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Audio Radio
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The Ford KA fascia's are somewhat awkward to fit, this is what you do. To ensure a solid fit you have to use the included black plastic clip that comes with the fascia, this runs along the runner inside of the radio aperture. This is the equivalent of the original Ford clip that is built onto the rear of the Ford radio. The radio will not fit right if you don't use this.
First of all, mount the radio cage inside of the fascia, but do not install it in the radio aperture yet. Now on the back of the radio, attach the black clip mentioned above using a self tapper screw (actually screwed into the back of the radio where the hole is provided) Leave the black clip somewhat loose. If it is too long, use washers to pack it out.
Now, slide the radio half way into the cage and then straighten the black clip ready for it to mount on the runner in the radio aperture. Compare this clip to the clip on the Ford radio to get an idea of it's position. Tighten the screw/clip but not too much. This is important so that when installing the radio it can manoeuver on the runner to fit correctly. This screw will not come loose.
Next, attach the wiring to the rear of the radio and locate the clip onto the runner inside the radio aperture. You can use some installation tape to hold the aerial in position on the rear of the radio. Run this from the top to bottom of the radio, covering the aerial connector.
To finish off, push the fascia into position flush with the dash, then slide the radio into position and lock it into the cage.
Now test the radio for correct operation.
Do yourself a favor. Go to this site: car-audio-products-and-accessories.com and read the installation articles. They cover much on car audio installation. They will help you do a better job of your car audio installation.
However, if you choose to use the pros, go here for a professional installer if you're in the UK.
Chimezirim Odimba writes for CarAudioPlus.
Behind the Scenes of Satellite Radio
Satellite radio is one of the biggest improvements in broadcasting since the introduction of FM. Satellite radio signal can be broadcasted for more than 35,000 kilometers (22,000 miles) with complete clarity and high quality sound. You will never get static interferences while listening to over 100 radio channels. The idea behind satellite radio has appeared in 1992, when the United States Federal Communications Commission granted a spectrum of the S band (the 2.3 GHz frequency) for Digital Audio Radio Service. The license to broadcast in that band was allocated to Sirius Satellite Radio and XM Satellite Radio in 1997. Now there are three companies that provide satellite radio in the world: Sirius and XM in Northern America and WorldSpace in Asia, Europe and Africa.
Each of these companies offer different broadcasting systems, since the radio signal of each is proprietary. This means that you will have to buy different hardware depending on your subscription to one of these companies. However, there are three components common to all satellite radio services: the satellites, the ground repeaters and the radio receivers. Different satellite radio companies broadcast the radio signal in different ways. For instance, XM satellite radio uses geostationary satellites which have orbits that are synchronized with the movement of Earth. These satellites are located above the equator. In order to allow subscribers to receive crystal-clear signal despite obstacles such as buildings, hills or bridges, XM satellite radio service has installed a network of repeaters antennas that receive the radio signal from the satellites and retransmit it to the subscriber's receiver Sirius, on the other hand, uses satellites that have unique elliptical orbits around Earth. These kinds of orbits allow satellites to get higher in the sky than geostationary satellites and this prevents loss of signal. This is the reason why Sirius has fewer terrestrial repeaters than XM.
Satellite radio services have digital broadcast centers where a huge amount of music in digital format as well as CD format is stored. Radio programmers have the task of selecting which song has to be played at which time. There are also a lot of studios managed by digital radio companies where artists perform live. All songs and material are transmitted to the satellites in digital format so that the signal contains very high quality sound. The signal is encoded by the satellite and then retransmitted to the repeaters antennas, which then transmit it to the radio receiver which decodes it and plays the sound. The entire process is very quick and reliable. Satellite radio would not be possible without digital compression. Digital compression is a technique that uses sophisticated algorithms to compress as much material as possible on the available bandwidth. Once you make a subscription to a satellite radio provider you will need the appropriate radio equipment. Traditional radios cannot decode the signal received from satellites so you will need special equipment.
The popularity of satellite radio has exploded due to many technological advancements that enabled manufacturers to offer the receivers at very attractive prices. The fact that satellite radio is commercial free for many of its channels is also a major selling point.
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What audio format does the BBC require for Radio Dramas?
When submitting a radio drama of some sort to the BBC for radio or any other station, which audio format is the standard?
Is it mp3? Wav?
Thanks
I think it is mp3
jd
Smooth Radio cutting up to 60 jobs
Guardian Media Group's easy-listening network to replace five separate stations with single Manchester-based operation GMG Radio is to turn its five Smooth Radio regional stations in England into a single national broadcaster, with the loss of up to 60 jobs. The new station will be based in Manchester and will broadcast on the national digital audio broadcasting (DAB) platform Digital One in ...
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