SIST TBR 005:2000

SLOVENSKI STANDARD
SIST TBR 005:2000
01-julij-2000
(YURSVNLGLJLWDOQLFHOLHQLWHOHNRPXQLNDFLMVNLVLVWHP3ULNOMXþLWYHQH]DKWHYH
PRELOQLKSRVWDMVLVWHPD*60JOREDOQLVLVWHPPRELOQLKNRPXQLNDFLM'RVWRS
European digital cellular telecommunications system; Attachment requirements for
Global System for Mobile communications (GSM) mobile stations; Access
Ta slovenski standard je istoveten z: TBR 005 Edition 2
ICS:
33.070.50 Globalni sistem za mobilno Global System for Mobile
telekomunikacijo (GSM) Communication (GSM)
SIST TBR 005:2000 en
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.

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SIST TBR 005:2000

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SIST TBR 005:2000
TECHNICAL TBR 5
BASIS for October 1995
REGULATION Second Edition
Source: ETSI TC-SMG Reference: RTBR/SMG-0005
ICS: 33.060.50
European digital cellular telecommunications sytem, Global System for Mobile communications
Key words:
(GSM)
European digital cellular telecommunications sytem;
Attachment requirements for Global System for Mobile
communications (GSM) mobile stations
Access
ETSI
European Telecommunications Standards Institute
ETSI Secretariat
F-06921 Sophia Antipolis CEDEX - FRANCE
Postal address:
650 Route des Lucioles - Sophia Antipolis - Valbonne - FRANCE
Office address:
c=fr, a=atlas, p=etsi, s=secretariat - secretariat@etsi.fr
X.400: Internet:
Tel.: +33 92 94 42 00 - Fax: +33 93 65 47 16
Copyright Notification: No part may be reproduced except as authorized by written permission. The copyright and the
foregoing restriction extend to reproduction in all media.
© European Telecommunications Standards Institute 1995. All rights reserved.
New presentation - see History box

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TBR 5: October 1995
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 Editing and Committee Support Dept." at the address shown on the title page.

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Contents
Foreword .11
1 Scope .13
2 Normative references.13
3 Information from the client to the test laboratory.14
4 Other requirements for GSM mobile stations.14
5 Structure of the TBR .14
6 References to GSM core specifications.15
7 Abbreviations.16
8 General tests and procedures.18
8.1 Support and non-support of services.18
8.2 Support of single numbering scheme .19
8.3 IMEI Security.20
9 Spurious emissions .20
9.1 MS allocated a channel (conducted spurious emissions).20
9.2 MS in idle mode (conducted spurious emissions) .21
9.3 MS allocated a channel (radiated spurious emissions) .22
9.4 MS in idle mode (radiated spurious emissions).23
10 Transmitter .23
10.1 Phase error and frequency error.23
10.2 Frequency error under multipath and interference conditions .24
10.3 Peak transmitter carrier power and burst timing.25
10.4 Output RF spectrum, modulation and switching transients .28
11 Receiver .29
11.1 Sensitivity.29
11.1.1 Reference Sensitivity for TCH/FS .29
11.1.2 Reference sensitivity for Control Channel (CCH).30
11.2 Usable Receiver Input Level Range .31
11.3 Co-channel rejection.32
11.3.1 TCH-Full Rate Speech .32
11.3.2 Control Channel .33
11.4 Adjacent channel rejection.34
11.4.1 Adjacent interferer 200 kHz (I2W).34
11.4.2 Adjacent interferer 400 kHz (I4W).35
11.5 Intermodulation rejection .38
11.6 Blocking and spurious response.39
11.6.1 TCH-Full Rate Speech .39
11.6.2 TCH Control Channel.39
12 Tests of Layer 2 signalling functions .40
12.1 Timing requirements and frame format .40
12.1.1 Timing requirements .40
12.1.2 Frame format.41
12.2 Initialisation when contention resolution required .41
12.2.1 Normal initialisation .42
12.2.2 Initialisation failure.42

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12.2.2.1 Loss of UA frame. 42
12.2.2.2 UA frame with different information field. 43
12.2.2.3 Information frame or supervisory frames in response to an SABM frame . 44
12.2.3 Initialisation denial. 44
12.2.4 Total initialisation failure . 45
12.3 Initialisation, contention resolution not required . 46
12.3.1 Normal initialisation. 46
12.3.2 Initialisation failure . 47
12.3.3 Initialisation denial. 47
12.3.4 Total initialisation failure . 48
12.4 Normal information transfer . 49
12.4.1 Sequence counting and I frame acknowledgements. 49
12.4.2 Receipt of an I frame in the timer recovery state. 50
12.4.3 Segmentation and concatenation . 51
12.5 Normal Layer 2 disconnection. 52
12.6 RR response frame loss (MS to SS). 52
12.7 Test of frame transmission with incorrect C/R value. 53
12.8 Test of errors in the control field. 54
12.9 Test on receipt of invalid frame. 54
13 Initial Tests. 56
13.1 Scheduling of the channel request transmission. 56
13.1.1 Txinteger is low, non-combined case . 56
13.1.2 Txinteger is low, combined case . 57
13.1.3 Txinteger and Maxretrans are put to random values, non combined case . 59
13.1.4 Txinteger and Maxretrans are put to random values, combined case . 60
13.1.5 Test of random generator. 61
13.2 IMSI detach/attach . 62
13.2.1 IMSI attach and detach are not allowed, SIM remains continuously in the
ME . 62
13.2.2 IMSI attach and detach are not allowed, SIM is removed and put again. 63
13.2.3 IMSI attach and detach are required, the MS is powered off. 64
13.2.4 IMSI attach and detach are required, the MS is powered on. 64
13.2.5 IMSI attach and detach are required, SIM is removed . 65
13.2.6 IMSI attach and detach are required, SIM is inserted. 66
13.3 Test of sequenced MM/CC message transfer . 67
14 Test of MS functions in idle mode . 67
14.1 MS indication of available PLMNs. 67
14.2 MS will send only if BSS is "On air". 68
15 Test of L3 error handling . 69
15.1 Errors in L3 messages . 69
15.1.1 Wrong protocol discriminator. 69
15.2 Test of MS reaction to errors in Transaction Identifier . 69
15.2.1 Test of TI error in RR management message. 69
15.2.2 Test of TI error in MM message . 70
15.2.3 Test of TI error in CC message . 71
15.2.3.1 Test of TI error in CC message - 1st case . 71
15.2.3.2 Test of TI error in CC message - 2nd case . 71
15.2.3.3 Test of TI error in CC message - 3rd case. 72
15.2.3.4 Test of TI error in CC message - 4th case . 72
15.3 Test of message type errors . 73
15.3.1 Test of MS reaction to non-existent message type - CC protocol . 73
15.3.2 Test of MS reaction to message inconsistent with Call Control PD. 74
15.3.3 Test of MS reaction to message inconsistent with call state . 74
15.4 Test of general information element errors. 75
15.4.1 Test of MS response to duplicated Information Elements. 75
15.5 Test of MS reaction to mandatory information element errors. 76
15.5.1 Test of MS reaction to Mandatory Information Element errors in RR
message . 76
15.5.1.1 Test of MS reaction to Mandatory Information Element errors in RR
message - CHANNEL RELEASE . 76

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15.5.1.2 Test of MS reaction to Mandatory Information Element errors in RR
message - CIPHER MODE COMMAND .76
15.5.2 Test of MS reaction to Mandatory Information Element errors in MM
message.77
15.5.3 Test of MS reaction to Mandatory information Element errors in CC
message.77
15.5.3.1 Test of MS reaction to Mandatory Information Element errors in CC
message - 1st case .77
15.5.3.2 Test of MS reaction to Mandatory Information Element errors in CC
message - 2nd case.78
15.5.3.3 Test of MS reaction to Mandatory Information Element errors in CC
message - 3rd case.79
15.6 Test of MS reaction to non-mandatory information element errors .79
15.6.1 Test of MS reaction to non-mandatory information element errors in RR
message.79
15.6.1.1 Test of MS reaction to unrecognized information element in RR message
on a dedicated control channel - comprehension required .79
15.6.1.2 Test of MS reaction to unrecognized information element in RR message
on a dedicated control channel - comprehension not required .80
15.6.2 Test of MS reaction to non-mandatory information element errors in MM
message.80
15.6.2.1 Test of MS reaction to non-mandatory information element errors in MM
messages - comprehension required.80
15.6.2.2 Test of MS reaction to non-mandatory information element errors in MM
messages - comprehension not required.81
15.6.3 Test of MS reaction to non-mandatory information element errors in CC
message.82
15.6.3.1 Test of MS reaction to non-mandatory information element errors in CC
messages - 1st case .82
15.6.3.2 Test of MS reaction to non-mandatory information element errors in CC
messages - 2nd case .83
15.6.3.3 Test of MS reaction to non-mandatory information element errors in CC
messages - 3rd case.83
15.6.3.4 Test of MS reaction to non-mandatory information element errors in CC
messages - 4th case .84
15.6.3.5 Test of MS reaction to non-mandatory information element errors in CC
messages - 5th case .85
16 Elementary procedures for Radio Resource management.85
16.1 Immediate assignment.85
16.1.1 Assignment procedure .85
16.1.2 Extended assignment.86
16.1.3 Assignment rejection.88
16.1.4 Ignore assignment for another MS.88
16.2 Test of paging .89
16.2.1 Normal paging.89
16.2.1.1 Paging request type 1.89
16.2.1.2 Paging request type 2.90
16.2.1.3 Paging request type 3.92
16.2.1.4 MS with no more TMSI available.92
16.2.2 Extended paging .93
16.2.3 Paging reorganisation .94
16.2.4 No change of page mode.95
16.3 Measurement report .95
16.3.1 No neighbouring cells.96
16.3.2 All neighbours present.96
16.3.3 Combination of barred cells and un-permitted PLMNs .97
16.3.4 Use of DTX in the measurement report .97
16.4 Test of dedicated channel assignment .98
16.4.1 Assignment completion .98
16.4.2 Assignment failure.100
16.5 Test of handover.100

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16.5.1 Non synchronized handover during call in progress towards a TCH/F
without frequency hopping. 100
16.5.2 Non synchronized handover during call in progress, from a TCH/H without
frequency hopping to a TCH/H with frequency hopping . 101
16.5.3 Non synchronized handover during call establishment from TCH/F with
frequency hopping to TCH/F with frequency hopping. 102
16.5.4 Non synchronized handover during call establishment from SDCCH with
frequency hopping to TCH/F without frequency hopping. 103
16.5.5 Synchronized handover during call in progress from TCH/F with frequency
hopping to TCH/F without frequency hopping . 105
16.5.6 Synchronized handover during call in progress from TCH/H with
frequency hopping to TCH/H without frequency hopping . 105
16.5.7 Synchronized handover during call establishment from SDCCH with
frequency hopping to SDCCH with frequency hopping. 106
16.5.8 Synchronized handover during call establishment from TCH/F without
frequency hopping to TCH/F with frequency hopping. 108
16.5.9 Synchronized handover during call establishment from SDCCH without
frequency hopping to TCH/F without frequency hopping. 109
16.5.10 Layer 3 failure on the target cell during non synchronized handover
procedure from TCH/F with frequency hopping to TCH/F without
frequency hopping . 110
16.5.11 Layer 1 failure on the target cell during non synchronized handover
procedure from TCH/F without frequency hopping to TCH/F with
frequency hopping . 111
16.6 Frequency redefinition. 111
16.7 Transmission mode change. 112
16.8 Ciphering mode setting . 113
16.9 Classmark change . 114
16.10 Channel release . 115
16.11 Ciphering mode setting for MS supporting A5/2 . 116
16.12 Classmark Interrogation. 117
17 Elementary procedures of Mobility Management (MM). 117
17.1 Test of TMSI reallocation procedure. 117
17.2 Test of authentication procedure. 118
17.3 Test of identification procedure. 119
17.4 Test of location updating procedure. 120
17.4.1 Location updating accepted. 120
17.4.2 Location updating reject. 121
17.4.2.1 Location updating reject cause "IMSI unknown in HLR". 121
17.4.2.2 Location updating reject cause "PLMN not allowed" . 122
17.4.2.3 Location updating reject cause "Location area not allowed" . 124
17.4.3 Abnormal cases during location updating procedure . 125
17.4.3.1 Random access fails . 125
17.4.3.2 Attempt counter smaller than 4, stored LAI different from broadcast LAI. 126
17.4.3.3 Attempt counter greater or equal to 4, stored LAI different from broadcast
LAI . 128
17.4.3.4 Attempt counter smaller than 4, stored LAI equal to broadcast LAI . 130
17.4.4 Test of periodic updating . 132
17.5 MM connection establishment. 134
17.5.1 MM connection establishment with cipher mode setting . 134
17.5.2 MM connection establishment rejected with cause "IMSI unknown in VLR"134
18 Tests related to circuit switched Call Control (CC) . 135
18.1 Circuit switched Call Control state machine. 135
18.1.1 Establishment of an outgoing call. 135
18.1.1.1 U0 null state. 135
18.1.1.2 U0.1 MM connection pending . 136
18.1.1.2.1 U0.1 MM connection pending - 1st case . 136
18.1.1.2.2 U0.1 MM connection pending - 2nd case . 136
18.1.1.2.3 U0.1 MM connection pending - 3rd case. 137
18.1.1.3 U1 call initiated. 138
18.1.1.3.1 U1 call initiated - 1st case. 138

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18.1.1.3.2 U1 call initiated - second case.138
18.1.1.3.3 U1 call initiated - 3rd case .139
18.1.1.3.4 U1 call initiated - 4th case .139
18.1.1.3.5 U1 call initiated - 5th case .140
18.1.1.3.6 U1 call initiated - 6th case .141
18.1.1.3.7 U1 call initiated - 7th case .141
18.1.1.4 U3 MS originating call proceeding.142
18.1.1.4.1 U3 MS originating call proceeding - first case.142
18.1.1.4.2 U3 MS originating call proceeding - 2nd case.142
18.1.1.4.3 U3 MS originating call proceeding - 3rd case.143
18.1.1.4.4 U3 MS originating call proceeding - 4th case.144
18.1.1.4.5 U3 MS originating call proceeding - 5th case.144
18.1.1.4.6 U3 MS originating call proceeding - 6th case.145
18.1.1.4.7 U3 MS originating call proceeding - 7th case.146
18.1.1.4.8 U3 MS originating call proceeding - 8th case.146
18.1.1.4.9 U3 MS originating call proceeding - 9th case.147
18.1.1.4.10 U3 MS originating call proceeding - 10th case.147
18.1.1.4.11 U3 MS originating call proceeding - 11th case.148
18.1.1.5 U4 call delivered.149
18.1.1.5.1 U4 call delivered - 1st case .149
18.1.1.5.2 U4 call delivered - 2nd case .149
18.1.1.5.3 U4 call delivered - 3rd case.150
18.1.1.5.4 U4 call delivered - 4th case .150
18.1.1.5.5 U4 call delivered - 5th case .151
18.1.1.5.6 U4 call
...