Product Summary Over 7x faster processing speed and 15x more memory capacity than the previous models, these NEXEDGE NXR-5700/5800 repeaters represent a breakthrough in performance. Extensive data storage means they can support everything from analog/digital conventional systems up to a highly sophisticated NEXEDGE Generation2 (Gen2) multi-site digital trunked network. And further adding to their future-proof credentials is upcoming support for Digital Simulcast. Stay ahead of the curve, with cutting-edge communications.
| Product Summary The NX-1200/1300 is a natural extension of the NX-Series, offering portables that have features found in our NX-3000 Series radios, making them ideal for industrial settings and as an entry level radio for organizations transitioning from analog to digital. The new NX-1200/1300 portables operate in two digital protocols - NXDN and DMR - and analog, enabling multi-protocol operation and a seamless transition to digital with mixed mode operation. As ideal entry-level digital radios, the NX-1200/1300 offer a high level of standard features including the option for a 13 segment, 8-character direct and intuitive LCD display, programmable 7-color LED indicator and 40-bit ARC4 enhanced encryption in DMR mode. Users can select a basic or keypad variation, and all models have a slim profile design and include renowned KENWOOD quality audio for high noise environments, plus the 2-pin audio accessory connector and 2 programmable side keys. The NX-1200/1300 meets military standards 810 C/D/E/F/G and IP54 and 55. Features:
| Product Summary Kenwood is pleased to introduce NEXEDGE® conventional and trunking technology featuring 6.25 kHz digital narrowband operation. NEXEDGE® was designed to provide advanced communication solutions that meet the needs of private enterprise and public sectors today and in the future. NEXEDGE® includes features such as FM Analog @ 25 and 12.5 kHz channels, NXDN® digital @ 12.5 and 6.25 kHz channels, compliance with current frequency assignments, and NEXEDGE® will easily convert to very narrow bandwidths in the future.
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