04 Jun Digital Radio Mondiale (DRM) special broadcast on air during International Radio for Disaster Relief (IRDR) Trial on June 5th and 6th
For Immediate Release 4th June 2014
Digital Radio Mondiale (DRM) to participate with a special broadcast in the International Radio for Disaster Relief (IRDR) Trial on June 5th and 6th
The Emergency Warning Features (EWF) of the DRM system will be featured in a special broadcast included in the IRDR Trial to coincide with the Media Summit on Climate Change to be held June 4th – 6th 2014 in Jakarta, Indonesia. The special DRM radio programme (broadcast on analogue shortwave) explains what the inbuilt emergency functionality of DRM is and how alarm signals generated by the authorities can override running programmes and carry the emergency message instantly to large numbers of people. A preview of the broadcast is now available. Click here to listen.
The DRM special broadcast will be an inviting introduction to the DRM presentation and demonstration to be given by Alexander Zink, Vice-Chair of the DRM Consortium (and Senior Business Development Manager, Fraunhofer IIS, Germany) on June 6th in the morning, at the Media Summit on Climate.
The DRM programme is part of a series of special programmes carried by twelve important broadcasters. Their aim is to demonstrate that shortwave broadcasting has a unique value for affected populations and that the existing framework of global shortwave coordination can be employed for disaster risk purposes. On the 5th and 6th of June there will be transmissions from a number of different broadcasters and sites between 0200 and 1130 UTC. The DRM Consortium 30 minute long programme explaining the benefits of the DRM EWF can be heard on the BBC/Babcock transmissions on 15650 kHz at 03:00 – 03:30, 04:00 – 04:30 and 05:00 – 05:30 UTC.
“During emergencies and times of crisis, most of the services fail”, says Ruxandra Obreja, DRM Consortium Chairman, “radio is the last line of communication and the obvious solution for bringing information to the people. We are very excited to have our first radio broadcast on the in-built emergency disaster functionality of DRM during such an important event like the one in Jakarta.”
Digital Radio Mondiale™ (DRM) is the universal, openly standardised digital broadcasting system for all broadcasting frequencies.
The DRM standard comprises of two major configurations: ‘DRM30’ intended for broadcasts on short, medium and long wave up to 30 MHz and providing large coverage areas and low power consumption. The configuration for the VHF bands above 30 MHz is called ‘DRM+’, tailored for local and regional coverage with broadcaster-controlled transmissions.
All DRM configurations share the same audio coding, data and multimedia services, service linking, multiplexing and signalling schemes. DRM provides high quality sound combined with a wealth of enhanced features: Surround Sound, Journaline text information, Slideshow, EPG, and data services.
For more information and DRM updates please visit tmp.drm.org or subscribe to DRM news by writing to email@example.com. Click here for the Newsletter with all the latest DRM news from around the world.
Founded on 18th October 1922, The British Broadcasting Corporation is a British public service broadcasting statutory corporation. Its main responsibility is to provide impartial public service broadcasting in the United Kingdom, the Channel Islands, and the Isle of Man. Outside the UK, the BBC World Service has provided services by direct broadcasting and re-transmission contracts on radio since the inauguration of the BBC Empire Service on 19 December 1932. More recently the BBC World Service has expanded its services to television and online. www.bbc.co.uk
Committed to all digital radio formats, Babcock are a pioneer of Digital Radio Mondiale™ (DRM™). As well as transmitting programming via DRM for multiple broadcasters, Babcock is a founding member of the DRM Consortium and advocates the adoption of DRM in the wider international market. For more information on Babcock Media Services, please visit www.babcock-online.co.uk