2019 Version 23dBm 2g 3G 4G GSM 850MHz Aws 1700MHz PCS 1900 MHz Signal Booster Tri Band Repeater

Product Description

2019 Version 23dBm 2G 3G 4G GSM 850MHz AWS 1700MHz PCS 1900 MHz Signal Booster Tri Band Repeater

Model:
GW-23CPA, 23dBm
GW-27CPA, 27dBm
GW-30CPA, 30dBm

Tri-Band Signal Booster series is an ideal solution for three wireless system in small/medium businesses and home users looking to enhance indoor 2G&3G&4G wireless connectivity. It is connected via coaxial cable to Tri-Band Donor Antenna and Service Antenna, Tri-Band Donor Antenna is placed outside the building where it has easy access to the BTS signal, and the Service Antenna is placed in the building where it can extend radio coverage to the blind area.

Features:
1. Cost-effective solution for weak signal zones, reduce drop/off calls.
2. Compact size, low power consumption, easy installation, great cover.
Expansion and extension of the signal of the base station. Optimization of the quality of the signal and source
3. Cover about 5000~20000m² Without block or obstruct.
4. High linear design, ALC function design, low interference to BTS.
5. Support any cellular devices (voice & data & video)
6. Wideband signal booster, or customize selective band booster.
7. Support System CDMA800, GSM, DCS, PCS, WCDMA, LTE 4G etc

Recommended Accessories:
1)Donor antenna: Log Periodic Antenna (9dBi, 806-960/1710-2700MHz)
2)Service antenna: Omni Ceiling Antenna (3dBi, 806-960/1710-2700MHz)
3)5D-FB coaxial cable with connecter (Cable length optional)

Application:
To expand signal coverage of fill signal blind area where the signal is weak or unavailable.
Indoor: Hotels, Home, Basements, Shopping Malls, Offices, Parking Lots, Shop. Etc.

FrequencyRange			Uplink	Downlink
GSM850+AWS1700+PCS1900			824 - 849MHz 1710 - 1755MHz 1850- 1915MHz	869- 894MHz  2110 - 2155MHz  1930- 1995MHz
Max. Gain			70dB	75dB
Max. Output Power			20dBm±2	30dBm
Bandwidth			Wide Band
Manual Gain Control			31dB     / 1dB Step
Automatic Gain Control			>20dB
Ripple in-band			≤6dB
Return loss			≤ -10dB
Noise Figure			≤ 6dB
Spurious Emission &Intermodulation	9KHz~1GHz		≤ -36dBm
	1~12.75GHz		≤ -30dBm
WCDMA	Spurious Emission Mask		Meet 3GPP TS 25.143 ( V 6.2.0 )
	Modulation Accuracy		≤ 12.5%
	Peak Code Domain Error		≤ -35dB@Spreading Factor 256
Time Delay			≤ 1.5 μs
Frequency stability			≤ 0.01ppm
MTBF			> 50000 hours
Impedance			50 ohm
Power Supply			AC100-240V
Power LED			Power Indicator
ALC LED			Orange @ ALC 1~5dB, Red @ ALC 15dB~20dB, LED off after 5 seconds red color
Mechanical Specification
RF Connector		N-Female
Switch		Power Switch\Manual Gain Control Switch
Cooling		Heatsink Convection cooling
Humidity		< 90%
Operating Temperature		-10c~55.c
Environment Conditions		IP40
Installation Type		Wall Installation
Size		250*380*104mm
Weight		< 10Kg

FAQ:

Q1. Why is there still no signal after installing the equipment?

1. Check the power on booster and power supply.

2. Check the connector of the outdoor antenna is tight or not.

3. Check the connectors of RF cable are tight or not.

4. Check the outdoor signal is strong enough or not.

5. Check to make sure the antenna is installed correctly.

6. Check the connector of the indoor antenna is tight or not.

7. Check the cable type is suitable or not.

 

Q2. Why the signal strength is too weak on the edge of the area?

1. Check the outdoor signal and antenna direction.

2. Check booster is the full gain or not.

3. Check all of the connectors are tight.

4. Change the location of the outdoor/indoor antenna.

5. Check the cable type is suitable or not.

6. Deploy more indoor antennas.

 

Q3. After running a booster, why the signals are not stable?

1. Checking the distance between donor antenna and server antenna is too close to each other? Check LED

of a booster to make sure alarms are green.

2. Checking the signals from donor antenna whether to be stable or not?

3. Connect the system again if it is an incorrect connection.

 

Q4. Why the booster power LED is not bright?

1. Checking the input AC power range indicated on the power adapter whether is corresponding to the local power system.

2. Checking the power adapter whether connect the equipment correctly and stably or not.

3. Checking the power adapter whether damage or not. To test output voltage whether be corresponding to that indicated on a power adapter or not by the multimeter.