UNIVERSITY AND COLLEGE TWO-WAY RADIO COMMUNICATION PRODUCTS, SYSTEMS AND APPLICATIONS

The Kirisun DP405 is a simple, stylish, cost-effective portable, offering both analogue and digital modes of operation. Loud and clear audio and voice annunciation is offered in a compact size while safety is supported with emergency call and lone worker features. A 2000mAH lithium ion battery is supplied as standard to provide excellent performance throughout a working shift.

The MOTOTRBO™ DP4000e series digital two-way radios (DP4400e / DP4600e / DP4800e) are designed for the skilled University and College professionals who refuse to compromise. With high-performance integrated voice and data, and advanced features for efficient operation, these next-generation radios deliver full connectivity to your educational establishment.

Delivering superior voice clarity and enhanced encryption, the Hytera PD605 handheld digital radio is a compact, high quality device. – feature-rich, innovative design, compact size, integrates with Hytera applications.

These radios are compact and precision-engineered to deliver value without sacrificing quality, giving you more capabilities and the flexibility you need to communicate at your best. The EVX-S24 meets international standard IP67 and is protected from immersion in water up to 3 feet (1 meter) for 30 minutes and offers complete protection from dust.

The Radio-to-Radio Recording solution allows network administrators to record, log, and playback any calls on two way radio networks, for both Radio-to Radio and Phone-to-Radio conversations. R2R, records and logs thousands of hours of voice traffic generated across a DMR radio system. This intelligent recording system provides an intuitive web based graphical interface to record local, or wide area voice traffic in either .mp3 or .wav formats.

Through your digital two-way radios, you can have a support package to ensure all of your staff are within easy reach, in real time. By utilising the PTT on a two-way radio the user when notified presses and releases to confirm that they are OK if the user does not communicate within the pre-defined time the radio will then go into an ‘emergency mode’. Utilising a loud audible tone the radio will warn the user to respond, if they do not it will set the emergency procedure into play, the radio controller and other users will then be notified.

Unlock the potential of your onsite systems – interface all of your voice and data systems to be as one. Here at DCRS we see it as our duty to provide our customers with the best systems to deliver and monitor your onsite processes. And there is no better team than our own to develop, build and implement the most advanced and effective technological solutions.

Due to the age of the building (Grade I), DCRS utilised their experience in this field to be mindful & respectful of the property with the antenna and repeater installation by ensuring that all permissions had been granted.

The hand portable chosen was the Hytera PD415  – a small, robust hand portable which has been developed to specifically work with the Hytera RFID DMR Guard Patrol Solution as the backbone to the solution. With embedded digital technology, the PD4 series produces outstanding voice quality, even in noisy college environments, and at the outer perimeters of radio coverage. Alongside the RFID system, a further request was made by the Magdalene College to activate the emergency button on the hand portable as an added element of protection for the Porters.

With new buildings changing the face of the campuses, reception and communication between staff were becoming sporadic at best due to the limited signal strength of the existing analogue system. DCRS had to provide a reliable radio solution to eliminate weak spots, protect staff, and monitor all users throughout multiple sites.

The University of Brighton is a UK base for over 21,000 students and 2,500 staff based in Brighton, Eastbourne and Hastings on the south coast Of England. This project initially began as a tender of which DCRS were awarded; the system specified a requirement of simultaneous communications throughout seven sites, and the system has continued to grow to meet campus and staff growth.