simulated R1 R2 Il C2 for measured impedance calculation Variable according to the
25. tages can significantly reduce time to market Test labs can benefit also from the ability to provide fast and cost effective testing services for a broad range of the inter faces and standards covered by the in strument its expandability and its exten sive management features Fully automated testing TCA 8200 comes with test suites ready for testing according to the supported standards The tests can be performed in a fully automatic manner one by one or in a sequence No user interaction is required except for setting of the equipment under test in response to prompts appearing on the screen T HERMON LABORATORIES Test project H Telecom Conformance Analyzer File Edit View Tools Help Back gt A dh X Project 15369 Native Codes Ltd Multipoint control unit 7v Go 15369 Native Codes Ltd Multipoint control unit Status Pass completed Getting Started fff Projects fq 15369 Native Cor fq 15091 Native Ne fj 15329 Accessco Run Test 2 TBR 13 modified Mechanical Characteristics MM 4 1 1 Hardwired connection Electrical Characteristics ij 15283 Hermon Le M 4 2 1 1 Signal coding 4 2 1 5 Output structure 4 2 2 Waveform Shape M 4 2 1 3 Clock Accuracy M 4 2 1 4 a Output jitter EUT internal clock 4 2 1 4b Output jitter EUT clock derived from dat fj 15338 Native Cor M424 x Test Suites x Standard Suites x User Suites C 4 2 1 4b Output jitter EUT ex
26. ternal clack fs Reports PEE t E System io Overvoltage protection 4 Find TBR 4 modified 8 Overvoltage protection requirements 9 1 Physical characteristics 9 2 Specification at the output port VM 9 2 1 Waveform shape M 9 2 2 lmpedance towards ground Tested Verdict State 1 7 2003 12 23 00 PM Pass Completed 1 1 2003 12 26 00 PM Pass Not completed 12 30 2002 4 28 00 PM Pass Not completed 1229 2002 AN4 N PM Pass Nnt comnleated lt Run Automatically Project Properties Repor lt gt Status a Test run Pass amp esac X Mode File Edit View Run Tools Help i AA i j F myer va VR SEPE 250k 3 00 k LOOP FEED F oN OFF HOOK CHAT CHB Feed voltage Feed polarity Test report Date of Issue 3 22 2003 Report ID 15369_1 doc HERMON LABORATORIES 4 5 2 2 1 Voice band metallic signal power for network control signaling DTMF To verify that the voice band metallic signal power from EUT sources when used for network control DTMF does not exceed the test limit 0 dBm when averaged over any 3 second Test purpose si Aa Test mode Compliance PASS Verdict Date amp Time 3 13 2003 1 68 00 PM 3 Temperature 23 deg C Air Pressure 1 05 Relative Humidity 54 Mains Power Supply 230 VAC 50 Hz Completely unattended testing is possible for equipment that can be remotely controlled with ASCII comm
27. ting Acoustic tests are required to verify that speech performance of handset telephones is adequate to ensure compatibility with the PSTN and other telephones The speech performance is assessed by measuring transmission characteristics at various combinations of transmission paths Sound pressure is applied to the telephone handset microphone and measured at the speaker Stimulus signals are applied and measurements are performed at the telephone line interface with various loop simulation characteristics The handset is placed in a test head which provides the reference standard positions from the built in ear and mouth simulators The ear and mouth simulators are connected to the TCA 8200 via input preamplifier and output power amplifier The receiving and sending sensitiv ity noise distortion loudness linearity instability echo return loss and side tone tests are performed according to procedures and specifications defined in ITU T P 64 P 79 and ETSI TBR 38 Digital T1 and E1 interfaces testing The digital tests cover layer 1 elec trical characteristics of input and output ports digital combined ana log and digital transmission and functional characteristics of framed and unframed T1 and E1 interfaces In addition to test results shown on graphs and table line monitor indi cators display current error and alarm status of the TCA T1 or E1 receiver Acoustic Test Setup TCA 8200 coap CHA
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