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Trailblazer - EB Max

Supplier: ARFC

The architecture of Trailblazer EB-Max outdoor bridges provides ease of installation, maximum range and capacity, delivering outstanding performance in a fully integrated design. Utilising OFDM technology in the 5 GHz (4.940-5.850 GHz) frequency range, Trailblazer EB-Max bridges operate at a range of up to 30 miles (50Km) and at speeds up to 108 Mbps.

Price Guide: POA

Trailblazer - EB Max:

Optimized Performance
Ideally suited for bandwidth-hungry applications that require fast, affordable, reliable, and secure multipoint and point-to-point connectivity, the fully-integrated outdoor series of Trailblazer EB-Max bridges provides optimal delivery of IP voice, broadband data, and video services. With CWT's exclusive 5, 10, 20 and 40MHz wide channel plan, more than 170 available channels can be used to meet your capacity, speed, scalability, and user needs, while optimising frequency usage and complying with local regulations.

Configuration Flexibility
Built-in support for point to multipoint (up to 32 subscribers per base station radio), point to point, and repeating modes means you can use one product family to support many different types of applications. Whether you are connecting two buildings, a campus, or a city-wide network, the Trailblazer EB-Max architecture provides you with the flexibility to deploy fast, affordable and robust outdoor fixed wireless bridge solutions.

Advanced Security
Trailblazer EB-Max security is provided with Trailblazer EB-Max bridge authentication and AES-128 /WEP-152 data encryption options, ensuring the prevention of hacking, data theft and unauthorised intrusions.

 Integrated Antenna Alignment and Link Monitoring Tool
Trailblazer EB-Max antenna alignment and link optimisation is easy using this real-time tool. During setup, simply run the tool between any two points and the signal strength in dB is streamed across your computer screen, allowing you to maximise signal quality and improve the performance and reliability of your wireless links. While in operation, you can also monitor signal strength between local and remote locations in real time to check for changes in the environment and troubleshoot technical problems.