5 Reference test conditions

34.1083GPPCommon test environments for User Equipment (UE)Conformance testingRelease 15TS

Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM

5.1 Test frequencies

The test frequencies are based the UMTS frequency bands defined in the core specifications.

To avoid interference with adjacent frequency bands the lowest test frequency (downlink and uplink) needs to be offset upwardly by at least 2.6 MHz since the channel’s width is 5 MHz for FDD and 3.84 Mcps TDD option, and 0.8 MHz for 1.28 Mcps TDD option since the channel’s width is 1.6 MHz. The raster spacing is 200KHz. Similarly the highest test frequency (downlink and uplink) needs to be offset downwardly by at least 2.6 MHz for FDD and 3.84 Mcps TDD option, and 0.8 MHz for 1.28 Mcps TDD option.

NOTE1: Additional regulations concerning interferences to frequency bands used by different systems may also exist. Those regulations are specific to the country where the test equipment is used and need to be taken into account if they require a higher offset than 2.6 MHz from the edge frequencies for FDD and 3.84 Mcps TDD option, and 0.8 MHz for 1.28 Mcps TDD option.

NOTE2: In Band VI, to avoid interference with adjacent frequency bands the lowest test frequency (downlink and uplink) needs to be offset upwardly by at least 2.5 MHz, highest test frequency (downlink and uplink) needs to be offset downwardly by at least 2.5 MHz from the edge frequencies since additional centre frequencies are specified according to 3GPP TS 25.101 [11].

5.1.1 FDD Mode Test frequencies

UTRA/FDD is designed to operate in one or more paired bands specified in 3GPP TS 25.101 [11]. The reference test frequencies for the common test environment for each operating bands are defined in the following tables.

In DC-HSDPA mode UE receives two cells simultaneously, the serving HS-DSCH cell and the secondary serving HS-DSCH cell. The spacing of carrier frequencies of the two cells is 5 MHz.

In DC-HSUPA mode UE transmits two cells simultaneously, the Primary uplink frequency and the Secondary uplink frequency. The spacing of carrier frequencies of the two cells is 5 MHz.

In DB-DC-HSDPA mode UE receives two cells simultaneously, the serving HS-DSCH cell and the secondary serving HS-DSCH cell. The serving and secondary serving cell are on different operating bands and therefore utilize the same reference test frequencies per operating band as in single cell operation. The same test frequency ID (Low, Mid or High) is configured on both bands. The serving cell is placed on the lowest band number and the secondary serving cell is placed on the highest band number in the band combination defined in table 5.0aA of 3GPP TS 25.101 [11].

In 4C-HSDPA mode UE receives up to four cells simultaneously, the serving HS-DSCH cell and the secondary serving HS-DSCH cells. The serving cell and the secondary serving cells configuration for single band and dual band are defined in tables 5.0aB and 5.0aC of 3GPP TS 25.101 [11] respectively. The spacing of the adjacent carrier frequencies in downlink and uplink shall be 5 MHz and Mid frequency shall be used on both the bands wherever applicable. The downlink test frequencies for the different 4C-HSDPA band combinations are specified under each associated band (A and B).

NOTE: Example 4C-HSDPA band combination II-2-IV-2: The test frequencies for the Serving Cell and one of the Secondary Serving Cells are specified in subclause 5.1.1.2 for band II (Band A); and the other two Secondary Serving Cells are specified in subclause 5.1.1.4 for band IV (Band B).

In Multiflow HSDPA mode, UE receives up to four cells simultaneously, the serving HS-DSCH cell , assisting serving HS-DSCH Cell, the secondary serving HS-DSCH cell and assisting secondary serving HS-DSCH Cell. The serving cell and the secondary serving cells configuration for single band and dual band are defined in tables 5.0aB and 5.0aC of 3GPP TS 25.101 [11] respectively. The spacing of the adjacent carrier frequencies in downlink and uplink shall be 5 MHz and Mid frequency shall be used on both the bands wherever applicable. The downlink test frequencies for the different Multiflow HSDPA band combinations are specified under each associated band (A and B).

For the requirements for UEs supporting HS-DSCH categories 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 35, 36, 37 or 38, when the carriers are located in the same frequency band or the carriers belong to the same cell group in Multiflow mode, the spacing of the carrier frequencies of the two cells shall be 5 MHz.

For Multiflow HSDPA requirements in subclause 9.2.5, the serving HS-DSCH cell and the assisting serving HS-DSCH cell shall have the same carrier frequency, and the secondary serving HS-DSCH cell and the assisting secondary serving HS-DSCH cell shall have the same carrier frequency.

For Multiflow performance with a UE supporting one of the categories 21, 22, 23, 24, 25, 26, 27 or 28, the simplified testing method in Annex C.5.4A can be applied.

5.1.1.1 FDD reference test frequencies for Operating Band I

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	9613	1922.6 MHz	10563	2112.6 MHz
Mid Range	9750	1950.0 MHz	10700	2140.0 MHz
High Range	9887	1977.4 MHz	10837	2167.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	9613	1922.6 MHz	10563	2112.6 MHz
Low Range	Secondary Serving Cell	–	–	10588	2117.6 MHz
Mid Range	Serving Cell	9750	1950.0 MHz	10700	2140.0 MHz
Mid Range	Secondary Serving Cell	–	–	10725	2145.0 MHz
High Range	Serving Cell	9887	1977.4 MHz	10837	2167.4 MHz
High Range	Secondary Serving Cell	–	–	10812	2162.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	9613	1922.6 MHz	10563	2112.6 MHz
Low Range	Secondary Serving Cell	9638	1927.6 MHz	10588	2117.6 MHz
Mid Range	Serving Cell	9750	1950.0 MHz	10700	2140.0 MHz
Mid Range	Secondary Serving Cell	9775	1955.0 MHz	10725	2145.0 MHz
High Range	Serving Cell	9887	1977.4 MHz	10837	2167.4 MHz
High Range	Secondary Serving Cell	9862	1972.4 MHz	10812	2162.4 MHz

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: I-1-V-2, I-2-VIII-1, I-2-VIII-2, I-1-VIII-2, I-2-V-1, I-2-V-2, I-3, I-3-VIII-1, I-1-XXXII-2 and I-2-XXXII-1 with up to 2 uplink carriers.

NOTE See subclauses 5.1.1.5, 5.1.1.8 and 5.1.1.32 for test frequencies for the associated carriers on bands V, VIII and XXXII.

Test Frequency ID	HS-DSCH Cell	Applicable I-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	I-1, I-2, I-3	9613	1922.6 MHz	10563	2112.6 MHz
	Secondary Serving Cell	I-2, I-3	9638	1927.6 MHz	10588	2117.6 MHz
	Secondary Serving Cell	I-3	–	–	10613	2122.6 MHz
Mid Range	Serving Cell	I-1, I-2, I-3	9750	1950.0 MHz	10700	2140.0 MHz
	Secondary Serving Cell	I-2, I-3	9775	1955.0 MHz	10725	2145.0 MHz
	Secondary Serving Cell	I-3	–	–	10750	2150.0 MHz
High Range	Serving Cell	I-1, I-2, I-3	9887	1977.4 MHz	10837	2167.4 MHz
	Secondary Serving Cell	I-2, I-3	9862	1972.4 MHz	10812	2162.4 MHz
	Secondary Serving Cell	I-3	–	–	10787	2157.4 MHz

5.1.1.2 FDD reference test frequencies for Operating Band II

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	9263	1852.6 MHz	9663	1932.6 MHz
Mid Range	9400	1880.0 MHz	9800	1960.0 MHz
High Range	9537	1907.4 MHz	9937	1987.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	9263	1852.6 MHz	9663	1932.6 MHz
Low Range	Secondary Serving Cell	–	–	9688	1937.6 MHz
Mid Range	Serving Cell	9400	1880.0 MHz	9800	1960.0 MHz
Mid Range	Secondary Serving Cell	–	–	9825	1965.0 MHz
High Range	Serving Cell	9537	1907.4 MHz	9937	1987.4 MHz
High Range	Secondary Serving Cell	–	–	9912	1982.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	9263	1852.6 MHz	9663	1932.6 MHz
Low Range	Secondary Serving Cell	9288	1857.6 Mhz	9688	1937.6 MHz
Mid Range	Serving Cell	9400	1880.0 MHz	9800	1960.0 MHz
Mid Range	Secondary Serving Cell	9425	1885.0 Mhz	9825	1965.0 MHz
High Range	Serving Cell	9537	1907.4 MHz	9937	1987.4 MHz
High Range	Secondary Serving Cell	9512	1902.4 Mhz	9912	1982.4 MHz

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: II-1-V-2, II-1-IV-2, II-2-IV-1 and II-2-IV-2 with up to 2 uplink carriers.

NOTE See subclause 5.1.1.4 for test frequencies for the associated carriers on band IV.

Test Frequency ID	HS-DSCH Cell	Applicable II-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	II-1, II-2	9263	1852.6 MHz	9663	1932.6 MHz
Low Range	Secondary Serving Cell	II-2	9288	1857.6 Mhz	9688	1937.6 MHz
Mid Range	Serving Cell	II-1, II-2	9400	1880.0 MHz	9800	1960.0 MHz
Mid Range	Secondary Serving Cell	II-2	9425	1885.0 Mhz	9825	1965.0 MHz
High Range	Serving Cell	II-1, II-2	9537	1907.4 MHz	9937	1987.4 MHz
High Range	Secondary Serving Cell	II-2	9512	1902.4 Mhz	9912	1982.4 MHz

5.1.1.3 FDD reference test frequencies for Operating Band III

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	938	1712.6 MHz	1163	1807.6 MHz
Mid Range	1112	1747.4 MHz	1337	1842.4 MHz
High Range	1287	1782.4 MHz	1512	1877.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	938	1712.6 MHz	1163	1807.6 MHz
Low Range	Secondary Serving Cell	–	–	1188	1812.6 MHz
Mid Range	Serving Cell	1112	1747.4 MHz	1337	1842.4 MHz
Mid Range	Secondary Serving Cell	–	–	1362	1847.4 MHz
High Range	Serving Cell	1287	1782.4 MHz	1512	1877.4 MHz
High Range	Secondary Serving Cell	–	–	1487	1872.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	938	1712.6 MHz	1163	1807.6 MHz
Low Range	Secondary Serving Cell	963	1717.6 MHz	1188	1812.6 MHz
Mid Range	Serving Cell	1112	1747.4 MHz	1337	1842.4 MHz
Mid Range	Secondary Serving Cell	1137	1752.4 MHz	1362	1847.4 MHz
High Range	Serving Cell	1287	1782.4 MHz	1512	1877.4 MHz
High Range	Secondary Serving Cell	1262	1777.4 MHz	1487	1872.4 MHz

5.1.1.4 FDD reference test frequencies for Operating Band IV

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	1313	1712.6 MHz	1538	2112.6 MHz
Mid Range	1450	1740.0 MHz	1675	2140.0 MHz
High Range	1512	1752.4 MHz	1737	2152.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	1313	1712.6 MHz	1538	2112.6 MHz
Low Range	Secondary Serving Cell	–	–	1563	2117.6 MHz
Mid Range	Serving Cell	1450	1740.0 MHz	1675	2140.0 MHz
Mid Range	Secondary Serving Cell	–	–	1700	2145.0 MHz
High Range	Serving Cell	1512	1752.4 MHz	1737	2152.4 MHz
High Range	Secondary Serving Cell	–	–	1712	2147.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	1313	1712.6 MHz	1538	2112.6 MHz
Low Range	Secondary Serving Cell	1338	1717.6 MHz	1563	2117.6 MHz
Mid Range	Serving Cell	1450	1740.0 MHz	1675	2140.0 MHz
Mid Range	Secondary Serving Cell	1475	1745.0 MHz	1700	2145.0 MHz
High Range	Serving Cell	1512	1752.4 MHz	1737	2152.4 MHz
High Range	Secondary Serving Cell	1487	1747.4 MHz	1712	2147.4 MHz

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: II-1-IV-2, II-2-IV-1 and II-2-IV-2 with up to 2 uplink carriers.

NOTE See subclause 5.1.1.2 for test frequencies for the associated carriers on band II.

Test Frequency ID	HS-DSCH Cell	Applicable IV-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Secondary Serving Cell	IV-1, IV-2	–	–	1538	2112.6 MHz
Low Range	Secondary Serving Cell	IV-2	–	–	1563	2117.6 MHz
Mid Range	Secondary Serving Cell	IV-1, IV-2	–	–	1675	2140.0 MHz
Mid Range	Secondary Serving Cell	IV-2	–	–	1700	2145.0 MHz
High Range	Secondary Serving Cell	IV-1, IV-2	–	–	1737	2152.4 MHz
High Range	Secondary Serving Cell	IV-2	–	–	1712	2147.4 MHz

5.1.1.5 FDD reference test frequencies for Operating Band V

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	4133	826.6 MHz	4358	871.6 MHz
Mid Range	4175	835.0 MHz	4400	880.0 MHz
High Range	4232	846.4 MHz	4457	891.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	4133	826.6 MHz	4358	871.6 MHz
Low Range	Secondary Serving Cell	–	–	4383	876.6 MHz
Mid Range	Serving Cell	4175	835.0 MHz	4400	880.0 MHz
Mid Range	Secondary Serving Cell	–	–	4425	885.0 MHz
High Range	Serving Cell	4232	846.4 MHz	4457	891.4 MHz
High Range	Secondary Serving Cell	–	–	4432	886.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	4133	826.6 MHz	4358	871.6 MHz
Low Range	Secondary Serving Cell	4158	831.6 MHz	4383	876.6 MHz
Mid Range	Serving Cell	4175	835.0 MHz	4400	880.0 MHz
Mid Range	Secondary Serving Cell	4200	840.0 MHz	4425	885.0 MHz
High Range	Serving Cell	4232	846.4 MHz	4457	891.4 MHz
High Range	Secondary Serving Cell	4207	841.4 MHz	4432	886.4 MHz

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: I-1-V-2, I-2-V-1 and I-2-V-2 with up to 2 uplink carriers.

NOTE See subclause 5.1.1.1 for test frequencies for the associated carriers on band I.

Test Frequency ID	HS-DSCH Cell	Applicable V-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Secondary Serving Cell	V-1, V-2	–	–	4358	871.6 MHz
Low Range	Secondary Serving Cell	V-2	–	–	4383	876.6 MHz
Mid Range	Secondary Serving Cell	V-1, V-2	–	–	4400	880.0 MHz
Mid Range	Secondary Serving Cell	V-2	–	–	4425	885.0 MHz
High Range	Secondary Serving Cell	V-1, V-2	–	–	4457	891.4 MHz
High Range	Secondary Serving Cell	V-2	–	–	4432	886.4 MHz

5.1.1.6 FDD reference test frequencies for Operating Band VI

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	812	832.5 MHz	1037	877.5 MHz
Mid Range	4175	835.0 MHz	4400	880.0 MHz
High Range	837	837.5 MHz	1062	882.5 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	812	832.5 MHz	1037	877.5 MHz
Mid Range	Secondary Serving Cell	–	–	1062	882.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	812	832.5 MHz	1037	877.5 MHz
Mid Range	Secondary Serving Cell	837	837.5 MHz	1062	882.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE 1: For Band VI testing, the Mobile Country Code shall be set to (MCC = ‘442/443’).

NOTE 2: In DC-HSDPA mode and in DC-HUDPA mode only Mid Range frequencies are specified since the available downlink bandwidth is only 10 MHz at Band VI and hence the specified Mid Range frequencies already cover the whole available downlink bandwidth.

5.1.1.7 FDD reference test frequencies for Operating Band VII

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	2013	2502.6 MHz	2238	2622.6 MHz
Mid Range	2175	2535.0 MHz	2400	2655.0 MHz
High Range	2337	2567.4 MHz	2562	2687.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2013	2502.6 MHz	2238	2622.6 MHz
Low Range	Secondary Serving Cell	–	–	2263	2627.6 MHz
Mid Range	Serving Cell	2175	2535.0 MHz	2400	2655.0 MHz
Mid Range	Secondary Serving Cell	–	–	2425	2660.0 MHz
High Range	Serving Cell	2337	2567.4 MHz	2562	2687.4 MHz
High Range	Secondary Serving Cell	–	–	2537	2682.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2013	2502.6 MHz	2238	2622.6 MHz
Low Range	Secondary Serving Cell	2038	2507.6 MHz	2263	2627.6 MHz
Mid Range	Serving Cell	2175	2535.0 MHz	2400	2655.0 MHz
Mid Range	Secondary Serving Cell	2200	2540.0 MHz	2425	2660.0 MHz
High Range	Serving Cell	2337	2567.4 MHz	2562	2687.4 MHz
High Range	Secondary Serving Cell	2312	2562.4 MHz	2537	2682.4 MHz

5.1.1.8 FDD reference test frequencies for Operating Band VIII

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	2713	882.6 MHz	2938	927.6 MHz
Mid Range	2788	897.6 MHz	3013	942.6 MHz
High Range	2862	912.4 MHz	3087	957.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2713	882.6 MHz	2938	927.6 MHz
Low Range	Secondary Serving Cell	–	–	2963	932.6 MHz
Mid Range	Serving Cell	2788	897.6 MHz	3013	942.6 MHz
Mid Range	Secondary Serving Cell	–	–	3038	947.6 MHz
High Range	Serving Cell	2862	912.4 MHz	3087	957.4 MHz
High Range	Secondary Serving Cell	–	–	3062	952.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2713	882.6 MHz	2938	927.6 MHz
Low Range	Secondary Serving Cell	2738	887.6 MHz	2963	932.6 MHz
Mid Range	Serving Cell	2788	897.6 MHz	3013	942.6 MHz
Mid Range	Secondary Serving Cell	2813	902.6 MHz	3038	947.6 MHz
High Range	Serving Cell	2862	912.4 MHz	3087	957.4 MHz
High Range	Secondary Serving Cell	2837	907.4 MHz	3062	952.4 MHz

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: I-2-VIII-1 and I-3-VIII-1 with up to 1 uplink carrier.

NOTE See subclause 5.1.1.1 for test frequencies for the associated carriers on band I.

Test Frequency ID	HS-DSCH Cell	Applicable VIII-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Secondary Serving Cell	VIII-1	–	–	2938	927.6 MHz
Mid Range	Secondary Serving Cell	VIII-1	–	–	3013	942.6 MHz
High Range	Secondary Serving Cell	VIII-1	–	–	3087	957.4 MHz

5.1.1.9 FDD reference test frequencies for Operating Band IX

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	8 762	1752.4 MHz	9 237	1847.4 MHz
Mid Range	8 837	1767.4MHz	9 312	1862.4 MHz
High Range	8 912	1782.4 MHz	9 387	1877.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	8762	1752.4 MHz	9237	1847.4 MHz
Low Range	Secondary Serving Cell	–	–	9262	1852.4 MHz
Mid Range	Serving Cell	8837	1767.4MHz	9312	1862.4 MHz
Mid Range	Secondary Serving Cell	–	–	9337	1867.4 MHz
High Range	Serving Cell	8 912	1782.4 MHz	9387	1877.4 MHz
High Range	Secondary Serving Cell	–	–	9362	1872.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	8762	1752.4 MHz	9237	1847.4 MHz
Low Range	Secondary Serving Cell	8787	1757.4 MHz	9262	1852.4 MHz
Mid Range	Serving Cell	8837	1767.4MHz	9312	1862.4 MHz
Mid Range	Secondary Serving Cell	8862	1772.4MHz	9337	1867.4 MHz
High Range	Serving Cell	8912	1782.4 MHz	9387	1877.4 MHz
High Range	Secondary Serving Cell	8887	1777.4 MHz	9362	1872.4 MHz

NOTE 1: For Band IX testing, the Mobile Country Code shall be set to (MCC = ‘442/443’).

5.1.1.10 FDD reference test frequencies for Operating Band X

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	3162	1767.4 MHz	3387	2167.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2888	1712.6 MHz	3113	2112.6 MHz
Low Range	Secondary Serving Cell	–	–	3138	2117.6 MHz
Mid Range	Serving Cell	3025	1740.0 MHz	3250	2140.0 MHz
Mid Range	Secondary Serving Cell	–	–	3275	2145.0 MHz
High Range	Serving Cell	3162	1767.4 MHz	3387	2167.4 MHz
High Range	Secondary Serving Cell	–	–	3362	2162.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	2888	1712.6 MHz	3113	2112.6 MHz
Low Range	Secondary Serving Cell	2913	1717.6 MHz	3138	2117.6 MHz
Mid Range	Serving Cell	3025	1740.0 MHz	3250	2140.0 MHz
Mid Range	Secondary Serving Cell	3050	1745.0 MHz	3275	2145.0 MHz
High Range	Serving Cell	3162	1767.4 MHz	3387	2167.4 MHz
High Range	Secondary Serving Cell	3137	1762.4 MHz	3362	2162.4 MHz

5.1.1.11 FDD reference test frequencies for Operating Band XI

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	3487	1430.4 MHz	3712	1478.4 MHz
Mid Range	3525	1438.0 MHz	3750	1486.0MHz
High Range	3562	1445.4 MHz	3787	1493.4MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	3487	1430.4 MHz	3712	1478.4 MHz
Low Range	Secondary Serving Cell	–	–	3737	1483.4 MHz
Mid Range	Serving Cell	3525	1438.0 MHz	3750	1486.0 MHz
Mid Range	Secondary Serving Cell	–	–	3775	1491.0 MHz
High Range	Serving Cell	3562	1445.4 MHz	3787	1493.4 MHz
High Range	Secondary Serving Cell	–	–	3762	1488.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	3487	1430.4 MHz	3712	1478.4 MHz
Low Range	Secondary Serving Cell	3512	1435.4 MHz	3737	1483.4 MHz
Mid Range	Serving Cell	3525	1438.0 MHz	3750	1486.0 MHz
Mid Range	Secondary Serving Cell	3550	1443.0 MHz	3775	1491.0 MHz
High Range	Serving Cell	3562	1445.4 MHz	3787	1493.4 MHz
High Range	Secondary Serving Cell	3537	1440.4 MHz	3762	1488.4 MHz

5.1.1.12 FDD reference test frequencies for Operating Band XII

Test Frequency ID	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	3618	701.6 MHz	3843	731.6 MHz
Mid Range	3645	707.0 MHz	3870	737.0 MHz
High Range	3677	713.4 MHz	3902	743.4 MHz

For DC-HSDPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	3618	701.6 MHz	3843	731.6 MHz
Low Range	Secondary Serving Cell	–	–	3868	736.6 MHz
Mid Range	Serving Cell	3652	708.4 MHz	3877	738.4 MHz
Mid Range	Secondary Serving Cell	–	–	3902	743.4 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	3618	701.6 MHz	3843	731.6 MHz
Low Range	Secondary Serving Cell	3643	706.6 MHz	3868	736.6 MHz
Mid Range	Serving Cell	3652	708.4 MHz	3877	738.4 MHz
Mid Range	Secondary Serving Cell	3677	713.4 MHz	3902	743.4 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE: In DC-HSDPA mode and in DC-HSUPA mode only Low Range and Mid Range frequencies are specified since the available downlink bandwidth is only 18 MHz at Band XII and hence the specified Low Range and Mid Range frequencies already cover the whole available downlink bandwidth.

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 Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	3842	779.5 MHz	4067	748.5 MHz
Mid Range	Secondary Serving Cell	–	–	4092	753.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	3842	779.5 MHz	4067	748.5 MHz
Mid Range	Secondary Serving Cell	3867	784.5 MHz	4092	753.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE: In DC-HSDPA mode and in DC-HSUPA mode only Mid Range frequencies are specified since the available downlink bandwidth is only 10 MHz at Band XIII and hence the specified Mid Range frequencies already cover the whole available downlink bandwidth.

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 Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	3942	790.5 MHz	4167	760.5 MHz
Mid Range	Secondary Serving Cell	–	–	4192	765.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	–	–	–	–
Low Range	Secondary Serving Cell	–	–	–	–
Mid Range	Serving Cell	3942	790.5 MHz	4167	760.5 MHz
Mid Range	Secondary Serving Cell	3967	795.5 MHz	4192	765.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE: In DC-HSDPA mode and in DC-HSUPA mode only Mid Range frequencies are specified since the available downlink bandwidth is only 10 MHz at Band XIV and hence the specified Mid Range frequencies already cover the whole available downlink bandwidth.

5.1.1.15 FDD reference test frequencies for Operating Band XV

FFS

5.1.1.16 FDD reference test frequencies for Operating Band XVI

FFS

5.1.1.17 FDD reference test frequencies for Operating Band XVII

FFS

5.1.1.18 FDD reference test frequencies for Operating Band XVIII

FFS

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	387	832.5 MHz	787	877.5 MHz
Low Range	Secondary Serving Cell	–	–	812	882.5 MHz
Mid Range	Serving Cell	412	837.5 MHz	812	882.5 MHz
Mid Range	Secondary Serving Cell	–	–	837	887.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	387	832.5 MHz	787	877.5 MHz
Low Range	Secondary Serving Cell	412	837.5 MHz	812	882.5 MHz
Mid Range	Serving Cell	412	837.5 MHz	812	882.5 MHz
Mid Range	Secondary Serving Cell	437	842.5 MHz	837	887.5 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE: In DC-HSDPA mode and in DC-HSUPA mode only Low Range and Mid Range frequencies are specified since the available downlink bandwidth is only 15 MHz at Band XIX and hence the specified Low Range and Mid Range frequencies already cover the whole available downlink bandwidth.

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 Cell	4288	834.6 MHz	4513	793.6 MHz
Low Range	Secondary Serving Cell	–	–	4538	798.6 MHz
Mid Range	Serving Cell	4338	844,6 MHz	4563	803.6 MHz
Mid Range	Secondary Serving Cell	–	–	4588	808.6 MHz
High Range	Serving Cell	4412	859.4 MHz	4637	818.4 MHz
High Range	Secondary Serving Cell	–	–	4612	813.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	4288	834.6 MHz	4513	793.6 MHz
Low Range	Secondary Serving Cell	4313	839.6 MHz	4538	798.6 MHz
Mid Range	Serving Cell	4338	844,6 MHz	4563	803.6 MHz
Mid Range	Secondary Serving Cell	4363	849,6 MHz	4588	808.6 MHz
High Range	Serving Cell	4412	859.4 MHz	4637	818.4 MHz
High Range	Secondary Serving Cell	4387	854.4 MHz	4612	813.4 MHz

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 Cell	462	1450.4 MHz	862	1498.4 MHz
Low Range	Secondary Serving Cell	–	–	887	1503.4 MHz
Mid Range	Serving Cell	487	1455.4 MHz	887	1503.4 MHz
Mid Range	Secondary Serving Cell	–	–	912	1508.4 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	462	1450.4 MHz	862	1498.4 MHz
Low Range	Secondary Serving Cell	487	1455.4 MHz	887	1503.4 MHz
Mid Range	Serving Cell	487	1455.4 MHz	887	1503.4 MHz
Mid Range	Secondary Serving Cell	512	1460.4 MHz	912	1508.4 MHz
High Range	Serving Cell	–	–	–	–
High Range	Secondary Serving Cell	–	–	–	–

NOTE: In DC-HSDPA mode and in DC-HSUPA mode only Low Range and Mid Range frequencies are specified since the available downlink bandwidth is only 15 MHz at Band XXI and hence the specified Low Range and Mid Range frequencies already cover the whole available downlink bandwidth.

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	Serving Cell	4438	3412.6 MHz	4663	3512.6 MHz
Low Range	Secondary Serving Cell	–	–	4688	3517.6 MHz
Mid Range	Serving Cell	4625	3450.0 MHz	4850	3550.0 MHz
Mid Range	Secondary Serving Cell	–	–	4875	3555.0 MHz
High Range	Serving Cell	4812	3487.4 MHz	5037	3587.4 MHz
High Range	Secondary Serving Cell	–	–	5012	3582.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	4438	3412.6 MHz	4663	3512.6 MHz
Low Range	Secondary Serving Cell	4463	3417.6 MHz	4688	3517.6 MHz
Mid Range	Serving Cell	4625	3450.0 MHz	4850	3550.0 MHz
Mid Range	Secondary Serving Cell	4650	3455.0 MHz	4875	3555.0 MHz
High Range	Serving Cell	4812	3487.4 MHz	5037	3587.4 MHz
High Range	Secondary Serving Cell	4787	3482.4 MHz	5012	3582.4 MHz

5.1.1.23 FDD reference test frequencies for Operating Band XXIII

FFS

5.1.1.24 FDD reference test frequencies for Operating Band XXIV

FFS

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	Serving Cell	4888	1852.6 MHz	5113	1932.6 MHz
Low Range	Secondary Serving Cell	–	–	5138	1937.6 MHz
Mid Range	Serving Cell	5037	1882.4 MHz	5262	1962.4 MHz
Mid Range	Secondary Serving Cell	–	–	5287	1967.4 MHz
High Range	Serving Cell	5187	1912.4 MHz	5412	1992.4 MHz
High Range	Secondary Serving Cell	–	–	5387	1987.4 MHz

For DC-HSUPA mode:

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	4888	1852.6	5113	1932.6
Low Range	Secondary Serving Cell	4913	1857,6	5138	1937.6
Mid Range	Serving Cell	5037	1882.4	5262	1962.4
Mid Range	Secondary Serving Cell	5062	1887,4	5287	1967.4
High Range	Serving Cell	5187	1912.4	5412	1992.4
High Range	Secondary Serving Cell	5162	1907,4	5387	1987.4

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 Cell	5538	816.6 MHz	5763	861.6 MHz
Low Range	Secondary Serving Cell	–	–	5788	866.6 MHz
Mid Range	Serving Cell	5612	831.4 MHz	5837	876.4 MHz
Mid Range	Secondary Serving Cell	–	–	5862	881.4 MHz
High Range	Serving Cell	5687	846.4 MHz	5912	891.4 MHz
High Range	Secondary Serving Cell	–	–	5887	886.4 MHz

For DC-HSUPA mode

Test Frequency ID	HS-DSCH Cell	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Serving Cell	5538	816.6 MHz	5763	861.6 MHz
Low Range	Secondary Serving Cell	5563	821.6 MHz	5788	866.6 MHz
Mid Range	Serving Cell	5612	831.4 MHz	5837	876.4 MHz
Mid Range	Secondary Serving Cell	5637	836.4 MHz	5862	881.4 MHz
High Range	Serving Cell	5687	846.4 MHz	5912	891.4 MHz
High Range	Secondary Serving Cell	5662	841.4 MHz	5887	886.4 MHz

5.1.1.27 FDD reference test frequencies for Operating Band XXVII

FFS

5.1.1.28 FDD reference test frequencies for Operating Band XXVIII

FFS

5.1.1.29 FDD reference test frequencies for Operating Band XXIX

FFS

5.1.1.30 FDD reference test frequencies for Operating Band XXX

FFS

5.1.1.31 FDD reference test frequencies for Operating Band XXXI

FFS

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 band are paired with the uplink frequencies of the other FDD band (external) of the dual band configuration.

For 3C/4C DC-HSDPA mode:

Applicable 3C/4C configurations: I-1-XXXII-2 and I-2-XXXII-1 with 1 uplink carrier on band I.

NOTE: See subclause 5.1.1.1 for test frequencies for the associated carriers on band I.

Test Frequency ID	HS-DSCH Cell	Applicable XXXII-x configuration	UARFCN	Frequency of Uplink	UARFCN	Frequency of Downlink
Low Range	Secondary Serving Cell	XXXII-1, XXXII-2	–	–	6618	1454.6 MHz
Low Range	Secondary Serving Cell	XXXII-2	–	–	6643	1459.6 MHz
Mid Range	Secondary Serving Cell	XXXII-1, XXXII-2	–	–	6715	1474.0 MHz
Mid Range	Secondary Serving Cell	XXXII-2	–	–	6740	1479.0 MHz
High Range	Secondary Serving Cell	XXXII-1, XXXII-2	–	–	6812	1493.4 MHz
High Range	Secondary Serving Cell	XXXII-2	–	–	6787	1488.4 MHz

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:

5.1.2.1 Standard TDD reference test frequencies (3.84 Mcps option)

Test Frequency ID	Band a		Band b		Band c
Test Frequency ID	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 Range	10 063	2 012.6 MHz	9 663	1 932.6 MHz
Mid Range	10 087	2 017.4 MHz	9 800	1 960 MHz
High Range	10 112	2 022.4 MHz	9 937	1 987.4 MHz

5.1.2.2 Standard TDD reference test frequencies (1.28 Mcps option)

Test Frequency ID	Band a		Band b		Band c
Test Frequency ID	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 MHz	9654	1930.8 MHz
Mid Range	10087	2017.4 MHz	9800	1960 MHz
High Range	10121	2024.2 MHz	9946	1989.2 MHz

Test Frequency ID	Band d		Band e		Band f
Test Frequency ID	UARFCN	Frequency (UL and DL)	UARFCN	Frequency (UL and DL)	UARFCN	Frequency (UL and DL)
Low Range	12854	2570.8 MHz	11504	2300.8 MHz	9404	1880.8 MHz
Mid Range	12950	2595 MHz	11750	2350 MHz	9500	1900 MHz
High Range	13096	2619.2 MHz	11996	2399.2 MHz	9596	1919.2 MHz
Low Range
Mid Range
High Range

NOTE: In China, Band a only includes 2010 – 2025 MHz for 1.28 Mcps TDD option.

5.1.2.3 Standard TDD reference test frequencies (7.68 Mcps option)

Test Frequency ID	Band a		Band b		Band c
Test Frequency ID	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	2 015 MHz	9 675	1 935 MHz
Mid Range	10 087	2 017.4 MHz	9 800	1 960 MHz
High Range	10 100	2 020 MHz	9 925	1 985 MHz

5.1.3 MFBI Test Frequencies

5.1.3.1 MFBI Test frequencies for operation Band II overlapping with Band XXV

– Same as per section 5.1.1.2

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	MHz

5.1.3.3 MFBI Test frequencies for operation Band IV overlapping with Band X

– Same as per section 5.1.1.4

5.1.3.4 MFBI Test frequencies for operation Band V overlapping with Band XVIII

– FFS

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

5.1.3.6 MFBI Test frequencies for operation Band V overlapping with Band XXVI

– Same as per section 5.1.1.5

5.1.3.7 MFBI Test frequencies for operation Band IX overlapping with Band III

– Same as per section 5.1.1.9

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

5.1.3.9 MFBI Test frequencies for operation Band XVIII overlapping with Band V

– FFS

5.1.3.10 MFBI Test frequencies for operation Band XVIII overlapping with Band XXVI

– FFS

5.1.3.11 MFBI Test frequencies for operation Band XIX overlapping with Band V

– Same as per section 5.1.1.19

5.1.3.12 MFBI Test frequencies for operation Band XIX overlapping with Band XXVI

– Same as per section 5.1.1.19

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

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

5.1.3.15 MFBI Test frequencies for operation Band XXVI overlapping with Band XVIII

– FFS

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

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 least the normal Propagation Condition; support of the other propagation conditions is optional, depending on the specific test supported by the simulator.

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.

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.

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.

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.

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.

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.

5.3 Standard test signals

Reference 3GPP TS 25.101 [11] and 3GPP TS 25102 [12] for definitions of standard test signals.

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.

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 levels by the SS, then the SS is adjusted in order that it provides the correct level, measured at the UE antenna, for the specific test case.

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.

5.5 Downlink Physical Channels Code Allocation

5.5.1 Downlink physical channels code allocation for Signalling (FDD)

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.

Table 5.5.1.1.1: Non-HSDPA Downlink Physical Channels Code Allocation for SF=16 Code=0

Code with SF=256	Code with SF=128	Code with SF=64	Note
0: P-CPICH	0: –	0: –	TS 25.213
1: P-CCPCH	0: –		TS 25.213
2: PICH	1: –		Section 6.1.0b (SIB5)
3: AICH	1: –		Section 6.1.0b (SIB5)
4: –	2: –	1: S-CCPCH	Sections 6.1.0b, 6.1.1 & 6.1.3 (SIB5)
5: –	2: –
6: –	3: –
7: –	3: –
8: –	4: S-CCPCH	2: S-CCPCH	Code 2: Section 6.1.3 (SIB5) Code 4: Sections 6.1.1 & 6.1.2 (SIB5) Code 5: Section 6.1.2 (SIB5) See Note.
9: –	4: S-CCPCH
10: –	5: S-CCPCH
11: –	5: S-CCPCH
12: –	6: S-CCPCH	3: –	Section 6.1.3 (SIB5)
13: –	6: S-CCPCH		Section 6.1.3 (SIB5)
14: –	7: –		–
15: –	7: –		–
Note: The default code allocation is extracted from section 6.1.0b. The S-CCPCH channels on codes 2, 4 & 5 are defined in specific cell configurations, as per sections 6.1.1, 6.1.2 & 6.1.3. For each configuration described above, the orthogonality is respected.

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 column refers to specifications where the code allocation is defined.

The HS-PDSCH channels are allocated dynamically by the SS during execution of the HSDPA test case, under the same Scrambling Code as the HS-SCCH channel, on SF=16, in the range Code=1 to Code=15.

Table 5.5.1.2.1: HSDPA Downlink Physical Channels Code Allocation for SF=16 Code=0

Code with SF=256	Code with SF=128	Code with SF=64	Note
0: P-CPICH	0: –	0: –	TS 25.213
1: P-CCPCH	0: –		TS 25.213
2: PICH	1: –		Section 6.1.0b (SIB5)
3: AICH	1: –		Section 6.1.0b (SIB5)
4: –	2: –	1: S-CCPCH	Section 6.1.0b (SIB5)
5: –	2: –
6: –	3: –
7: –	3: –
8: –	4: –	2: –	–
9: –	4: –
10: –	5: –
11: –	5: –
12: –	6: –	3: –	–
13: –	6: –		–
14: –	7: HS-SCCH		Section 9.1.1 RB Setup message
15: –	7: HS-SCCH		Section 9.1.1 RB Setup message

Table 5.5.1.2.2: HSDPA [64QAM] Downlink Physical Channels Code Allocation for SF=16 Code=0

Code with SF=256	Code with SF=128	Code with SF=64	Note
0: P-CPICH	0: –	0: –	TS 25.213
1: P-CCPCH	0: –		TS 25.213
2: PICH	1: –		Section 6.1.0b (SIB5)
3: AICH	1: –		Section 6.1.0b (SIB5)
4: –	2: –	1: S-CCPCH	Section 6.1.0b (SIB5)
5: –	2: –
6: –	3: –
7: –	3: –
8: –	4: HS-SCCH1	2: –	Section 9.1.1 RB Setup message, condition A17a
9: –	4: HS-SCCH1
10: –	5: HS-SCCH2
11: –	5: HS-SCCH2
12: S-CPICH	6: –	3: –	Section 9.1.1 RB Setup message, condition A28 (when mimo is configured)
13: DPCH-	6: –		Section 9.1.1 RB Setup message, condition A17a
14: –	7: –
15: –	7: –

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 HSDPA 64QAM case. Table 5.5.1.3.3 shows in addition to Table 5.5.1.3.2 details of the downlink code trees for the Primary Scrambling Code, SF=16 and Code=1 used in the E-DCH test cases for the HSDPA 64QAM and MIMO case. 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.

The HS-PDSCH channels are allocated dynamically by the SS during execution of the HSDPA test case, under the same Scrambling Code as the HS-SCCH channel, on SF=16, in the range Code=1 to Code=15 when Tables 5.5.1.3.1 or 5.5.1.3.2 are used; or in the range Code=2 to Code=15 when Table 5.5.1.3.3 is used in combination with Table 5.5.1.3.2 (HSDPA with 64QAM and MIMO).

Table 5.5.1.3.1: E-DCH Downlink Physical Channels Code Allocation for SF=16 Code=0

Code with SF=256	Code with SF=128	Code with SF=64	Note
0: P-CPICH	0: –	0: –	TS 25.213
1: P-CCPCH	0: –		TS 25.213
2: PICH	1: –		Section 6.1.0b (SIB5)
3: AICH	1: –		Section 6.1.0b (SIB5)
4: –	2:	1: S-CCPCH	Section 6.1.0b (SIB5)
5: –	2:
6: –	3:
7: –	3:
8: –	4: E-HICH/E-RGCH	2: –	Section 9.1.1 RB Setup message
9: –	4: E-HICH/E-RGCH		Section 9.1.1 RB Setup message
10: E-AGCH	5: –		Section 9.1.1 RB Setup message
11: –	5: –
12: F-DPCH	6: –	3: –	Section 9.1.1 RB Setup message, condition A14
13: S-CPICH	6: –		Section 9.1.1 RB Setup message, condition A28 (when mimo is configured.)
14: –	7: HS-SCCH		Section 9.1.1 RB Setup message
15: –	7: HS-SCCH		Section 9.1.1 RB Setup message

Table 5.5.1.3.2: E-DCH Downlink Physical Channels Code Allocation for SF=16 Code=0 with HSDPA [64QAM]

Code with SF=256	Code with SF=128	Code with SF=64	Note
0: P-CPICH	0: –	0: –	TS 25.213
1: P-CCPCH	0: –		TS 25.213
2: PICH	1: –		Section 6.1.0b (SIB5)
3: AICH	1: –		Section 6.1.0b (SIB5)
4: –	2: –	1: S-CCPCH	Section 6.1.0b (SIB5)
5: –	2: –
6: –	3:
7: –	3:
8: –	4: E-HICH/E-RGCH	2: –	Section 9.1.1 RB Setup message
9: –	4: E-HICH/E-RGCH		Section 9.1.1 RB Setup message
10: E-AGCH	5: –		Section 9.1.1 RB Setup message
11: F-DPCH	5: –
12:	6: HS-SCCH1	3: –	Section 9.1.1 RB Setup message, condition A17c or any other condition using 64QAM
13: –	6: HS-SCCH1
14: –	7: HS-SCCH2
15: –	7: HS-SCCH2

Table 5.5.1.3.3: E-DCH Downlink Physical Channels Code Allocation for SF=16 Code=1 with HSDPA [64QAM and MIMO]

Code with SF=256	Code with SF=128	Code with SF=64	Note
16: –	8: –	4: –	–
17: –	8: –		–
18: –	9: –		–
19: –	9: –		–
20: –	10: –	5:-	–
21: –	10: –
22: –	11: –
23: –	11: –
24: –	12: –	6: –	–
25: –	12: –		–
26: –	13: –		–
27: –	13: –
28: –	14: –	7: –	–
29: S-CPICH	14: –		Section 9.1.1 RB Setup message, condition A33 or any other condition using combination of 64QAM and MIMO.
30: –	15: –
31:-	15: –

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/MBSFN Downlink Physical Channels Code Allocation

Code with SF=256	Code with SF=128	Code with SF=64	Code with SF=32	Code with SF=16	Code with SF=8	Note
0: P-CPICH	0: –	0: –	0: –	0: –	0: –	TS 25.213
1: P-CCPCH						TS 25.213
2: PICH	1: –					Clause 6.1.0b (SIB5)
3: AICH						Clause 6.1.0b (SIB5)
4: –	2: –	1: S-CCPCH1				Clause 6.1.0b (SIB5)
5: –
6: –	3: –
7: –
8: MICH	4: –	2	1: –
9: S-CCPCH2
10: –	5: –
11: –
12: –	6: –	3
13: –
14: –	7: –
15: –
16: –	8: –	4	2: S-CCPCH3	1: S-CCPCH3		Code 1: 129.6 kbps RB for MTCH Code 2: 64.8kbps RB for MTCH
17: –
18: –	9: –
19: –
20: –	10:-	5: –
21: –
22: –	11: –
23: –
24: –	12: –	6: –	3: S-CCPCH4			64.8kbps RB for MTCH
25: –
26: –	13: –
27: –
28: –	14: –	7: –
29: –
30: –	15: –
31: –
32: –	16: –	8: –	4: –	2: S-CCPCH4	1: S-CCPCH3	Code 1: 259.2 kbps RB for MTCH Code 2: 129.6 kbps RB for MTCH
33: –
34: –	17: –
35: –
36: –	18: –	9: –
37: –
38: –	19: –
39: –
40: –	20: –	10: –	5: –
41: –
42: –	21: –
43: –
44: –	22: –	11: –
45: –
46: –	23: –
47: –
48: –	24: –	12: –	6: –	3: –
49: –
50: –	25: –
51: –
52: –	26: –	13: –
53: –
54: –	27: –
55: –
56: –	28: –	14: –	7: –
57: –
58: –	29: –
59: –
60: –	30: –	15: –
61: –
62: –	31: –
63: –
64: –	32: –	16: –	8: –	4: –	2: S-CCPCH4	259.2 kbps RB for MTCH
65: –
66: –	33: –
67: –
68: –	34: –	17: –
69: –
70: –	35: –
71: –
72: –	36: –	18: –	9: –
73: –
74: –	37: –
75: –
76: –	38: –	19: –
77: –
78: –	39: –
79: –
80: –	40: –	20: –	10: –	5: –
81: –
82: –	41: –
83: –
84: –	42: –	21: –
85: –
86: –	43: –
87: –
88: –	44: –	22: –	11: –
89: –
90: –	45: –
91: –
92: –	46: –	23: –
93: –
94: –	47: –
95: –

5.5.2 Downlink physical channels code allocation for Signalling (TDD)

<FFS>

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 5.5.2.1: MBSFN Downlink Physical Channels Code Allocation (3.84 Mcps TDD IMB)

Physical Channels	Spreading Factor	Code index	Note
P-CCPCH	256	1	TS 25.223
P-CPICH	256	0	TS 25.223
T-CPICH	16	1 to 15	TS 25.223
S-CCPCH	256	2 to 15	TS 25.223
S-CCPCH Type 2	16	1 to 15	TS 25.223
MICH	256	2 to 15	TS 25.223

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 Channels Code Allocation (1.28 Mcps TDD IMB)

Physical Channels	Time slot	Spreading Factor	Code index	Note
P-CCPCH	0	16	0, 1	TS 25.223
P-RACH	1	8	7, 8	TS 25.223
FPACH	0	16	15	TS 25.223
PICH	0	16	5, 6	TS 25.223
S-CCPCH	0	16	7, 8	TS 25.223
HS-SCCH	6	16	11, 12	TS 25.223
HS-SICH	1	16	13	TS 25.223
ERUCCH	1	8	8	TS 25.223
E-AGCH	6	16	13, 14	TS 25.223
E-HICH	6	16	15	TS 25.223

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.

5.1 Test frequencies

5.1.1 FDD Mode Test frequencies

5.1.1.1 FDD reference test frequencies for Operating Band I

5.1.1.2 FDD reference test frequencies for Operating Band II

5.1.1.3 FDD reference test frequencies for Operating Band III

5.1.1.4 FDD reference test frequencies for Operating Band IV

5.1.1.5 FDD reference test frequencies for Operating Band V

5.1.1.6 FDD reference test frequencies for Operating Band VI

5.1.1.7 FDD reference test frequencies for Operating Band VII

5.1.1.8 FDD reference test frequencies for Operating Band VIII

5.1.1.9 FDD reference test frequencies for Operating Band IX

5.1.1.10 FDD reference test frequencies for Operating Band X

5.1.1.11 FDD reference test frequencies for Operating Band XI

5.1.1.12 FDD reference test frequencies for Operating Band XII

5.1.1.13 FDD reference test frequencies for Operating Band XIII

5.1.1.14 FDD reference test frequencies for Operating Band XIV

5.1.1.15 FDD reference test frequencies for Operating Band XV

5.1.1.16 FDD reference test frequencies for Operating Band XVI

5.1.1.17 FDD reference test frequencies for Operating Band XVII

5.1.1.18 FDD reference test frequencies for Operating Band XVIII

5.1.1.19 FDD reference test frequencies for Operating Band XIX

5.1.1.20 FDD reference test frequencies for Operating Band XX

5.1.1.21 FDD reference test frequencies for Operating Band XXI

5.1.1.22 FDD reference test frequencies for Operating Band XXII

5.1.1.23 FDD reference test frequencies for Operating Band XXIII

5.1.1.24 FDD reference test frequencies for Operating Band XXIV

5.1.1.25 FDD reference test frequencies for Operating Band XXV

5.1.1.26 FDD reference test frequencies for Operating Band XXVI

5.1.1.27 FDD reference test frequencies for Operating Band XXVII

5.1.1.28 FDD reference test frequencies for Operating Band XXVIII

5.1.1.29 FDD reference test frequencies for Operating Band XXIX

5.1.1.30 FDD reference test frequencies for Operating Band XXX

5.1.1.31 FDD reference test frequencies for Operating Band XXXI

5.1.1.32 FDD reference test frequencies for Operating Band XXXII

5.1.2 TDD Mode Test frequencies

5.1.2.1 Standard TDD reference test frequencies (3.84 Mcps option)

5.1.2.2 Standard TDD reference test frequencies (1.28 Mcps option)

5.1.2.3 Standard TDD reference test frequencies (7.68 Mcps option)

5.1.3 MFBI Test Frequencies

5.1.3.1 MFBI Test frequencies for operation Band II overlapping with Band XXV

5.1.3.2 MFBI Test frequencies for operation Band III overlapping with Band IX

5.1.3.3 MFBI Test frequencies for operation Band IV overlapping with Band X

5.1.3.4 MFBI Test frequencies for operation Band V overlapping with Band XVIII

5.1.3.5 MFBI Test frequencies for operation Band V overlapping with Band XIX

5.1.3.6 MFBI Test frequencies for operation Band V overlapping with Band XXVI

5.1.3.7 MFBI Test frequencies for operation Band IX overlapping with Band III

5.1.3.8 MFBI Test frequencies for operation Band X overlapping with Band IV

5.1.3.9 MFBI Test frequencies for operation Band XVIII overlapping with Band V

5.1.3.10 MFBI Test frequencies for operation Band XVIII overlapping with Band XXVI

5.1.3.11 MFBI Test frequencies for operation Band XIX overlapping with Band V

5.1.3.12 MFBI Test frequencies for operation Band XIX overlapping with Band XXVI

5.1.3.13 MFBI Test frequencies for operation Band XXV overlapping with Band II

5.1.3.14 MFBI Test frequencies for operation Band XXVI overlapping with Band V

5.1.3.15 MFBI Test frequencies for operation Band XXVI overlapping with Band XVIII

5.1.3.16 MFBI Test frequencies for operation Band XXVI overlapping with Band XIX

5.2 Radio conditions

5.2.1 Normal propagation condition

5.2.2 Static propagation condition

5.2.3 Multi-path fading propagation conditions

5.2.4 Moving propagation conditions

5.2.5 Birth-Death propagation conditions

5.2.6 High speed train conditions

5.3 Standard test signals

5.4 Signal levels

5.4.1 Downlink signal levels

5.4.2 Uplink signal levels

5.5 Downlink Physical Channels Code Allocation

5.5.1 Downlink physical channels code allocation for Signalling (FDD)

5.5.1.1 Downlink physical channels code allocation for non-HSDPA test cases

5.5.1.2 Downlink physical channels code allocation for HSDPA test cases

5.5.1.3 Downlink physical channels code allocation for E-DCH test cases

5.5.1.4 Downlink physical channels code allocation for MBMS/MBSFN test cases

5.5.2 Downlink physical channels code allocation for Signalling (TDD)

5.5.2.1 Downlink physical channels code allocation for Signalling (3.84 Mcps TDD IMB)

5.5.2.2 Physical channels code allocation for Signalling (1.28 Mcps TDD)

5.5.3 Downlink physical channels code allocation for RF

5.5.2.1 Downlink physical channels code allocation for Signalling
(3.84 Mcps TDD IMB)

5.5.2.2 Physical channels code allocation for Signalling
(1.28 Mcps TDD)