Versatile Comba Criticalpoint Public Safety Fiber Das Class B 800mhz Remote Unit (ac), 3 Sub Bands & 2w Per Band, 110vac Instant 55% Discount [BPTVcCoD]

Comba CriticalPoint Fiber DAS Class B 800MHz Remote Unit

The Comba CriticalPoint Fiber DAS Class B 800MHz Remote Unit is a powerful and reliable solution designed for public safety applications. This AC-powered remote unit offers three sub-bands, each with 2W of power, ensuring robust signal coverage and enhanced communication capabilities. With its robust build and advanced features, this unit is perfect for critical communication needs, providing a seamless and uninterrupted connection where it matters most.

Technical Specifications and Features

This remote unit is equipped with a wide range of technical specifications that make it a standout choice for public safety fiber DAS systems. It supports the 800 MHz Public Safety Band, with uplink frequencies of 806-824 MHz and downlink frequencies of 851-869 MHz. The unit boasts a high gain of 90 dB, adjustable within a range of 0-30 dB for optimal performance. With a noise level of just 5 dB and 32 channels, this remote unit ensures clear and reliable communication. It operates on 110VAC power, measuring 22.4" in height, 15.4" in length, and 8.5" in width, weighing 66 lbs. without the bracket. The product comes with a three-year warranty, providing peace of mind for long-term use.

Practical Applications and Benefits

The Comba CriticalPoint Fiber DAS Class B 800MHz Remote Unit is ideal for various public safety scenarios, including emergency services, law enforcement, and fire departments. Its robust performance and reliability make it a crucial component in ensuring effective communication during critical situations. The three sub-bands and 2W power per band provide comprehensive coverage, ensuring that communication is always available when needed. With the support of qualified installers and the express consent of all carriers in your service area, this unit is a reliable solution for public safety organizations seeking enhanced communication capabilities.