Split (1)

train · 494k rows

hash stringlengths 32 32	doc_id stringlengths 5 12	section stringlengths 5 1.47k	content stringlengths 0 6.67M
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.13 FDD reference test frequencies for Operating Band XIII	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 3793 779.6 MHz 4018 748.6 MHz Mid Range 3805 782.0 MHz 4030 751.0 MHz High Range 3817 784.4 MHz 4042 753.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving C...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.14 FDD reference test frequencies for Operating Band XIV	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 3893 790.6 MHz 4118 760.6 MHz Mid Range 3905 793.0 MHz 4130 763.0 MHz High Range 3917 795.4 MHz 4142 765.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving C...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.15 FDD reference test frequencies for Operating Band XV	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.16 FDD reference test frequencies for Operating Band XVI	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.17 FDD reference test frequencies for Operating Band XVII	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.18 FDD reference test frequencies for Operating Band XVIII	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.19 FDD reference test frequencies for Operating Band XIX	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 387 832.5 MHz 787 877.5 MHz Mid Range 412 837.5 MHz 812 882.5 MHz High Range 437 842.5 MHz 837 887.5 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving Cell 38...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.20 FDD reference test frequencies for Operating Band XX	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 4288 834.6 MHz 4513 793.6 MHz Mid Range 4350 847.0 MHz 4575 806.0 MHz High Range 4412 859.4 MHz 4637 818.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving C...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.21 FDD reference test frequencies for Operating Band XXI	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 462 1450.4 MHz 862 1498.4 MHz Mid Range 487 1455.4 MHz 887 1503.4 MHz High Range 512 1460.4 MHz 912 1508.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving C...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.22 FDD reference test frequencies for Operating Band XXII	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 4438 3412.6 MHz 4663 3512.6 MHz Mid Range 4625 3450.0 MHz 4850 3550.0 MHz High Range 4812 3487.4 MHz 5037 3587.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Ser...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.23 FDD reference test frequencies for Operating Band XXIII	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.24 FDD reference test frequencies for Operating Band XXIV	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.25 FDD reference test frequencies for Operating Band XXV	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 4888 1852.6 MHz 5113 1932.6 MHz Mid Range 5037 1882.4 MHz 5262 1962.4 MHz High Range 5187 1912.4 MHz 5412 1992.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Ser...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.26 FDD reference test frequencies for Operating Band XXVI	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 5538 816.6 MHz 5763 861.6 MHz Mid Range 5612 831.4 MHz 5837 876.4 MHz High Range 5687 846.4 MHz 5912 891.4 MHz For DC-HSDPA mode: Test Frequency ID HS-DSCH Cell UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range Serving C...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.27 FDD reference test frequencies for Operating Band XXVII	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.28 FDD reference test frequencies for Operating Band XXVIII	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.29 FDD reference test frequencies for Operating Band XXIX	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.30 FDD reference test frequencies for Operating Band XXX	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.31 FDD reference test frequencies for Operating Band XXXI	FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.1.32 FDD reference test frequencies for Operating Band XXXII	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range N/A N/A 6618 1454.6 MHz Mid Range N/A N/A 6715 1474.0 MHz High Range N/A N/A 6812 1493.4 MHz NOTE: Restricted to UTRA operation when dual band is configured (i.e. DB-DC-HSDPA or DB-DF-3C or DB-DF-4C). The downlink frequencies of this ba...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.2 TDD Mode Test frequencies	UTRA/TDD is designed to operate in one of three unpaired bands (3GPP TS 25.102 [12]). The reference test frequencies for the common test environment for each of the 3 operating bands are defined in the following tables:
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.2.1 Standard TDD reference test frequencies (3.84 Mcps option)	Test Frequency ID Band a Band b Band c UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) Low Range 9 513 1 902.6 MHz 9 263 1 852.6 MHz 9 563 1 912.6 MHz Mid Range 9 550 1 910 MHz 9 400 1 880 MHz 9 600 1 920 MHz High Range 9 587 1 917.4 MHz 9 537 1 907.4 MHz 9 637 1 927.4 MHz Low Ran...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.2.2 Standard TDD reference test frequencies (1.28 Mcps option)	Test Frequency ID Band a Band b Band c UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) Low Range 9504 1900.8 MHz 9254 1850.8 MHz 9554 1910.8 MHz Mid Range 9550 1910 MHz 9400 1880 MHz 9600 1920 MHz High Range 9596 1919.2 MHz 9546 1909.2 MHz 9646 1929.2 MHz Low Range 10054 2010.8 MH...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.2.3 Standard TDD reference test frequencies (7.68 Mcps option)	Test Frequency ID Band a Band b Band c UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) UARFCN Frequency (UL and DL) Low Range 9 513 1 905 MHz 9 275 1 855 MHz 9 575 1 915 MHz Mid Range 9 550 1 910 MHz 9 400 1 880 MHz 9 600 1 920 MHz High Range 9 575 1 915 MHz 9 525 1 905 MHz 9 625 1 925 MHz Low Range 10 075 2 ...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3 MFBI Test Frequencies
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.1 MFBI Test frequencies for operation Band II overlapping with Band XXV	- Same as per section 5.1.1.2
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.2 MFBI Test frequencies for operation Band III overlapping with Band IX	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 1137 1752.4 MHz 1362 1847.4 MHz Mid Range 1212 1767.4MHz 1437 1862.4 MHz High Range 1287 1782.4 MHz 1512 1877.4 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.3 MFBI Test frequencies for operation Band IV overlapping with Band X	- Same as per section 5.1.1.4
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.4 MFBI Test frequencies for operation Band V overlapping with Band XVIII	- FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.5 MFBI Test frequencies for operation Band V overlapping with Band XIX	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 4162 832.4 MHz 4387 877.4 MHz Mid Range 4187 837.4 MHz 4412 882.4 MHz High Range 4212 842.4 MHz 4437 887.4 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.6 MFBI Test frequencies for operation Band V overlapping with Band XXVI	- Same as per section 5.1.1.5
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.7 MFBI Test frequencies for operation Band IX overlapping with Band III	- Same as per section 5.1.1.9
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.8 MFBI Test frequencies for operation Band X overlapping with Band IV	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 2888 1712.6 MHz 3113 2112.6 MHz Mid Range 3025 1740.0 MHz 3250 2140.0 MHz High Range 3087 1752.4 MHz 3312 2152.4 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.9 MFBI Test frequencies for operation Band XVIII overlapping with Band V	- FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.10 MFBI Test frequencies for operation Band XVIII overlapping with Band XXVI	- FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.11 MFBI Test frequencies for operation Band XIX overlapping with Band V	- Same as per section 5.1.1.19
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.12 MFBI Test frequencies for operation Band XIX overlapping with Band XXVI	- Same as per section 5.1.1.19
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.13 MFBI Test frequencies for operation Band XXV overlapping with Band II	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 4888 1852.6 MHz 5113 1932.6 MHz Mid Range 5025 1880.0 MHz 5250 1960.0 MHz High Range 5162 1907.4 MHz 5387 1987.4 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.14 MFBI Test frequencies for operation Band XXVI overlapping with Band V	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 5588 826.6 MHz 5813 871.6 MHz Mid Range 5630 835.0 MHz 5855 880.0 MHz High Range 5687 846.4 MHz 5912 891.4 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.15 MFBI Test frequencies for operation Band XXVI overlapping with Band XVIII	- FFS
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.1.3.16 MFBI Test frequencies for operation Band XXVI overlapping with Band XIX	Test Frequency ID UARFCN Frequency of Uplink UARFCN Frequency of Downlink Low Range 5618 832.6 MHz 5843 877.6 MHz Mid Range 5643 837.5 MHz 5868 882.6 MHz High Range 5668 842.5 MHz 5893 887.6 MHz
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2 Radio conditions	There are a number of radio propagation conditions defined in 3GPP TS 34.121 [2] for FDD mode and 3GPP TS 34.122 [5] for TDD mode, which may be required for a number of tests and hence can be considered as Common Conditions for FDD mode and TDD mode respectively. NOTE: The System Simulator is required to support at lea...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.1 Normal propagation condition	This condition provides a connection between the System Simulator that is effectively free from Additive White Gaussian Noise, and where there are no fading or multipath effects. This condition will be used for Signalling tests.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.2 Static propagation condition	See 3GPP TS 34.121 [2], annex D for FDD. For TDD mode, the propagation for the static performance measurement is an Additive White Gaussian Noise (AWGN) environment. No fading and multi-paths exist for this propagation model.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.3 Multi-path fading propagation conditions	See 3GPP TS 34.121 [2], annex D for FDD and 3GPP TS 34.122 [5], annex D for TDD.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.4 Moving propagation conditions	See 3GPP TS 34.121 [2], annex D for FDD. There are no currently defined Moving propagation conditions for TDD.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.5 Birth-Death propagation conditions	See 3GPP TS 34.121 [2], annex D for FDD. There are no currently defined Birth-Death propagation conditions for TDD.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.2.6 High speed train conditions	See 3GPP TS 34.121 [2], annex D for FDD. There are no currently defined High speed train conditions for TDD.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.3 Standard test signals	Reference 3GPP TS 25.101 [11] and 3GPP TS 25102 [12] for definitions of standard test signals.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.4 Signal levels	The power levels given in clauses 5.4.1 and 5.4.2 apply for Signalling tests only. For RF tests power levels are given in 3GPP TS 34.121 [2], annex E for FDD and 3GPP TS 34.122 [5], annex E for TDD.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.4.1 Downlink signal levels	The default signal levels are defined in clauses 6.1.5, 6.1.6, and 6.1.7 of this document. The SS shall be capable of setting these downlink signal levels, and any levels specifically defined in a test case within a maximum tolerance of +/-3dB. If a test case fails due to inaccurate setting of the downlink signal level...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.4.2 Uplink signal levels	The SS shall be capable of transmitting uplink TPC commands in order to meet the requirements specified in 3GPP TS 34.123-3 clause 7.3.2.2.14a.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5 Downlink Physical Channels Code Allocation
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.1 Downlink physical channels code allocation for Signalling (FDD)
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.1.1 Downlink physical channels code allocation for non-HSDPA test cases	Table 5.5.1.1.1 shows details of the downlink code tree for the Primary Scrambling Code, SF=16 & Code=0 used in the non-HSDPA test cases. The numbers in the Code columns indicate the code number with the respective spreading factor (SF). The Note column refers to specifications where the code allocation is defined. Tab...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.1.2 Downlink physical channels code allocation for HSDPA test cases	Table 5.5.1.2.1 shows details of the downlink code tree for the Primary Scrambling Code, SF=16 & Code=0 used in the HSDPA test cases. Table 5.5.1.2.2 shows the downlink code tree used for 64QAM HSDPA test cases. The numbers in the Code columns indicate the code number with the respective spreading factor (SF). The Note...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.1.3 Downlink physical channels code allocation for E-DCH test cases	Table 5.5.1.3.1 shows details of the downlink code tree for the Primary Scrambling Code, SF=16 and Code=0 used in the E-DCH test cases for the case when HSDPA 64QAM is not used. Table 5.5.1.3.2 shows details of the downlink code tree for the Primary Scrambling Code, SF=16 and Code=0 used in the E-DCH test cases for the...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.1.4 Downlink physical channels code allocation for MBMS/MBSFN test cases	Table 5.5.1.4 shows details of the downlink code tree for the Primary Scrambling Code used in the MBMS/MBSFN test cases. The numbers in the Code columns indicate the code number with the respective spreading factor (SF). The Note column refers to specifications where the code allocation is defined. Table 5.5.1.4: MBMS/...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.2 Downlink physical channels code allocation for Signalling (TDD)	<FFS>
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.2.1 Downlink physical channels code allocation for Signalling	(3.84 Mcps TDD IMB) Table 5.5.2.1 shows details of the downlink code tree for the Primary Scrambling Code used in the MBSFN test cases. The numbers in the Code columns indicate the code number with the respective spreading factor (SF). The Note column refers to specifications where the code allocation is defined. Table...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.2.2 Physical channels code allocation for Signalling	(1.28 Mcps TDD) Table 5.5.2.2 shows details of the physical channel code used in the test cases. The numbers in the Code columns indicate the timeslot and code number with the respective spreading factor (SF). The Note column refers to specifications where the code allocation is defined. Table 5.5.2.2: Physical Channel...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	5.5.3 Downlink physical channels code allocation for RF	The downlink physical channels code allocation for RF tests is defined in 3GPP TS 34.121 [2] Annex E.6. 6 Reference system configurations This clause defines a number of Reference System Configurations which can be used for different tests.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1 Simulated network environments	The UE will eventually have to operate in either single mode networks (FDD or TDD), dual mode networks (FDD+TDD), or inter-RAT networks (FDD or TDD + GSM). The following tables list the default parameters for 1 to 8 cell environments for testing. To simplify TTCN implementation the total number of simultaneous cells in...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.1 SCCPCH configuration with Stand-alone SRB for PCCH in the first SCCPCH and Interactive/Background 32 kbps PS RAB + SRBs for CCCH/DCCH/BCCH in the second SCCPCH	Two SCCPCHs are used in this SYSTEM INFORMATION configuration. The first SCCPCH carries the PCH and the second SCCPCH carries the FACH for Interactive/Background 32 kbps PS RAB and the FACH for SRBs on CCCH/ DCCH/ BCCH. This Reference System Configuration is the same as defined in clause 6.1, except for the following S...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.2 SCCPCH configuration with Stand-alone SRB for PCCH in the first SCCPCH, RB for CTCH + SRBs for CCCH/BCCH in the second SCCPCH and Interactive/Background 32 kbps PS RAB + SRBs for CCCH/DCCH/BCCH in the third SCCPCH (FDD only)	Three SCCPCHs are used in this SYSTEM INFORMATION configuration. The first SCCPCH carries the PCH. The second SCCPCH carries the FACH for CTCH (Cell Broadcast Service) and the FACH for SRBs on CCCH/ BCCH for idle mode UEs. The third SCCPCH carries the FACH for Interactive/Background 32 kbps PS RAB and the FACH for SRBs...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.3 SCCPCH configuration with Stand-alone SRB for PCCH in the first SCCPCH and Interactive/Background 32 kbps PS RAB + SRBs for CCCH/DCCH/BCCH in the second and third SCCPCHs	Three SCCPCHs are used in this SYSTEM INFORMATION configuration. The first SCCPCH carries the PCH and both the second and third SCCPCHs carry the FACH for Interactive/Background 32 kbps PS RAB and the FACH for SRBs on CCCH/ DCCH/ BCCH. This Reference System Configuration is the same as defined in clause 6.1, except for...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.4 Default parameters for 1 to 8 cell environments	Default settings for cell No.1 (FDD) Downlink input level Reference clause 6.10 "Parameter Set" Uplink output power Minimum supported by the UE's power class. PCCPCH/PCPICH carrier number Reference clause 6.10 "Parameter Set" Cell Channel Description - Primary CPICH info - Primary scrambling code 100 Contents of System...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.4.1 Default Cell parameters Two PLMN in UTRAN test scenario	In this scenario two cell groups belong to two different PLMN, Cell 1, 2, 3, 7, 8 (for PLMN1) and Cell 4,5,6 (for PLMN2) shall be configured on two different frequencies. The contents of SYSTEM INFORMATION BLOCK TYPE 1 to 16 messages for cell No.1 to 8 are identical to those of cell No.1-8 in clause 6.1.4. Exceptions a...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.4.2 Default Cell parameters Three PLMN in UTRAN test scenario	In this scenario three cell groups belong to three different PLMN, Cell 1, 2, 3 (for PLMN1), Cell 4, 5, 6 (for PLMN2) and Cell 7, 8 (for PLMN3) shall be configured on three different frequencies. The contents of SYSTEM INFORMATION BLOCK TYPE 1 to 16 messages for cell No.1 to 8 are identical to those of cell No.1-8 in c...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.4.3 Default Cell parameters for MBMS 21 to 28 cell environments	Cell No.21 The contents of SYSTEM INFORMATION BLOCK TYPE 1 to 16 messages for cell No.21 are identical to those of cell No.1 with the following exceptions. Cell identity 0000000000000000000000010101B URA identity 0000 0000 0000 0001B Default settings for cell No.21 (FDD) Downlink input level Reference clause 6.10 "Para...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.4.4 Default Cell parameters for MBSFN 31 to 38 cell environments	Cell No.31 Default settings for cell No.31 (TDD) Downlink input level Reference clause 6.1.6 PCCPCH/PCPICH carrier number Reference clause 5.1.2 Cell Channel Description - Primary CCPCH info - Cell parameters ID 1 Default settings for cell No.31 (3.84 Mcps TDD IMB) Downlink input level Reference clause 6.1.6.1 " Refere...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.5 Reference Radio Conditions (FDD)	The following transmission parameters shall be used unless otherwise stated in the description of the individual test case. Table 6.1.3 are the default settings for a non-suitable cell which is configured and always present whereas table 6.1.4 is for a cell that is switched off. Cells configured according to table 6.1....
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.5.1 HARQ Transmission Parameters (FDD)	The following HARQ transmission parameters shall be used for test cases in 34.123-1 configuring HS-DSCH channels. Table 6.1.5.1 : HARQ transmission parameters without MIMO Parameter QPSK modulation 16QAM modulation 64QAM modulation Redundancy and constellation version coding sequence {0,2,5,6,1,3,7,4} {6,2,1,5,3,4,7,0}...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.5.2 Inter-band testing (FDD)	FDD inter-band testing only applies for UEs supporting multiple FDD bands simultaneously. In this case the UE can perform cell (re-)selection or inter-frequency mobility between a primary band and a secondary band. The primary and secondary FDD bands are selected according to PIXIT parameters. If a UE supports more tha...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.6 Reference Radio Conditions (TDD)	The following transmission parameters shall be used for TDD modes other than 3.84 Mcps TDD IMB unless otherwise stated in the description of the individual test case. Table 6.1.6a: Default settings for a serving cell in a single cell environment Parameter Unit Cell 1/Cell 21/Cell 31 Cell type Serving cell UTRA RF Chann...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.6.1 Reference Radio Conditions (3.84 Mcps TDD IMB)	The following transmission parameters shall be used unless otherwise stated in the description of the individual test case. Table 6.1.6.3 gives the default settings for a non-suitable cell which is configured and always present whereas table 6.1.6.4 is for a cell that is switched off. Cells configured according to tabl...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.7 Reference Radio Conditions (GSM)	The following transmission parameters shall be used unless otherwise stated in the description of the individual test case. Table 6.1.10: Default settings for a serving cell and a suitable neighbour cell in a multi-cell environment Parameter Unit Cell 9 Cell 10 Cell type Serving cell Suitable neighbour cell BCCH ARFCN ...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.1.8 Reference Radio Conditions (WLAN AP)	The same transmission parameters as in 36.508[45] clause 4.4.8 shall be used unless otherwise stated in the description of the individual test case.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.2 Number of neighbour cells	The options for the number of neighbour cells (i.e. the total number of active cells in the simulated network) are given below. See clause 6.1 for cell configurations.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.2.1 Basic Network	Number of Cells Use of Network Configuration 1 Basic UE registration; RRC Connection Establishment and Release; operation of dedicated channels in non-handover modes; general RF and EMC testing
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.2.2 Soft Handover Network (FDD)	Number of Cells Use of Network Configuration/Constraints 2 Can be used in place of basic network, plus offering operation of dedicated channels in 2 way soft handover or in 2 way SSDT (R99 and Rel-4 only) handover for RF or signalling tests; simple cell reselection tests
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.2.3 Hard Handover Network	Number of Cells Use of Network Configuration 2 Can be used in place of basic network, plus offering operation in 2 cell hard handover (inter-frequency) 6.2.4 'Roaming' Network Number of Cells Use of Network Configuration 6 This configuration is intended to provide the capability for extensive cell selection and reselec...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.3 Cell/BS codes etc	See clause 6.1.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.4 Routing/location area	See clause 6.1.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.5 Network options settings	See clause 6.1.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6 Power control mode
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.1 Downlink Power Control
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.1.1 Outer Loop Power Control	This is used to set the SIR requirements from the given BER/BLER requirements for the dedicated channel - the reference configuration is for the BER/BLER and SIR requirements to be fixed, i.e. Outer Loop Power Control is disabled.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.1.2 Inner Loop Power Control	The inner loop power control adjusts the power of the dedicated channel to meet the SIR requirements. The reference condition is for the Inner Loop Power Control to be disabled.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.2 Uplink Power Control
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.2.1 Outer Loop Power Control	This is used to set the SIR requirements from the given BER/BLER requirements for the dedicated channel - the reference configuration is for the BER/BLER and SIR requirements to be fixed, i.e. Outer Loop Power Control is disabled.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.6.2.2 Inner Loop Power Control (FDD)	The inner loop power control adjusts the power of the dedicated channel to meet the SIR requirements.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7 Tx Diversity modes	The reference settings for Tx Diversity Mode shall be:
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.1 Non-Diverse Operation	DL Transmit Diversity shall be disabled on all cells in the simulated network.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2 Diverse Operation
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2.1 Diverse Operation (FDD mode)	The diversity options applied to the DL channels shall be as below for all cells in the simulated network. Channel Open loop mode Closed loop Mode TSTD STTD P-CCPCH - X - SCH X - - S-CCPCH - X - DPCH - X - PICH - X - AICH - X -
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2.2 Diverse Operation (TDD mode)	The diversity options applied to the DL channels shall be as below for all cells in the simulated network.
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2.2.1 3.84 Mcps option	Table 6.7.1: Application of Tx diversity schemes on downlink physical channel types in 3.84 Mcps TDD "X" - can be applied, "-" - must not be applied Physical channel type Open loop TxDiversity Closed loop TxDiversity TSTD SCTD (see note) P-CCPCH - X - S-CCPCH -- X -- SCH X - - DPCH - - X PDSCH - X X PICH - X - NOTE: SC...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2.2.2 1.28 Mcps option	Table 6.7.2: Application of Tx diversity schemes on downlink physical channel types in 1.28 Mcps TDD "X" - can be applied, "-" - must not be applied Physical channel type Open loop TxDiversity Closed loop TxDiversity TSTD SCTD (see note) P-CCPCH X X - S-CCPCH X X - DwPCH X - - DPCH X - X PDSCH X X X PICH X X - NOTE: SC...
3a85e454e39f475ca4cc8cf8d274b2b4	34.108	6.7.2.2.1 7.68 Mcps option	Table 6.7.1: Application of Tx diversity schemes on downlink physical channel types in 7.68 Mcps TDD "X" - can be applied, "-" - must not be applied Physical channel type Open loop TxDiversity Closed loop TxDiversity TSTD SCTD (see note) P-CCPCH - X - S-CCPCH -- X -- SCH X - - DPCH - - X PDSCH - X X PICH - X - NOTE: SC...

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