Repeaters, controllers and gateways are the backbone of your MOTOTRBO two-way radio system. They ensure your radio network is available at all times and that communications are clear, reliable and secure across your enterprise.
A next-generation DMR repeater, the SLR 5000 Series offers high performance, high efficiency and a design for the future. The product has a 50 W continuous-duty output and high sensitivity for optimum coverage, and high reliability and low power consumption for low cost of ownership. With a slim, modular design, the product is easy to install and service.
1-50 Watt Transmit Power, 100% Continuous Duty, Supports Two Simultaneous Voice Paths in Digital TDMA Mode, Rack Mountable, Supports all MOTOTRBO system architectures.
Single Site Conventional, IP Site Connect, Capacity Plus, and Connect Plus.
Built on the slim next-generation repeater platform, this repeater supports up to 100 W continuous-duty operation, with high sensitivity for exceptional coverage. The modular design keeps reliability high while allowing for configurable options.
100% Continuous Duty at 100 watts, very low power consumption, IP interface allows you to build applications and consoles directly on your system, efficient modular design only requires 2U of rack space, and options for an internal preselector amplifier and antenna relay module, offering you a true one-box installation.
Single Site Conventional, IP Site Connect, Capacity Plus and Connect Plus.
Maximize the performance of your MOTOTRBO system with the 40 W XPR 8000 Series repeaters. They utilize Dynamic Mixed Mode capability to ease migration by automatically switching between analog and digital mode. The XPR 8000 Series supports two simultaneous voice or data paths in digital mode, doubling capacity without adding new frequencies.
100% Continuous Duty, Supports Two Simultaneous Voice Paths in Digital TDMA Mode, Rack Mountable.
Single Site Conventional, IP Site Connect, and Capacity Plus.
Available in UHF frequency band.
Available in 800 / 900 MHz frequency bands.