10W 40dBm 4G Lte 700MHz Repeater/Signal Repeater (GW-40LTE700)
Model:
33dBm, GW-33LTE700
37dBm, GW-37LTE700
40dBm, GW-40LTE700
43dBm, GW-43LTE700
The Single-Band RF Repeater (RFR) is the kind of repeater used most frequently. It has a simple structure to transparently convey and amplify the wireless signal (at the same frequency) between the BTS (Base Transceiver Station) and mobiles in single wireless network.
The Single-Band RFR is working as a relay between the BTS and mobiles. It picks up the signal from the BTS via the Donor Antenna, linearly amplifies the signal and then retransmits it via the Coverage Antenna (or the Indoor Signal Distribution System) to the weak/blind coverage area. And the mobile signal is also amplified and retransmitted to the BTS via the opposite direction.
As per operator's requirement for working frequency, two types of Single-Band RFR are available:
*Band-Selective Single-Band RF Repeater: To amplify all signals in the whole band (bandwidth is customized);
*Channel-Selective Single-Band RF Repeater: To amplify only the signals transmitted in the customized channels.
Features:
* Aluminum-alloy casing with IP65 protection has high resistance to dust, water and corroding;
* Highly selective channel selector can process multiple channels simultaneously;
* No interference to BTS by adopting linear amplifier with high gain and low noise;
* Adopting filter with highly selectivity and low insertion loss eliminates interference between uplink and downlink;
* USB port provides a link to a notebook for local supervision or to the built-in wireless modem to communicate with the NMS (Network Management System) that can remotely supervise repeater's working status and download operational parameters to the repeater.
The RF Repeater is mainly applicable to such case:
*The repeater can find an installation place which can receive pure BTS signal at strong enough level and can meet the requirement of isolation to avoid self-oscillation;
*And the distance between the BTS and the area to be covered is 2km around.
In comparison with FSR (frequency shift repeater) and FOR (fiber optic repeater), the RFR has the following benefits and disadvantages:
Pro:
Easy to build the installation site;
Lower cost of equipment and site-building.
Con:
*Inappropriate installation may cause self-oscillation;
*The Coverage Antenna shall face against the Donor Antenna, which limits the coverage angle;
* High signal noise may be introduced since the Donor Antenna picks up signal from the air;
*The repeater shall be installed within the coverage of BTS.
Application:
To expand signal coverage of fill signal blind area where signal is weak or unavailable.
Indoor: Hotels, Home, Basements, Shopping Malls, Offices, Parking Lots, etc
Outdoor: Airports, tourism regions, golf courses, tunnels, factories, mining districts, villages, highways
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Specifications |
| Working Frequency (customizable) |
Uplink (MHz) |
699 - 716 |
| Downlink (MHz) |
729 - 746 |
| Max. Input Level (Non-Destructive) |
-10dBm |
| Max. Output Power (customizable) |
40dBm |
| Max. Gain |
≥ 90dB |
| ALC & AGC |
Min. 20dB |
| Gain Adjustment Range |
1~31dB @ step of 1dB |
| Voltage Standing Wave Ratio (VSWR) |
< 1.5 |
| Noise Figure |
≤ 6dB |
| In-Band Ripple |
≤ ±3dB |
| Spurious Emission |
≤ -30dBm |
| Adjacent Channel Power Ratio (ACPR) |
P ≥ 31 dBm |
(Offset 5MHz) ≥ 33dBc, (Offset 10MHz) ≥ 33dBc |
| P < 31 dBm |
(Offset 5MHz) ≥ 20dBc, (Offset 10MHz) ≥ 20dBc |
| System Delay |
≤ 5.0μSec |
| Duplex Model |
Frequency Division Duplex (FDD) |
| I/O Impedance |
50Ω |
| RF Connector |
N-Type (Female) / changeable / bottom of casing |
| Temperature Range |
Operation: -25°C ~ +55°C / Storage: -30°C ~ +60°C |
| Relative Humidity Range |
≤ 95% (non condensing) |
| Power Supply (customizable) |
DC -48V / AC 220V, 50/60Hz / AC 110V, 50/60Hz |
| Backup Power Supply (optional) |
4 hours |
| Casing Level |
IP65 |
| Dimensions |
428mm X 328mm X 220mm |
| Weight |
≤ 30kg |
| NMS Monitoring Function (optional) |
Real-time alarm for door status, temperature, power supply, LNA, VSWR, self-oscillation, etc. Remote control such as turn on/off, increasing/decreasing output power, etc. Real-time status for output/input power, UL/DL gain, all status of repeater etc. |
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