Reference Manual

Radio Configurations, RBS 2206
Co-Siting with Single TRU-Based RBS 2000 Using Hybrid Combiner
Using TG-synchronization, it is possible to build one resulting SCC
from the described SCC in the table below. The antenna systems are
not shared between RBSs.
Table 36 Expansion using hybrid combiner
RBS 1 RBS 2
Result
SCC
Original
SCC
Basic Configuration Antennas Original
SCC
Basic
Configuration
Antennas
3x8*
3x4 3 x C + 9d_2.4 (2) (2) (2) 3x4 3 x G9deh_2.4 (2) (2) (2)
D9de_2.12 3 x C + 9de_2.4 (2) (2) (2) 3 x G9deh_2.4 (2) (2) (2)
3 x C + 18d_2.4 (2) (2) (2) 3 x G18dh_2.4 (2) (2) (2)
3 x C + 18_2.4 (2) (2) (2) 3 x G18dht_2.4 (2) (2) (2)
3 x C + 19d_2.4 (2) (2) (2) 3 x G19dh_2.4 (2) (2) (2)
3 x C + 19_2.4 (2) (2) (2) 3 x G19dht_2.4 (2) (2) (2)
* 3 x 6 is accomplished with a partly-equipped RBS 2.
4.8.3 12–TRX RBS 2000 Macro Cabinet Expanded with 12–TRX Cabinet
Co-Siting with dTRU-Based RBS 2000 Macro Cabinet Using Filter
Combiner
It is possible to build one resulting SCC from the described SCC in the
table below, using TG-synchronization. The antenna systems are not
shared between RBSs.
Table 37 Expansion using filter combiner
RBS 1 RBS 2
Result
SCC
Original
SCC
Basic
Configuration
Antennas Original
SCC
Basic
Configuration
Antennas
3x8* 8+4 F9de_2.8 +
F9de_2.4
(2) (2) (-) 4+8 F9de_2.4 +
F9de_2.8
(-) (2) (2)
F9det_2.4 +
F9det_2.4
(2) (2) (-) F9det_2.4 +
F9det_2.8
(-) (2) (2)
F18d_2.8 +
F18d_2.4
(2) (2) (-) F18d_2.4 +
F18d_2.8
(-) (2) (2)
F18dt_2.8 +
F18dt_2.4
(2) (2) (-) F18dt_2.4 +
F18dt_2.8
(-) (2) (2)
1x24** 1x12 F9de_2.12 (2) 1x12 F9de_2.12 (2)
F9det_2.12 (2) F9det_2.12 (2)
F18d_2.12 (2) F18d_2.12 (2)
F18d_2.12 (2) F18dt_2.12 (2)
* 3 x 6 can be accomplished with a partly-equipped RBS 1 and RBS 2,
although it is more easily performed with 2 x 6 in RBS 1 and 1 x 8
with three dTRUs in RBS 2. TG-synchronization is not required.
76 (421)
EN/LZT 720 0008 R1A
2001-06-26
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