Huawei radio category illustration — Illustration

RRU5301cw

Name: Huawei RRU5301cw
Brand: Huawei

What it does: Converts and amplifies radio signals. Operating RF bands / ranges: 700 MHz.

1 part number: 02311UVS

Viewing: model overview

Request a Quote

Request current availability, condition and pricing. Delivery terms are agreed in the quotation.

Main specifications

TechnologiesLTE FDD and LTE NB-IoT

Operating RF bands / ranges700 MHz

Uplink frequency703–748 MHz

Downlink frequency758–803 MHz

TX / RX modes4T4R

RF output powerMaximum 4 × 50 W for one LTE FDD carrier; two carriers: 4 × 25 W each or 4 × 20 W + 4 × 30 W; three carriers: 4 × 20 W + 4 × 20 W + 4 × 10 W

Interfaces / connectors4 × 4.3-10 RF; 2 × DLC CPRI; 1 × tool-less −48 V DC power; 1 × DB9 RET

Interfaces and data rates2 × CPRI at 1.25/2.5/4.9/9.8 Gbit/s; star, chain, or dual-star; cascade level 4

Power supply−48 V DC nominal (−36 to −57 V DC); AC only through an external AC/DC module or OPM15M

Installation environmentOutdoor, near-antenna installation; ETSI Class 4.1 non-weather-protected locations; −40 °C to +55 °C without solar radiation or +50 °C with solar radiation

IP ratingIP65

Additional technical information

Dimensions: 400 × 300 × 150 mm without housing
Weight: 22 kg without housing
Bandwidth: IBW 45 MHz; LTE FDD carrier bandwidth 5/10/15/20 MHz
Capacity: Up to 3 LTE FDD carriers; LTE FDD + 1 LTE NB-IoT carrier is also supported with configuration-dependent output allocation
Synchronization: In mode CPRI: clock signal recovery from the incoming line; frame synchronization from REC
Chassis: Remote-radio enclosure/form factor; documented dimensions: 400 × 300 × 150 mm without housing; ingress protection: IP65
Functional role: Outdoor remote radio unit; RF part of a distributed base station
Architecture: Four-transmitter/four-receiver outdoor radio with PIM cancellation, connected to BBU by CPRI and to an external antenna system
Subtype: 4T4R RRU
Details: Passive intermodulation cancellation is supported for large-bandwidth antenna-system scenarios