GSM 900MHz Fiber Optical Mobile Signal Repeater for Wireless - Access (GW-36FORG)

Product Details
Customization: Available
Type: Signal Repeater
Transmission Medium: Wireless
Manufacturer/Factory, Trading Company

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  • GSM 900MHz Fiber Optical Mobile Signal Repeater for Wireless - Access (GW-36FORG)
  • GSM 900MHz Fiber Optical Mobile Signal Repeater for Wireless - Access (GW-36FORG)
  • GSM 900MHz Fiber Optical Mobile Signal Repeater for Wireless - Access (GW-36FORG)
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Basic Info.

Model NO.
GW-36FORG
Lightning Protection
With Lightning Protection
Certification
ISO
Condition
New
Product Name
GSM900MHz Wireless-Access Fiber Optical Repeater
Frequencies
GSM900MHz
Application
Airports, Tourism Regions, Golf Courses
Output Power
36W
Transport Package
Neutral Packing
Specification
CE, RoHS
Trademark
Greetwin
Origin
Shenzhen
HS Code
8543709200
Production Capacity
2, 000PCS/Month

Product Description

GSM900MHz Fiber Optical Repeater Mobile Signal Repeater for Wireless-Access

 

Description:

 

The Fiber Optic Repeater (FOR) is designed to solve problems of weak mobile signal in such place: Far away from the BTS (Base Transceiver Station) and has fiber optic cable network underground.
The whole FOR system consists of two parts: Donor Unit and Remote Unit. They transparently convey and amplify the wireless signal between the BTS (Base Transceiver Station) and mobiles via fiber optic cables.

The Donor unit captures the BTS signal via a direct coupler closed to the BTS (or via open air RF transmission through the Donor Antenna), then converts it into optic signal and transmits the amplified signal to the Remote Unit via fiber optic cables. The Remote Unit will reconvert the optic signal into RF signal and provide the signal to the areas where network coverage is inadequate. And the mobile signal is also amplified and retransmitted to the BTS via the opposite direction.

As per the method of receiving BTS signal by the Donor Unit, two types of FOR are available:
Cable-Access FOR: To receive BTS signal via a direct coupler closed to the BTS (recommended);
Wireless-Access FOR: To receive BTS signal via a Donor Antenna (applicable when no fiber optic cable connecting to the BTS); Can be sorted into 2 sub-categories: Band-Selective and Channel-Selective.

 

Features:

 

 

1.  High level, high availability, convenient for maintain;

2.  Internal adopt intelligent monitoring, is convenient to locate the faults for maintain;

3.  Low power consumption, excellent heat dissipation;

4.  High linearity PA, high system gain;

5.  Local and remote monitoring (optional) with automatic fault alarm &remote control;

6.  Compact size, flexible for installation and relocation;

7.  Weatherproof design for all-weather installation;

8.  One MOU can support Max 8 ROUs, Save cost and ease installation.

 

The FOR is mainly applicable to such case:
· Underground fiber optic cable network already exists beneath the area to be covered;
· There is huge obstructive terrain between the BTS and the area to be covered;
· The distance between the BTS and the area to be covered is 20 km around.

 

In comparison with RFR (RF repeater) and FSR (frequency shift repeater), the FOR has the following benefits and disadvantages:

Pro:
No more self-oscillation and easy to choose installation location;
For Cable-Access type, pure BTS signal picked up by the Donor Unit will greatly reduce the signal noise;
The Remote Unit can be installed out of the BTS coverage;
A full 360-degree coverage can be realized;
No need to occupy frequency resource as the link frequency.

Con:
· The total cost of equipment is higher;
· A fiber optical connection between the Donor Unit and Remote Unit is required.

Application:
To expand signal coverage or fill signal blind area where signal is weak or unavailable.
· Outdoor: Airports, tourism regions, golf courses, tunnels, factories, mining districts, villages, highways
· Indoor: Hotels, exhibition centers, basements, shopping malls, offices, parking lots.

 

Data Sheet:

 

Master Unit(MU) Technical Specification:

 

Items

Testing Condition

Technical Specification

Memo

Downlink

Uplink

 

Frequency Range

Working in-band

890-915MHz

935-960MHz

 

Bandwidth

Working in-band

25MHz

 

Output Power

Working in-band

-

30±2dBm

 

Max RF Input level

Working in-band

-30dBm

-

 

Min RF Input level

Working in-band

-110dBm

-

 

Max RF input without damage

Working in-band

10dBm

-

 

Noise Figure

Working in-band

≤5dB

-

 

VSWR

Working in-band

≤1.5

 

Time Delay

Working in-band

≤12.0μs

 

Spurious Emission

9kHz-1GHz

BW:30KHz

≤-36

≤-36

 

1GHz-12.75GHz

BW:30KHz

≤-30

≤-30

 

Connector

 

N-Female

 

Optical Specifications

Optical Output Power

 

-8dBm±2dB

-

 

Optical Max Input power

 

 

+4dBm

 

Optical Min Input power

 

 

+0dBm

 

Optical Input damage level

 

 

+10dBm

 

Optical length

 

DL: 1310nm, UL: 1550nm

 

Optical Loss

 

≤10dB /Includes the loss of the optical splitter

 

Optical Connector

 

FC/APC(WDM, one core)

 

Nos Of Optical Ports

 

1-4

 

Power Supply and Mechanical Specifications

Power Supply

 

AC220V±60V,45~55Hz

 

Dimension

 

530mm*310mm*190mm

 

Weight

 

19kg

 

Max. Power Consumption

 

150W

 

Operating Temperature

 

-5~+45ºC

 

Operating Humidity

 

≤85%

 

Environmental Class

 

IP65

 

RF Connector

 

N-Female, 50ohm

 

MTBF

 

≥50000 hours

 

Monitor Interface

 

Local Monitor: Remote Monitor: RS232 ,GSM/UMTS MODEM

Option

Alarm Type

 

No Power, Over Temperature, RU Failed

 

 

GSM 900MHz Fiber Optical Mobile Signal Repeater for Wireless - Access (GW-36FORG)

Remote Unit Technical Specification:

 

Items

Testing Condition

Technical Specification

 

Downlink

Uplink

 

Frequency Range

Working in-band

890-915MHz

935-960MHz

 

Bandwidth

Working in-band

5MHz

 

Output Power (Max.)

Working in-band

+36±2dBm

-

 

Max Input without damage

Working in-band

--

+10dBm

 

Max Input RF level

Working in-band

--

-30dBm

 

Min Input RF level

Working in-band

--

-110dBm

 

Noise Figure

Working in-band

--

≤5dB

 

Gain Adjustable Range/Step

Working in-band

≥25dB/1dB

 

Gain Adjustable Error

Working in-band

Gain adjustable range is 0~20dB, error≤1dB; ≥21dB, error≤1.5dB

 

Ripple

Working in-band

≤3dB in bandwidth

 

ALC

Working in-band

When adding ≤10dB at max. Output level, output variation ≤±2dB, When adding >10dB, output variation ≤±2dB or be off.

 

VSWR

Working in-band

≤1.5

 

Time Delay

Working in-band

≤12.0μs

 

Spurious Emission

9kHz-1GHz

BW:30KHz

≤-36

≤-36

 

1GHz-12.75GHz

BW:30KHz

≤-30

≤-30

 

Optical Specifications

Optical Output Power

 

0~3dBm

 

Optical length

 

DL: 1310nm, UL: 1550nm

 

Optical Loss

 

≤10dB /Includes the loss of the optical splitter

 

Optical Connector

 

FC/APC(WDM, one core)

 

Optical Max input power

 

+4dBm

 

Optical Min input power

 

+0dBm

 

Optical input power without damage

 

+10dBm

 

Power Supply and Mechanical Specifications

Power Supply

 

AC220V±60V,45~55Hz

 

Dimension

 

530mm*310mm*190mm

 

Weight

 

19kg

 

Max. Power Consumption

 

200W

 

Operating Temperature

 

-25~+55ºC

 

Operating Humidity

 

≤95%

 

Environmental Class

 

IP65

 

RF Connector

 

N-Female, 50ohm

 

MTBF

 

≥50000 hours

 

Monitor Interface

 

Local Monitor: Remote Monitor: RS232 ,GSM/UMTS MODEM

 

Alarm Type

 

No Power, PA Failure, VSWR, Over Power, Over Temperature

 

 

 

MOU+ROU Whole System Technical Specification:

 

Items

Testing Condition

Technical Specification

Memo

uplink

downlink

Frequency Range

Working in-band

890-915MHz

935-960MHz

 

Bandwidth

Working in-band

25MHz

 

Output Power (Max.)

Working in-band

+30±2dBm

+36±2dBm

 

ALC(dB)

Input add 10dB

△Po≤±2

 

Max Gain

Working in-band

90±3dB

90±3dB

@10dB optic path loss

Gain Adjustable Range(dB)

Working in-band

≥30

 

 

Gain Adjustable Linear(dB)

10dB

±1.0

 

20dB

±1.0

 

30dB

±1.5

 

Ripple in Band(dB)

Effective Bandwidth

≤3

 

Max.input level

Continue 1min

-10 dBm

 

Delay(us)

Working in-band

≤12

 

Noise Figure(dB)

Working in-band

≤5(Max.gain)

 

Spurious Emission

9kHz~1GHz

≤-36dBm/100kHz

 

1GHz~12.75GHz

≤-30dBm/1MHz

 

Port VSWR

BS Port

≤1.5

 

MS Port

≤1.5

 

 

Installation


Installation Location Choice Principle:

1. Installed in the irrelevant personnel not easy contact place; And easy to the power supply and decorate place;

2. Have cable feeder,it's convenient opening fiber connection;

3. The installation location should avoid heat source and damp;

4. The installation location should be well ventilated.Need to vertical hang it on a wall or a mast, in order to ensure that the heat dissipation.When hanging, need to consider from the top≥ 50 cm and distance from the bottom ≥100 cm ;

 

Optical Fiber Connection

Optical fiber connectors should adopt type of FC/PC, in general it with black protection cover and corresponding to light adapter.Please with instruments cleaning detergents to spray when connecting. In order to avoid besmirch influence light way transmission, increase the light path insertion loss.Please follow the image when joining: plug the bolt aim at key slot (as per image),tighten up after plug: can not too tight or too loose. Otherwise, it will affect the loss of the optical connector.

 

P.S:The optical cable don't crimp, need cover by good protection.

 

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