ETSI PRI-ETS 300 020-2-1992 European Digital Cellular Telecommunications System (Phase 1) Mobile Station Conformance Test System System Simulator Specification (Candidate NET 10 Pa.pdf

1、ELECOMMUNICATION STANDARD 2nd FINAL DRAFT prl-ETS 300 020-2 February 1992 Source: ETSI TC-SMG _ Reference: GSM 1 1.40 UDC: 621.396.21 Key words: European Digital Cellular Telecommunications System, Global System for Mobile Communications (GSMI European digital cellular telecommunications system (pha

2、se 1 ); Mobile station conformance test system system si mu ia t or specification (Candidate NETIO, Part two) ETSI European Telecommunications Standards Institute ETSI Secretariat: B.P.152 . F - 06561 Valbonne Cedex . France TP. + 33 92 94 42 O0 TF. + 33 93 65 47 16 Tx. 47 O0 40 F %/qso2Z European T

3、elecommunications Standards Institute 1 992. All rights reserved. No part may be reproduced or used except as authorised by contract or other written permission. The copyright and the foregoing restriction on reproduction and use extend to all media in which the information may be embodied. i - 3404

4、583 0033597 4 Whilst every care has been taken in the preparation and publication of this document, errors in content, typographical or otherwise, may occur. If you have comments concerning its accuracy, please write to “ETSI Standards Management Dept.“ at the address shown on the title page. 2 ys/%

5、oa _ 3404583 00335q8 2nd Final draft prl-ETS 300 020-2992 Foreword This second final draft Interim European Telecommunication Standard (I-ETS) has been produced by the Special Mobile Group (SMG), a Technical Committee of the European Telecommunications Standards Institute (ETSI). The text of this 2n

6、d draft I-ETS may be utilized, wholly or in part, for the establishment of NET 10, Part 2. The first final drafts dealing with the GSM (phase 1) system were adopted by vote in May 1991 but were not published. This was because amendments, agreed by ETSI TC-SMG at subsequent meetings, were made to som

7、e of the drafts. However, other drafts have not been amended since the first vote. This updated draft, is now considered to be stable enough to be submitted for second vote. The relevant type approval procedures for the mobile station are given in CEPT recommendation T/R 21 -08. This standard origin

8、ally had 1-ETS status at the Public Enquiry phase, but this was changed to an ETS for the first vote. However, due to a decision by the ETSI Technical Assembly, this “interim“ status was restored. This second final draft consists of the following part numbers and titles: a) prl-ETS 300 020-1 Europea

9、n digital cellular telecommunications system (phase 1 1 Mobile station conformity specifications (Candidate NET 1 O, Part 1 ) Reference: GSM 1 1.1 O. b) prl-ETS 300 020-2 European digital cellular telecommunications system (phase 1 ) Mobile station conformance test system System simulator specificat

10、ion (Candidate NET 10, Part 2) Reference: GSM 11.40. This part of the I-ETS, the system simulator specification, describes the measurement arrangement required to test mobile stations for conformity to I-ETC 300 020-1, Mobile station conformity specif cations. Reference is made within this draft to

11、the following technical specifications (NOTE 1): GSM 02.06 “Types of Mobile Station (MS).“ GSM 02.07 “Mobile station features.“ The above specifications, together with Annexes B, C, G and H of this ETS, are normative. NOTE 1: ETSI has constituted stable and consistent documents which give technical

12、specifications for the implementation of the European Digital Cellular Telecommunications System. Historically, these documents have been identified as “GSM recommendations“. Some of these recommendations may subsequently become Interim European Telecommunication Standards (I-ETSs) or European Telec

13、ommunication Standards (ETSs), whilst the others will be renamed ETSI-GSM Technical Specifications. These ETSI-GSM Technical Specifications are, for editorial reasons, still referred to as GSM recommendations in some current GSM documents. 2nd Final draft prl-ETS 300 020-2: 1992 3404583 0033599 8 -

14、- The numbering and version control system used for ETSI-GSM Technical Specifications is the same as that used for “GSM recommendations.“ NOTE 2: Items in this draft indicated as not complete, or requiring further study or work, are not required for the Phase 1 implementation of the European Digital

15、 Cellular Telecommunications System. . 4 L = 3404583 0031ibOO O W EXI/TC SHC Updated by : ESI/FT12 Date : February 1992 Title ETSI TECHNICAL SPECIFICATION GSM 11.40 SYSTEM SIMLATOR SPECIFICATION (Part 2 of Draft NET 10) Version 3.5.0 List of con tents : Detailed table of contents 1. General 2. Funct

16、ional requirements 3. Design requireents 4. Verifying the System Simulator Appendices 1 to 3 Original language: English Number of pages : 46 My 3404583 0031bOL 2 CSM 11.40 I. 1.1 1.2 2. 2.1 2.2 2.2.1 2.2.1.1 2.2.2 - .j 2.3.1.1 2.3.1 2.3.1. 2.3.2 2.3.3 2.3.3.1 2.3.3.2 2.3.3. 2.3.3. 2.3.3.2 2.3.3.2 2:

17、3.2.7 2. 2- 2.5 2.5.2 2.5.1 2.j.j 2.2.7 2.5. 2.5.5 2.5.6 2. 2.7 2. :a: 2.9 2.10 2.10.1 2.10.1.1 2.10.1.2 2.10.1.3 : ;:i 2.10. 2.10.4.1 2.10.4.2 2.10.4.3 DETAILED TABLE OF CONTEMS :EUIL scope Terminology page 2 V.3.5.O/Feb i932 FUNCTIONAL REQUIREMENTS General The simulated radio network Transmission

18、capabilities Standard test signals Reception capabilities MS-BSS interface testing requirements Physical interface Activation of MS type testing functions Channel parameters and frequency hopping RF power control Ciphering and deciphering Downlink burst generation Uplink error indication Layer 2 Lay

19、er 3 General Normal downlink handling Extended downlink handling Normal uplink handling Extended uplink handling Handling of Timers Special signalling features Testing of support for services Speech codec testing requirements Support for testing of users data services General Types of data services

20、Support for testing of bearer services Support for testing of non-transparent services Support for testing of the electrical characteristics of the Support for testing of teleservices Support for testing of terminal adapters Management of MS and subscriber data Management of authentication Requireme

21、nts of the System Simulator Definition of the Test Algorithm for authentication SIW/ME interface testing requirements Definitions of transmit and receive times Man-machine interface Operative command functions of the system simulator General systen control commands Direct mode commands Edit mode com

22、mand Rrnctions within test cases Determining the outcoie of a tests Output information and format Tes t report Indication levels Display of MS indicators MSs users data interfaces 6 W 3404583 003LbOZ 4 GSM 11.40 page 3 3. 3.1. 3.2 3.2.1 3.2.1.1 3.2.1.2 3.2.2 3.2.2.2 3.2. 3.2-5 3.3 3.391 3.3.1.1 3.3.

23、1.2 3.3-1.3 3.3.2 3. 3.4.1 3.4.2 3.2.1. 3-2*1.S 3.2.; 3.2.2.1 34.3 3.4.; 3:Z:Z 3.4. 3.4.7 3.5 3.5.1 3.5.2 3.5.2.1 3.6.1 3.6.2 3.6.2.1 3.6.2.2 3.6. 3.6-5 3.6.5.1 3.6.2 3: 66: 2*2 3:i 3.9 3.10 3.11 4. Appendix 3EsIcN REQUIRPIPPIS ;eneral .sts test port specification F test ports Mobile station antenna

24、 connection Substitution antennas Interfering field antenna Antenna coupling device MS audio test ports LRGP, artificial mouth and artificia Digital Audio Interface (DAI) User data interfaces in the Ms MS power supply interface Electrical MS man-machine interface RF measurement capabilities RF wwer

25、measurements ear Power versus time measurements Wide band selective power measurements In band selective power measurement Phase trajectory and frequency error measurements RF delay measurements relative to nominal times RF test signals The wanted signal or Traffic Channel of the serving cell The fi

26、rst interfering si adjacent ce1 The Second interfering signai BCCH carriers of serving and adjacent cell The wide frequency range signal The multipath fading function Combinations of test signals Audio test signals Analog single test tone Digital 8 bit PCM test signal Digital 8 bit PCM si Digital 8

27、bit PCM band limited noise test signal Audio measurement capabilities General Sound level/pressure measured at the Ear Reference Point One-third octave measurements A-weighted measurements Dis tortion DAI level measurements Delay measuxwents Delay measurement between Um and DAI Delay measurement bet

28、ween DAI and acoustic interface F frequency counter Sii simulator The system simulator control system Environmental requirements Calibration of the system simulator Transmitter and receiver construction in the SS al or Traffic channel of the First le test tone Decoder output value Y VERIFYING THE SY

29、STEM SIMITLATOR 1: Examples of signalling procedures Appendix 2: Test Configurations Appendix 3: Time measurement uncertainty for the power time mask GSM 11.40 3404583 0033603 6 V. 3.5 .O,Feb i,j?2 1. GENERAL Notes : I) The present specification of the System Simulator only supports testing of equip

30、ment operating in the 900 MHz GSM-band: 2) The description of the SS for the support of testing of data services needs further elaboration. 1.1 SCOPE The System Simulator (SS) is an equipment or assemblx of equipments which enables the tests detailedin the modules “Aspect 11 and “Aspect III“ of CSM

31、11.10 to be conducted. It simulates the network side of the MS-BSS interface as part of its testing function. 1.2 TERcIINom For definitions and abbreviations see GSM 11.10, 2. FuNmIoNAL REQuIREIIpiIs 2.1 GENERAL The system simulator shall perform the tests of the Mobile Station described in GSM 11.1

32、0. The system simulator has to simulate the network side of the MS-BSS interface as seen by the MS. The system simulator does not include environmental test equipment such as climatic chambers. anechoic shielded chamber. vibration or rotation devices. The System Simulator is required to take account

33、 of losses and effects of test apparatus connected externally for the purpose of testing, adjusting the test results accordingly. 2.2 THE SIMULATED RADIO NGIWORK The SS shall be able to simulate a radio environment consisting of up to 8 cells. Two of these cells shall be simulated with 1 BCCH and 1

34、physical channel each. 6 of the cells shall be simulated by transmitting 6 independent BCCHs. It shall be possible to transnit simultaneously all 8 BCCHs and the downlink of the 2 physical channels. The SS shall be able to receive signals from the MS on the 2 physical channels and 1 RACH. Examples o

35、f signalling procedures leading to the above requirements on the system simulator are in Appendix 1 of this part. Some possible test configurations are given in Appendix 2 of this part. 3401.1583 O033604 8 W CSM 11.40 page 5 V.3.j.O/Feb ;992 2.2.1 Transission capabilities The SS shall simulate two c

36、ells with the following functions in each: - Frequency hoppin , see section 2.3.1.2 - Fading, see 3.4.8, on serving cell and first interferer, see 3.4.7 - Adjustable RF output power - Adjustable delay, see 2.3.1.5 - Adjustable multiframe structure (Tl, T2, T3), see 2.3.1.2 - 1 BCCH channel with powe

37、r ramping - 1 physical channel used as either PCH, AGCH, SECH, TCH (SACCH, FACCH) or as either the wanted signal or the first interferer. The RF requirements for the 2 cells are given in section 3.4. The SS shall in addition transmit the BCCH of 6 independent cells with the following characteristics

38、: - Adjustable RF output power: - Adjustable delay: - Adjustable multiframe structure: - Non correlated frequencies/timing. The RF requirements for the 6 BCCHs are given in section 3.4.4/3.4.7. It is acceptable that these 6 BCCHs tramait continuously without power ramping. For measurements of the MS

39、 at least the following test signals are to be transmitted by the SS, see section 3.4: - The Wanted signal with and without fading; - The First interfering signal with and without fading; - The Second interfering si al: - Signal for substitution o pi“ spurious signal. 2.2.1.1 standard test signals T

40、he following test signals shall be generated by the test equipment. Cx signals represent the wanted signals and the Ix signals represent the The unwanted sign-als. - signal CO - signal c1 - Signal IO - Signal Il - signal I2 Unmodulate continuous carrier: A standard GSM signai with the modulation der

41、ived by applying a data reversals signal to the input of a channel coder. The channel coder will depend on the test and the cyphec moe shall be selectable by the test method. When using this signai in the non hopping mode, the unused seven time slots shall also contain dummy bursts, with power level

42、s variable with respect to the used timeslot, see also 2.3.1.3. Unmoulated continuous carrier: A GMSK modulated carrier following the structure of the CiSM signals, but with all modulating bits (including the midamble period) derived directly from a randoa or pseudo random data stream. A standard GS

43、M signal with valid midamble, different from C1. The data bits (including bits 58 and 59) shall be derived from a random or pseudo random data stream. 4 - 3404583 0031b05 T GSM 11.40 page 6 V.3.5.OIFeb 1592 2.2.2 Reccptim capabilities The SS shall be able to receive simultaneously on at least two ph

44、ysical channels with the following functions in each: - Frequency hoppin - Adjustable multiframe structure (Tl,T2,T3) - Reception on the CCCH- (RACH), SDCCH, TCH (SACCH. FACCH). The receiving function shall be interconnected to the relevant transmission function. The SS shall in addition have the fo

45、llowing RF measurement capabilities, see section 3.3: - Average F power - Time mask power measurements - Selective RF Dower - Phase trajectory-and frequency error - RF delay. The receiver should be capable of performing the tests as specifi d in the receiver performance when operated with a MS which

46、 meets the transmitter requirements of GSM 05.05. Note: Note: For the test of cell selection/reselection (GSM 11.10/11.6), one of GSM 11.10 without the addition of bit errors in excess of 1 in 10 9 due to This requirement is based on a minimum BER measurement of 10-5. the following additional receiv

47、e functions is required: - a wide band receive function. such as for instance a spectrum analyzer (this is the preferredsolution) , or - an additional receive function for the CSM type of channel. 2.3.1 Pbysica interiace The SS shall support the full range of transmit and receive frequencies of a ba

48、se station system. The SS shall support all traffic channels for speech and data and all control channels. The frequency bands, channels and channel numbering are according to the GSM O5 series of recommendations. Note: In the future, the System Simulator may additionally utilize frequencies outside

49、 the GSM band (see also GSM 05.05). Consequently these frequencies may be included in this section later. 2.3.1.1 Activation of CLS typt testing functions It shall be possible to activate special type testing functions in the MS, defined in GSM 11.1O/III.l. 92 / 95 m L 3404583 003LbOb L CSM 11.40 page 7 V.3.5.O/Feb i992 2.3.1.2 Channel parameters and frequency hopping It shall se aossible to assign parameter values in the SS for channel definition and assignment for the two simulated BSS and the BCCHs of the adjacent cells independently. For