Communications solutions for campus and hospitality

Ensure guest and visitor safety and security
The end-to-end nature of Digital & Analogue trunked radio means features such as text messaging and GPS applications can be easily integrated into radios and systems. You can track where your portables and mobiles are, making it easier to manage personnel and vehicles to ensure safety and security.

Better communication and more options
With Trunking technology, audio stays clear throughout the coverage area, resulting in fewer misunderstandings and more effective conversations. Battery life that’s up to 40 percent longer than a traditional radio helps ensure productivity with no time wasted changing batteries during a work shift. Trunking gives you the flexibility to call an individual radio, group of radios or every radio in your system.

Narrow Band Communications
MPT1327 already fits in to the 12.5 Khz transmission mask so conforms to US narrow banding legislation.

Fylde solutions today offer the best low risk digital migration strategy.
Fylde have been planning it’s migration strategy for many years. We guarantee we will provide interconnectivity and upgrade routes for all our customers, allowing the interconnection of existing and future MPT1327 based networks with newer digital standards when equipment for these standards becomes available in 2011. More About Digital Migration >>


Today there is a wide range of technologies available to provide trunked mobile voice and data solutions. Existing, new and merging trunked radio technologies should be considered carefully!
Our Technology sections will guide you through the various different options

MPT 1327 is a industry standard for trunked radio communications networks. It was developed in 1988 by the British Department of Trade and Industry (DTI), Although a British standard it is widely used around the world and the most used trunked radio protocol. The digital control channel provides a data gateway that allows enhanced features including security and subscriber verification, mobile data communications system administration, and seamless multi-site roaming. MORE>>

Where the Technology is today!
MPT1327 - there are no enhancements planned. The real "strength" in MPT1327 is that it is stable and static standard. Manufacturers and users alike can be assured MPT is stable and will not change thereby protecting investments. MORE>>

Digital Mobile Radio (DMR) is a digital radio standard specified for professional mobile radio (PMR) users developed by the European Telecommunications Standards Institute (ESTI), and first ratified in 2005. The standard is designed to operate within the existing 12.5kHz channel spacing used in licenced land mobile frequency bands globally and to meet future regulatory requirements for
6.25kHz channel equivalence.
MORE>>

Where the Technology is today!
DMR - exists in Tier 1 and Tier 2 today. Tier 3 (trunking) has been published and at least 4 manufacturers are working on equipment. Due to the greater complexity of TDMA solutions, we expect equipment to appear 2011.. MORE INFORMATION ON OUR DMR MIGRATION STRATEGY

dPMR is a digital radio protocol specifically targeting highly functional solutions by using low cost and low complexity technology. dPMR is a narrowband (6,25 kHz) FDMA technology that is 100% digital that offers many forms of voice and/or data applications. The FDMA protocol specified in both TS102 490 and TS102 658 ETSI standards complies with the European Harmonised Standard EN301 166-2 for use in 6,25 kHz channels. MORE>>

Where the Technology is today!
dPMR - exists in Tier 1 today. Tier 2/3 (trunking) has now being published . Equipment is likely to appear early 2011. MORE INFORMATION ON OUR dPMR MIGRATION STRATEGY

 

 

Press Release

A World First For Fylde & Icom Inc.

Fylde Micro Ltd and Icom Incorporated officially unveiled its dPMR™ Mode 3 equipment at the recent PMR Summit in Barcelona Spain. This release is a World first for Fylde and Icom. Demonstrating dPMR™ Mode 3, the fully featured and fully trunked version of dPMR

 

 

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