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Installation and Application Scenarios



The rapid development of mobile communication technology brings sharp growth in the number of mobile phone users. This growth creates increasingly high requirements for network quality. Besides enhancing network coverage, operators also need to increase network capacity to meet rapid increases in traffic volume.

In many hot spots, insufficient of network capacity and the existence of blind spots greatly affect user experience. To solve these problems, operators urgently need an accurate and low-cost coverage solution with flexible site deployment.

Following the philosophy of continuous innovation based on customers’ requirements, Huawei unveils the industry-leading WCDMA mini base station BTS3902E. Characterized by its small size, light weight, plug-and-play functionality, auto-configuration, and no requirements for shelter or equipment room, the BTS3902E is flexible in site acquisition and deployment, making it a quick and flexible site solution for operators.

The BTS3902E is a bi-carrier product. Figure 1-1shows the unit.

Figure 1-1BTS3902E



Compact Structure for Quick Network Construction

With a highly integrated design, the BTS3902 is small, light, and requires less spare parts, making it easy to install and maintain. The BTS3902E features strong environment adaptability and has no need for an equipment room. It can be flexibly mounted on a wall or a pole. The BTS3902E supports both integrated and separated antennas.

Expanded Capacity and Enhanced Coverage

The BTS3902E accurately absorbs traffic, and therefore expands network capacity and reduces blind spots. This helps operators enhance network quality and user experience.

Low Power Consumption and Energy Saving

The BTS3902E is another green base station launched by Huawei. It assists operators in constructing eco-friendly networks.

Smooth Evolution and CAPEX Saving

The BTS3902E supports HSPA+, and can provide high-speed data services in urban hot spots.



As shown in Figure 2-1, the BTS3902E is an integrated base station with the following main units: transmission interface unit, main processing unit, baseband processing unit, and RF unit.

Figure 2-1BTS3902E Structure

The function of each unit is as follows:

l Transmission interface unit

Provide ports for communication with the RNC and the operation and maintenance (O&M) channels to LMT or M2000.

l Main processing unit

Manages the entire BTS3902E in a centralized manner in terms of O&M and signaling processing. Also, provides the system clock.

l Baseband processing unit

Schedules and processes the uplink and downlink user-plane data on the Iub interface.

l RF unit

Modulates, demodulates, processes, and combines and divides baseband signals and RF signals.

l Power Amplifier (PA)

Amplifies low-power RF signals.

l Duplexer

Allows a common antenna to receive and transmit signals. It also filters receive and transmit signals.


The BTS3902E has a modular structure with ports on the bottom panel, cabling cavity panel, and LED area. Table 2-1 shows ports on the BTS3902E.

Table 2-1Ports on the BTS3902E

Modules Port Description
Bottom panel ANTA_TX/RX Port A for transmitting and receiving RF signals
ANTB_TX/RX Port B for transmitting and receiving RF signals
ANTC_SON Antenna port of receiver for self-organized network
ETH FE/GE electrical port
OPT0 FE/GE optical port
OPT1 FE/GE optical port
MON Environment monitoring port
PWR Power input
DBG Debug port/ Clock test port/ Port for software upgrading
LED area Various LEDs RUN, ALM, ACT, VSWR, O, O/E


Installation and Application Scenarios

Date: 2016-03-03; view: 1393

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