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Macro RF ICS Repeater Solution

2022-03-04

It is difficult for the operators to maintain good signal coverage for the tourism regions, mining districts or villages in the mountain area, due to the obstacles and surroundings. Building base stations to provide coverage isn’t the best solution since the population is low in the mountain area. In this kind of environment, the ICS Repeater can efficiently provide coverage to the mountain area with a reasonable cost. And the channel amplification and real time interference cancellation made it an ideal solution for complicated outdoor area, since the vertical separation between the donor and service antenna can be reduced which means the pole or tower doesn’t need to be very high. Other possible choices are the Fiber Optic Repeater and the RF Power Repeater but with more strict application requirements. It is suitable for both cellular network and critical communication network such as TETRA/IDEN/PMR.



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Specifications of 2-Way Power Splitter

Specifications of 2-Way Power Splitter

Type2-WayFrequency Range800~2700MHzSplit Loss 3.1dBInsertion Loss 0.3dBVSWR 1.3Impedance50ΩMax Power per Input200WPIM3 -155dBc@2x43dBmConnector4.3-10 FemaleNumber of Input Ports1Number of Output Ports2Inner Contact PlatingBrass /Silver PlatingOuter Contact PlatingAllumium/Trimetal PlatingOperating Temperature-20C ~ +65CRelative Humidity5~95%Ingress Protection RatingsIP65Dimensions(Without Connector)199.8*25*25 mmWeight335gColorBlack or Grey

Multi Distributed Antenna System Solution

Multi Distributed Antenna System Solution

In some areas far away from the base station or blind areas due to obstacles and surroundings, building addition base stations to provide signal coverage is not...

Fiber Optic Repeater Solution

Fiber Optic Repeater Solution

The Fiber Optic Repeater (FOR) is designed to solve problems of weak mobile signal in the place that is far away from the Base Transceiver Station (BTS) and has fiber optic cable network underground.The system consists of two parts: Donor Unit and Remote Unit. The Donor unit captures the BTS signal via direct coupler closed to BTS, then converts it into optic signal and transmits the amplified signal to the Remote Unit via fiber optic cable. The Remote unit will reconvert the optic signal into R