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2T2R 5G Cellular Signal Boosters

Hocell dual-channel 5G cellular signal booster is a high-performance signal amplifier which supports 2T2R, with two input antenna ports and two output antenna ports. It provides 2x2 MIMO 5G coverage for personal terminals and IOT devices indoors. The maximum 5G speed reaches 400+Mbps, which is double of a single-channel 5G cellular signal booster.

Introduction

 

A 5G cellular signal booster provides a simple, rapidly-deployed and low-cost solution to extend 5G&4G signals to closed blind areas or weak coverage areas. It receives 5G/4G signals from cell towers outdoors, amplifies them, and redistributes the amplified signals indoors for seamless connectivity and uninterrupted communication.

Hocell dual-channel 5G cellular signal booster is a high-performance signal amplifier which supports 2T2R, with two input antenna ports and two output antenna ports. The maximum 5G speed reaches 400+Mbps, which is double of a single-channel 5G cellular signal booster.  

Considering that the penetration of 5G signals from outdoor base stations to indoor areas is very weak because of  the much higher frequencies adopted by 5G technology, cellular signal boosters are being used commonly at underground or semi-underground spaces, homes, shops and markets, elevators, small factories, etc.

 

Key Features 

 

  1. 5G output power up to 23dBm;
  2. Dual channel TDD NR 3500 to realize 2T2R 5G MIMO, higher 5G internet speed;
  3. Self excitation detection and elimination function;
  4. Optional remote monitoring function, supporting local PC connection;
  5. Small in size, easy to install.

 

Installation Diagram

 

Hocell dual-channel cellular signal booster consists of four parts: dual-polarized donor antenna, indoor coverage unit, dual-polarized service antenna and feeders. The donor antenna receives two streams of 5G signal from outdoor base station and connects to the two input ports of the indoor coverage unit through the feeders. The indoor coverage unit connects to the dual-polarized service antenna with two output ports, and provides 2x2 MIMO 5G coverage for personal terminals and IOT devices indoors.

 

Figure 1: Installation diagram

  Specifications

 

Table 1: FDD LTE 1800 Parameters

Item

Uplink

Downlink

Frequency Range

1735 - 1785 MHz

1830 - 1880 MHz

Bandwidth

50 MHz

50 MHz

Max. Gain

60±3 dB

65±3 dB

Gain Control Range

25 dB

Automatic Level Control

≧ 20 dB

Gain Flatness

≦ 10 dB

Output Power

17±2 dBm

17±2 dBm

Spurious Emission

≦ -36 dBm/100KHz (9KHz ~ 1GHz)

≦ -30 dBm/1MHz (1GHz ~ 12.75GHz)

EVM

≦8%

Noise Figure

≦ 12 dB

VSWR

≦ 2.5

Group Delay

≦1 uS

 

Table 2: TDD NR 3500 Parameters

Item

Uplink

Downlink

Frequency Range

3400 - 3600 MHz

Bandwidth

200 MHz

Max. Gain

65±3 dB

70±3 dB

Gain Control Range

25 dB

Automatic Level Control

≧ 20 dB

Gain Flatness

≦ 7 dB

Output Power

15±2 dBm

23±2 dBm

Spurious Emission

≦ -36 dBm/100KHz (9KHz ~ 1GHz)

≦ -30 dBm/1MHz (1GHz ~ 12.75GHz)

EVM

≦3.5%

Noise Figure

≦ 12 dB (Channel 1) / ≦ 10 dB (Channel 2)

VSWR

≦ 2.5

Group Delay

≦1 uS

 

Table 3: Indoor Coverage Unit Parameters

Item

Parameter

Indicators

Power, Synchronization Status,  Alarm, Downlink Output Power

RF Connector

SMA-Female

Impedance

50Ω

Power Supply

Input: AC 100-240 V; Output: DC 12 V/ 2 A

Power Consumption

≦ 15 W

Dimensions

186*186*30 mm

Weight

0.9 kg

IP Rating

IP30

Operating Temperature

0 to 40 ℃

Control &
Monitoring

Local

Via Micro USB Port

Remote

Via Wireless Modem (optional)


Note: Frequency bands could be customized according to global customers’ requirements.

 

 

 

Related products:

Single-Channel 5G Cell Signal Boosters

 

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