The media authority CSA has now compiled comments on a consultation regarding the further implementation of digital radio (DAB+) allotments. The Office of Radio (umbrella organization for the four largest private radio groups in France - Lagardère Active stations, NextradioTV, NRJ and RTL Group) continue to express opposition to the deployment of digital radio; there is no workable economic model. The Hollande government also 2012 has stopped Radio France - the public radio - to go DAB - for economic reasons. But organizations of independent broadcasters, including CNRA and SNRL, continue to push for the deployment of DAB+, subject to reservations related to the funding of community radio stations (today 40% of budget funded by the government).
23 November 2015
19 November 2015
Mobile Telecoms Ask for Co-primary Allocation of UHF Spectrum for Broadcast and Mobile
Little progress on UHF Band as WRC-15 conference searches for more mobile spectrum
The agenda item that is widely acknowledged to be the most important at World Radiocommunication Conference (WRC-15) in Geneva, the identification of more spectrum to mobile broadband (IMT), is proving to be just as controversial as predicted. The GSM Association released a statement that highlighted the 470-694 MHz band’s potential for rural mobile broadband deployments and lashed out at the “misinformation” spread by incumbent broadcasters.
Lobby Group Struggles to Retain Frequencies for DAB Radio
DAB frequency allocations is a spectrum wasteland in Norway
There is an increased global pressure from telecom operators to expand mobile broadband allocations in the UHF band (470-862 MHz) which is already underway in the 700 and 800 MHz band with next step the 600 band (Canada and the US). Thus terrestrial television broadcasters are being pressured to regain spectrum for DVB-T2 in the VHF band III (174-240 MHz). This might be a mortal problem for DAB broadcasting as there are no other spectrum allocated for DAB/DAB+ on lower frequencies.
10 November 2015
Much Increased FM Radio Data Capacity 2016
RDS2 on FM will challenge DAB for text and picture display
The new RDS2 system was presented in Berlin on Nov. 3. An enhanced version of the radio data system used by FM radio, RDS2 is backward compatible with RDS receivers. With this new technology, broadcasters will be able to continue using the existing RDS system, which is now 30 years old, and opt for RDS2, to be available in 2016, as an option. FM radio will now have a capacity for enhanced text and picture performance also much touted by DAB promoters.
25 October 2015
Transition to DAB Radio Collides With Reality in Norway
Irritation among public service listeners losing FM.
Criticism of safety deficiencies countryside and on roads. Smartphones will kill DAB+
The government prescribed transition to digital DAB radio and the closure of FM 2017 meets the population's continued complaints and protests. The car business is reporting customer dissatisfaction. Most of the vehicle fleet, especially buses and trucks, have not installed DAB radio. In addition, motorists from abroad, including neighboring Sweden will not be able to listen to Norwegian radio. Now the irritation of public service radio listeners (and license payers) is mounting. A 2017 chaos might hit Norwegian households and motorists. Moreover, the assessment is that with online radio in smartphones the future of the Norwegian DAB+ network seems to be doomed.16 October 2015
Last Hope Gone for DAB Radio in Sweden
Government informs the Parliament that the case is closed
The Swedish Government now has delivered to Riksdagen - the Parliament - its formal response to the National Audit Report on the issue of digital radio DAB introduction in Sweden presented in March 2015. According to the government looking into the whole picture of the consultation on an inquiry of 2014 a broad and clear support is lacking for a digital transition. The proposal for a transition from FM to DAB+ 2017-2022 is rejected and there are no plans for another inquiry into this issue.
Subscribe to:
Comments (Atom)


