DMR  |  2012-03-09

Harris Corporation Momentum Tier2&3 DMR-based device range

Source: The Critical Communications Review | Gert Jan Wolf editor

Powerful standards-based TDMA products that are compatible with DMR Tier II (conventional) and Tier III (trunked) compliant systems;

Harris Corporation has announced the Momentum, a scalable digital solution that provides feature-rich functionality over an open technology platform.

The device fully complies with DMR standards and users will experience: powerful standards-based TDMA products that are compatible with DMR Tier II (conventional) and Tier III (trunked) compliant systems; IP connectivity to create wide area networks; integrated GPS for fleet management applications and solutions; combination of high-performance specifications and features with an intuitive, user-centric interface in a lightweight, durable package; products that meet industry and military standards to provide dependable connections under challenging conditions.

The range includes the following DMR standards-based, digital communications products: HDP150 - digital portable two-way radio featuring a large, full-colour liquid crystal display, full system keypad and user-defined softkeys and is simple to operate and offers a mobile-phone-like user experience; HDM150 - digital mobile two-way radio designed with a large, full-colour thin film transistor liquid crystal display and also features a large multifunction volume and channel selector knob with a robust internal speaker or optional external speaker for use in high noise environments. When configured with an optional desktop microphone and power supply, it can operate as a desktop control station; HDP100 - digital portable two-way radio offers efficient real-time communication and staff management; HDR100 - repeater detects whether the signal received is analog or digital and transmits in the appropriate mode, providing a suitable solution for users transitioning from analog to digital operation. It protects the user’s investment by assuring compatibility with current analog systems and allows future migration to DMR systems.

Source: RadioComms