BF-TR8500 DMR repeater is engineered for economic cost of ownership, shopping malls, logistics, airports, docks, etc. It also supports IP networking and simulcasting to deliver high-reliability radio service with all the features required to connect a single-site conventional system, or powerful capabilities as your needs evolve.

 

High Power and Full-Frequency Band

Featured with high power and full-frequency band, the BF-TR8500’s largest transmission power is 50W, which effectively helps users enlarge the terminal signal’s coverage area. Property stability supports the use of full-frequency band, which enables users to choose frequency band and transmission power flexibly according to their own businesses, realizes large communication coverage, and improves the efficiency of spectrum.

 

High Power and Full-Frequency Band

When the BF-TR8500 handles all kinds of problems that may happen in its operation, the malfunction warning system provides feedback about the operation state in time and automatically reports fault messages like reception error, transmission error, excessive-high/low voltage, extremely high temperature, fan error, network failure, and other anomalies. In this way, operators can immediately notice the fault message and keep the equipment in good condition, which greatly prolongs the equipment’s life and keep the communication service in normal operation.

 

Dual Circuits Protection Active Heat Dissipation

BF-TR8500 can charge with the provision of balancing charging and external battery charging (the maximum of the former is 1A). When the power failure happens suddenly, the equipment automatically switches to the direct current port that supports emergency transfer protection. In addition to supporting the heat dissipation, the equipment follows the air flow principle and adopts the CF active heat radiation, which ensures the repeater to operate under a high-load working state or unfavorable room temperature.

 

2U Frame Structure

BF-TR8500 adopts a professional 19-inch 2U standard frame structure with rugged and durable mental case. With diversified installment and deployment methods, users can configure suitable diplexers and put it in the cabinet without taking up extra space, saving deployment area. ACC interface supports rich extended applications including stimulated audio input and output and repeater back-to-back.

Note: Diplexer is an optional accessory.

 

Air Interface ID Authentication

Only ID-authenticated legitimate terminals can activate repeaters for voice and data service forwarding, thus avoiding illegal users from stealing and occupying channel resources and affecting normal communications.

 

Smart/Centerless IP Connect

BF-TR8500 supports IP connection among four repeaters and suitable smart IP connect system. Smart IP connect can build a number of BF-TR8500 repeaters into a professional wireless communication network covering a larger area, flexibly group these repeaters and divide channels again, which can better combine daily patrol and customer needs in the emergency. BF-TR8500 repeater can be regarded as a network dot in the system and receive dispatching from the dispatching center after inserting the BF-TR8500 smart communication management system.

 

Common-frequency broadcasting system

As the base station for common-frequency broadcasting, BF-TR8500 can be used for cross-regional simulcast communication.

Only a set of transceiver frequencies can realize all-round and large area coverage and solve the problem of wireless communication blind areas. Simulcast communication broadcasting systems can ensure area average field intensity and interruption reduction in the whole coverage.

 

Dynamic Channel Assignment

As the base station for common-frequency broadcasting, BF-TR8500 can be used for cross-regional single-frequency communication.

Only a set of transceiver frequencies can realize all-round and large area coverage and solve the problem of wireless communication blind areas. Common-frequency broadcasting system can ensure area average field intensity and interruption reduction in the whole coverage.