Wuhan Hongxin Telecommunication Technologies Co., Ltd.
Main products:Antenna,RF Components,POI,Repeater,Line Amplifier
Products
Contact Us
  • Contact Person : Ms. Huang Papaya
  • Company Name : Wuhan Hongxin Telecommunication Technologies Co., Ltd.
  • Tel : 86-27-87691380
  • Fax : 86-27-87697003
  • Address : Hubei,WUHAN,88,YOUKEYUAN LU,HONGSHAN DISTRICT WUHAN ,HUBEI PROVINCE P,R.CHINA
  • Country/Region : China
  • Zip : 430073

Mutiple Fiber Optical Repeater

Mutiple Fiber Optical Repeater
Product Detailed
1.Dual-Band, Triple-Band; 2.Long distance transmission; 3.High reliability; 4.Compact design; 5.High protection degree;

 FiberHome multi-mode fiber optical repeater can amplify several bands or multiple sub-band signals of multi-modes at the same time by sharing one antenna feeder system. It is one good solution for multi-operator signal coverage projects because the infrastructure costs will be greatly reduced.

Multiple Fiber Optical Repeater Details:

Uplink

Downlink

Frequency Range

Support G+D/G+U/D+U/G+D+U

Max Working Bandwidth

Broad Band

Maximum Output Power

-5dBm±2dB

37/40/43dBm±2dB

Maximum Gain

60dB±2dB

UL Noise Figure

≤5dB

--

System Delay

≤1.5μs

VSWR

≤1.5

Spurious Emission(GSM/DCS)

9kHz~1GHz/100kHz     ≤-36dBm

1GHz ~ 12.75GHz/1MHz ≤-30dBm

Spurious Emission   Mask(UMTS)

Comply   to 3GPP

IMD3(GSM/DCS)

-45dBc/3kHz

Application Scenarios

Triple-Band

Down Link:BTS’s RF signal enters into Master Unit through the DLXCP and the optical module, which transfer the RF signal in to optical signal. After amplified by the optical module the optical signal is sent to the Remote Unit. The optical module in the Remote Unit retransfers the optical signal into the RF signal and then amplified by the power amplifier. The service antenna sends the RF signal to the coverage area.

Up Link: Through the service antenna, the Remote Unit receives the RF signal sent by the mobile phone. After filtered by the DLXCP and then amplified by the LNA, the signal enters the optical module, in which this RF signal is transferred to the optical signal, and then the optical signal is sent to the Master Unit. The optical module in the Master Unit retransfers the optical signal into the RF signal which is accessed to the BTS.



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