Portable Radio Repeaters
Portable Compact DMR Repeater
The Hytera HR65X is a next-generation portable digital repeater designed to expand and strengthen two-way radio coverage wherever you need it. Built for flexibility, reliability, and ease of use, the HR65X delivers seamless voice and data communication for teams operating in challenging environments or temporary sites.
Compact, Lightweight & Flexible
With its ultra-lightweight design (approx. 2 kg) and compact body, the HR65X is ideal as a portable repeater that can be:
Carried in a backpack for rapid deployment
Mounted on walls in confined indoor spaces
This flexibility makes the HR65X perfect for dynamic work sites, events, search and rescue operations, and temporary communication setups.
Exceptional Signal Coverage
The HR65X supports both single-site DMR conventional systems and IP Multi-site Connect, meaning it can be integrated into simple local networks or larger distributed repeater systems that link multiple locations. It also interconnects with other Hytera repeaters for scalable coverage.
Reliable Power & Backup
Designed to run on AC power or an optional battery, the HR65X stays active even during power outages or ensuring continued communication in mobile or off-grid deployments.
Smooth Migration from Analogue to Digital
The HR65X supports analog mode, DMR digital mode, and dynamic mixed mode, automatically switching to match incoming call types and allowing legacy radios to remain connected as systems are upgraded. This makes transitioning to modern digital communication systems simple and cost-effective.
Ideal For:
Temporary or mobile communication coverage
Construction sites and events
Emergency response and search & rescue
Indoor coverage in commercial spaces
Rapid deployment and field operations
Key Features At a Glance:
Lightweight & portable (~2 kg) with backpack kit
Supports IP Multi-site and conventional DMR setups
Long battery life with backup power
Dynamic analogue/digital operation
Remote management via XNMS
Rugged, reliable build for harsh environments

