DAB Electronic Radio Turned Down in Canada

The future of electronic stereo in the United States is also a hot topic for debate.
Canada, nonetheless, appears to be backtracking in their method. The Canadian Broadcasting Corp.
told the Canadian Radio-television Telecommunications Commission that it was shutting straight down its DAB radio transmitters, starting with Eureka-147; the exact same L-band DAB radio system that just more than a decade ago launched with tremendous fanfare in Montreal.
The signals being shut off are CBME-DR-one, CBM-DR-1, CBF-DR-1 and CBFX-DR-1 Montreal, Quebec.


In accordance to the DAB radio web site, 73 DAB radio stations have been licensed in Canada as of March. With the CBC signals getting shut straight down, it is most likely any remaining commercial DAB radio indicators will adhere to suit.


The end of the DAB radio indicators shows what the CBC has identified for years; the promises created for DAB radio including new services for niche audiences in no way came to fruition.
Having barely enhanced audio quality to market unaffordable receivers that could be used only in big markets, DAB radio failed to get a foothold.
Even early in the adoption, the engineers that sustain the DAB radio transmitters had been complaining of unreliable signs.
A number of commercial DAB radio signals out of Toronto had been off the air for extended periods in 2009, yet they had few, if any, complaints from listeners.
Not that this is a big surprise, there are estimates that display that a smaller amount than 1,000 DAB radio receivers have been ever sold given that the system was set into operation a decade ago.

Another feasible purpose for the failure of DAB radio in Canada could be the fact that the DAB radio receivers operate using L-band, which in Canada is 1452-1492 MHz, which DAB radio receivers in other nations broadcast on Band III, a VHF band in between 174-230 MHz.
Also, Canadian DAB radio receivers should accommodate the two English and French languages. The choice by the US to use a various digital stereo technologies than what was in spot in Canada created it hard for DAB radio receiver producers to make units for both markets.
This was particularly difficult for automobile producers who instead turned their assistance toward electronic satellite stereo.


Broadcasters in smaller markets have resisted investing in the equipment necessary to be component of a transmission "pod", exactly where five stations can occupy a smaller amount than 20% of the total bandwidth of just a single 1.5 MHz channel.
The stations in the pod every cover about the same region and have equivalent power levels.

DAB radio utilizes only digital in the L-band and had no alternative of analog like an iBiquity system.
Canadian broadcasters presently air simulcasts, with a copy of their analog software programs going to the electronic channels, whereas HD Stereo can use multicast channels.
The greatest issue is with needing purchase in new digital transmission products in a straight down economy.