Описание и отзывы

Характеристики

Description

The 2.4GHz+2.4GHz dual frequency bidirectional power amplifier is designed for IEEE 802.11b/g/n Wireless LAN applications. It adopts the direct sequence spread spectrum (DSSS) and orthogonal frequency division multiplexing (OFDM) technology of WAN communication. The product is compatible with time division duplexing (TDD) method of WLAN and using rapid microwave detection technology to provide high linearity amplification. The signal booster can work with most WLAN/Wi-Fi devices and increase the WLAN signal strength, therefore a larger WLAN coverage and more stable transmission rate.

Key Features

  20X the power, Improving the link quality and coverage of certified WLAN devices 

 Ultra-low noise, improve the receiving sensitivity, and extended receiving distance

 Wide 6V to 16V operating input range

 Working with certified IEEE 802.11b/g/n Wireless LAN devices

 Simply plug and play, no software is required

 Wide 6V to 16V operating input range

 Operating mode is TDD, 2.4GHz or 5.8GHz are extensible

 Simply plug and play, no software is required

 All metal covering, improve heat dissipation

Specifications

 Frequency Range: 2.4~2.5GHz

 Operating Voltage: 6~16V

 Receiving Gain: 10dB±1(2.4GHz)

 Transmission Gain: 13dB±1(2.4GHz)

 Input Trigger Power: Min: 3dBm Max: 30dBm

 Maximum Output Power (P1dB): 36dBm (4W)

 EVM: 3%@28dBm 802.11g 54Mbps OFDM 64QAM BW 20MHz

 DC Supply Current: 435mA@Pout 28dBm 9V

 Noise Figure: <2.5dB(2.4GHz)

 TX/RX Switch Time Delay:<1us

 LED Indicator: Transmitter: Green; Receiver: Red; Transducers: Orange

 Operating Ambient Temperature: -40℃~+70℃

 Operating Humidity: <95%RH

 Dimension: 76.5mm×66mm×13mm

 Net Weight: 115g

Installation Instructions

 Step 1: Disconnect power supply to AP/Router;

 Step 2: Detach the antenna from your certified wireless AP/Router

 Step 3: Connect Rg316 cable to the booster and AP/Router

 Step 4: Connect the antenna to the other end of the booster

 Step 5: Connect the power supply to the booster first and subsequently the AP/Router