Hytera DS6210 DMR Tier III Pro

Scalable, Reliable, and Built for Wide-Area Communication

The Hytera DS6210 DMR Tier III Pro is a high-performance digital trunking system for large-scale communication networks. Its blade architecture allows for easy installation and system scalability, making it an ideal solution for organizations needing a flexible and resilient communication infrastructure.

The system includes redundant controllers and power supplies housed in the same cabinet, ensuring immediate failover protection in the event of a blade card failure. Fully configured cabinets are provided for quick on-site installation and streamlining deployment.

The DS6210’s repeater site channels feature triple receive diversity, enhancing uplink signal reception for all field radios. This improves reliability, particularly for portable radios operating at the edge of coverage, ensuring consistent connectivity in critical environments.

As a trunked radio system, DMR Tier III optimizes voice and data traffic by dynamically allocating a limited number of frequencies among a large group of users. This system leverages repeater technology with a dedicated control channel managed by a central server, maximizing efficiency and network capacity.

Developed using the ETSI DMR open standard, Hyteras DMR Tier III Trunking is a fully IP-based digital trunking system designed to support wide-area voice communication, dispatch management, and radio system control. It provides a dedicated FCC FB8 frequency control channel, allowing radios to register and request service dynamically. Remaining channels are allocated on an as-needed basis, functioning as shared or “trunked” traffic channels, ensuring efficient channel utilization without delays.

The Hytera DMR Tier III Trunking solution is built on a centralized system architecture, consisting of a Mobile Switching Office (MSO) controller, a Base Station Controller Unit (BSCU) at each radio site, multiple repeaters to manage communication traffic, and a wide-area network that integrates all system components. IP connectivity is provided through third-party internet, LAN, or VPN network operators, offering a flexible and scalable communication framework that meets the demands of mission-critical operations.