Kenwood NXR Series Compact Reliable Communication
COMPACT, RELIABLE COMMUNICATION BUILT FOR REAL-WORLD OPERATIONS
Reliable communication infrastructure remains essential across security, industrial, commercial, and multisite environments. The Kenwood NXR repeater range, available from the Elvey Group, delivers flexible, scalable radio infrastructure with a practical migration path from analogue to digital communications.
NXR-1700: COMPACT VHF COVERAGE FOR DEMANDING ENVIRONMENTS
NXR-1800: FLEXIBLE UHF COMMUNICATION FOR COMMERCIAL ENVIRONMENTS
NXR-5700: ADVANCED INFRASTRUCTURE FOR LARGESCALE RADIO NETWORKS
The Kenwood NXR-1700 delivers reliable wide-area VHF coverage in a compact, space-saving design. Ideal for mining, industrial, security, municipal, and rural environments.
NXDN® and DMR Tier II digital support.
Mixed analogue and digital operation.
Up to 50W RF output.
IP networking and remote management.
Designed for dense urban areas and in-building communication where reliable coverage matters. Ideal for campuses, logistics, hospitality, and commercial buildings.
DMR Tier II and NXDN digital support.
Analogue FM compatibility.
Compact, energy-efficient design.
Remote monitoring and IP networking.
The NXR-5700 supports larger communication environments requiring scalable infrastructure and advanced trunking capability. Ideal for transportation, enterprise, public safety, and multi-site radio systems.
NXDN Conventional and Type-C Trunking.
100% duty cycle operation.
Integrated site roaming support.
Rackmount infrastructure platform.
WHY CHOOSE KENWOOD REPEATERS?
Excellent audio clarity and coverage.
Support for both conventional and scalable systems.
Smooth migration from analogue to digital.
Proven reliability in harsh environments.
Flexible IP networking architecture.
BUILT FOR MODERN COMMUNICATION ENVIRONMENTS
From industrial facilities and security operations to commercial campuses and municipal infrastructure, the Kenwood NXR range delivers reliable communication built for long-term operational performance.
