Table

Huawei LTE DBS3900 LTE FDD Configurations
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Huawei Band 8 900 MHz RF Modules Band 8 900 MHz RF modules. Configurations of Band 8 900 MHz RRUs Band 8 900 MHz RRUs. RNC eLTE DBS3900 LTE Configuration Principles 3 Product Configurations Configurations of Band 8 900 MHz RRUs WD5M9P3 93800 RRU3938 for Multi-Mode 900MHz PGSM RRU3938, a multimode 900 MHz PGSM blade RRU Provides two TX channels with the maximum 2 x 40 W output power, uplink 890–915 MHz frequency band and the downlink 935–960 MHz frequency band. DBS3900 12 The quantity is determined based on the number of sectors, the number of carriers, and output power RF Module Specifications for the DBS3900. WD5M9E3 93800 RRU3938 for Multi-Mode 900MHz EGSM RRU3938, a multimode 900 MHz EGSM blade RRU Provides two TX channels with the maximum 2 x 40 W output power. Supports the uplink 890–915 MHz frequency band and the downlink 935–960 MHz frequency band. DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power.RF Module Specifications for the DBS3900. This RRU supports LTE cells operating at a scalable bandwidth of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz and the dual-carrier configuration with a total bandwidth not higher than 35 MHz. of Band 2 1800 MHz RF Module configurations of Band 2 1800 MHz RF modules. Configurations of Band 2 1800 MHz RRUs, the configurations of Band 2 1800 MHz RRUs. Huawei RNC eLTE DBS3900 LTE WD5M183 93900 Huawei RRU3939 for Multi-Mode 1800MHz RRU3939, a multimode 1800 MHz blade RRU Provides two TX channels with the maximum 2 x 60 W output power. Supports the uplink 1710–1785 MHz frequency band and the downlink 1805–1880 MHz frequency band. DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. For details, see section 4 RF Module Specifications for the Huawei DBS3900. This item supports LTE cells operating at a scalable bandwidth of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz and the dual-carrier configuration with a total bandwidth not higher than the operating bandwidth. WD5M183 93800 Huawei RRU3938 for Multi-Mode 1800MHz RRU3938, a multimode 1800 MHz RRU Provides two TX channels with the maximum 2 x 40 W output power. Supports the uplink 1710–1785 MHz frequency band and the downlink 1805–1880 MHz frequency band.Huawei DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. For details, see section 4 RF Module Specifications for the Huawei DBS3900. This Huawei RRU supports LTE cells operating at a scalable bandwidth of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz and the dual-carrier configuration with a total bandwidth not higher than the operating bandwidth. Configurations of Band 2 1900 MHz RF Modules This section describes the configurations of Band 2 1900 MHz RF modules.Huawei eLTE DBS3900 LTE Configuration Configurations of Band 2 1900 MHz RRUs, Band 2 1900 MHz RRUs. RNC eLTE DBS3900 LTE Configuration. Configurations of Band 2 1900 MHz RRUs External Model No. Description Function Maximum Quantity Configuration Principle WD5M193 94200 Huawei RRU3942 for Multi-Mode 1900MHz RRU3942, a 1900 MHz RRU Provides two TX channels and four RX channels with the maximum 2 x 60 W output power. Supports two 1T2R sectors. Supports the uplink 1850–1910 MHz frequency band and the downlink 1930–1990 MHz frequency band. DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. This RRU supports a maximum of eight carriers and the 2 x 60 W output power. In eLTE, the Huawei RRU3942 hardware supports 2T4R but the Huawei RRU3942 software supports only 2T2R. In eLTE, the RRU3942 software supports 2T4R. In eLTE, the RRU3942 also supports the 80 W + 40 W output power configuration, where 80 W is the output power of one channel and 40 W is the output power of the other channel. The Huawei RRU3942 also supports LTE. This RRU is used to support 4-way diversity or two-sector configuration. This item supports LTE cells operating at a scalable bandwidth of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz and the dual-carrier configuration with a total bandwidth not higher than the operating bandwidth. RNC eLTE DBS3900 LTE Configuration Band 7 2600 MHz RF Modules This section describes the configurations of Band 7 2600 MHz RF modules. Configurations of Band 7 2600 MHz RRUs, Band 7 2600 MHz RRUs. Band 7 2600 MHz RRUs External Model & Description Function Maximum Quantity Configuration Principle WD5M26L RRU68 RRU for LTE 2600MHz 2x40W RRU3268, a 2600 MHz blade RRU Supports the maximum 2 x 40 W output power. Supports the uplink 2500–2570 MHz frequency band and the downlink 2620–2690 MHz frequency band. Huawei DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. This RRU supports LTE cells operating at a scalable bandwidth of 5 MHz, 10 MHz, 15 MHz, or 20 MHz and the dual-carrier configuration with a total bandwidth not higher than the operating bandwidth. 3.2.6 Configurations of Band 4 AWS RF Modules This section describes the configurations of Band 4 AWS RF modules. Configurations of Band 4 AWS RRUs Band 4 AWS RRUs. RNC eLTE Huawei DBS3900 LTE Configuration AWS RRUs External Model No. Description Function Maximum Quantity Configuration Principle WD5MAW 383200 RRU3832 for AWS 2x60W RRU3832, an AWS blade RRU Provides two TX channels and four RX channels with the maximum 2 x 60 W output power. Supports the uplink 1710–1755 MHz frequency band and the downlink 2110–2155 MHz frequency band. DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. For details, see section 4 RF Module Specifications for the Huawei DBS3900. Since eLTE, the Huawei RRU3832 supports a maximum of two carriers and the 2 x 60 W output power. The RRU3832 supports a maximum of two carriers and a scalable bandwidth of 5 MHz, 10 MHz, 15 MHz, or 20 MHz. Huawei RRU3826 Configurations of Band 28 APT 700 MHz RF Modules This section describes the configurations of Band 28 APT 700 MHz RF modules. Configurations of Band 28 APT 700 MHz RRUs, Band 28 APT 700 MHz RRUs. Band 28 APT 700 MHz RRUs Function Maximum Quantity Configuration Principle WD5M07L RRU02 RRU for LTE APT700 2T2R, 2x40W Huawei RRU3268, an APT 700 MHz RRU Provides two TX channels and two RX channels with the maximum 2 x 40 W output power. Supports the uplink 703–743 MHz frequency band and the downlink 758–798 MHz frequency band, Supports LTE. DBS3900 12 The quantity is determined based on the number of sectors, the number of carriers, and output power RF Module Specifications for the Huawei DBS3900. RRU3971. This RRU supports two carriers and a scalable bandwidth of 5 MHz, 10 MHz, 15, or 20 MHz. WD5M07L RRU03 RRU for LTE APT700 2T2R, 2x40W RRU3268, an APT 700 MHz RRU Provides two TX channels and two RX channels with the maximum 2 x 40 W output power, uplink 718–748 MHz frequency band and the downlink 773–803 MHz frequency band. Supports LTE. DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. For details, see section 4 RF Module Specifications for the DBS3900. This RRU supports two carriers and a scalable bandwidth of 5 MHz, 10 MHz, 15, or 20 MHz. RNC eLTE DBS3900 LTE Configuration of Band 20 800 MHz RF Modules This section describes the configurations of Band 20 800 MHz RF modules. Configurations of Band 20 800 MHz RRUs, Band 20 800 MHz RRUs External Model No. Description Function Maximum Quantity Configuration Principle WD5MD8L RRU0A RRU for LTE 800MHz A 2x40W Huawei RRU3220, an 800 MHz RRU the uplink 832–847 MHz frequency band and the downlink 791–806 MHz frequency band. RRU3971. Huawei DBS3900 12 The quantity is determined based on the number of sectors, number of carriers, and output power. RF Module Huawei DBS3900. WD5MD8LRRU0A supports one carrier and a scalable bandwidth of 1.4 MHz, 3 MHz, 5 MHz, 10 MHz, or 15 MHz. WD5MD8LRRU0B in eRAN6.0 supports two 10 MHz + 10 MHz carriers and a scalable bandwidth of 1.4 MHz, 3MHz, 5 MHz, 10 MHz, 15 MHz, or 20 MHz. WD5MD8L RRU0B RRU for LTE 800MHz B 2x40W RRU3220, an 800 MHz RRU uplink 842–862 MHz frequency band and the downlink 801–821 MHz frequency band. The number of required RRUs is determined based on the number of cells. In the DL 2×2 MIMO or UL 2×2 MU-MIMO configuration, one dual-channel RRU is configured for each cell, one LBBPd board and three dual-channel RRUs are configured for each S111@20MHz site. In the DL 4 x 2 MIMO or UL 4-antenna receive diversity configuration, two dual-channel RRUs directly connected to Huawei LBBP boards are configured for each cell. For example, three Huawei LBBPd boards and six dual-channel RRUs are configured for each S111@20MHz site. Huawei RRU3240 on 2600 MHz supports dual carriers Huawei DBS3900 LTE configurations of power modules used in Huawei 3900 series base stations. Power modules used in the Huawei DBS3900 base station Huawei TD1MDCD U12B0 DC Power Distribution Unit DCDU-12B, a DC power distribution box that provides a 10 x 30 WD5PACD CPM00 AC/DC RRU Power Module Power module for AC/DC blade Huawei RRUs One piece is quoted when the Huawei RRU3826, RRU3938, RRU3268, RRU3939, or RRU3832 functions as an AC RRU with an AC/DC power module. RRU3826 2100MHz 80W. RRU3971
Huawei LTE DBS3900 LTE FDD Configurations