5904UWH A Part Associated With E's Remote Radio Units

5904UWH RRU - General Overview

The 5904UWH is likely to be part of Ericsson’s RRU 3000 or RRU 2000 series. These units are used to extend wireless coverage, handle multiple frequency bands, and support both 4G (LTE) and 5G network deployments.

Typical Features of E RRUs (e.g., 5904UWH):

• Multi-band Support: The unit likely supports multiple LTE bands and possibly 5G NR bands.

• Compact Design: RRUs are usually designed to be compact and lightweight for easy installation in outdoor environments (on towers, rooftops, or small cells).

• High Transmission Power: Depending on the model, it can support power levels from 10W to 200W per antenna port.

• Energy Efficient: Designed with power-saving features to reduce energy consumption, which is crucial in large-scale deployments.

• Wide Temperature Range: E RRUs often operate in harsh outdoor environments with temperature ranges of -40°C to +55°C.

• Remote Control and Monitoring: E RRUs are typically equipped with monitoring and diagnostic tools for remote management.

Specific Description of the 5904UWH (Assumed):

• Frequency Bands: Likely supports popular LTE bands like B1, B3, B7, B8, and possibly newer 5G bands.

• Antenna Configuration: Typically 2-4 ports for MIMO (Multiple Input, Multiple Output) configuration.

• Form Factor: Compact, possibly 500mm x 300mm x 150mm in dimensions.

• Weight: Typically in the range of 15-30 kg, depending on the configuration.

Key Applications:

• 4G LTE Networks: Providing coverage for high-speed mobile broadband.

• 5G Networks: Depending on the model, it might support 5G New Radio (NR) as part of the E Radio System.

• Small Cells and Macro Cells: Deployed in both urban and rural areas for high capacity and low latency.

Package and Installation:

• Mounting: Designed to be mounted on poles or towers with weatherproof casings for outdoor use.

• Connection Ports: Typically includes high-speed data interfaces like Ethernet or optical interfaces for backhaul synchronization.