Derek, Expect to pay around £60..

You can see what you will get in the kit HERE

Derek, As you have a Mark I Beocom 6000 and you only have one phone the most likely cause will be the RF chip, BUT could also be a fault in the base. The RF chips on the Mark I PCB are no longer manufacturered and so cannot be replaced. However, B&O do produce an upgrade kit which replaces most of the Mark I parts which you can see HERE To be 100

Derek, The "Out of Range" message can have several causes including:- Weather conditions can reduce the range If your Beocom 6000 is a Mark I version then the RF chip on the PCB could have failed So we can determine the problem, can you please answer the following questions:- Do you have other Beocom 6000's using the same base which are

The back cover of the Beocom 6000 in held in four (4) places as well as the two screws. You must release the two clips a couple of milli-metres with a very thin blade just above the top of the battery compartment on each side first. Once both sides are release you can lift the back up from the bottom carefully noting the speaker cable which unplug from

As well as Rauber's correct points, apparently B&O have only tested the USB port on the Beovision 10 using a Kingston USB stick !! In case it is related to the format of your stick, you may wish to format your stick before adding the files.

Other places to purchase them include Lintronics HERE

Martin, I am assuming from your comments that you are an "Electronics man" and you can certainly build your own unit without to much problems as a low cost project. The cost of the TSOP7000 is less than £5 and the best place to purchase them is Farnell's HERE The device provides a demodulated data output, so most of the hard work

Martin, You can find the help file HERE

Nicolas, The problem you are describing is called " Vision on Sound " in the TV industry which does not happen very often in modern TV's but was very common in years gone by. The cause is normally to be found in the IF stage where the combine sound and vision signal is split into its seperate components. You did not say, but I am assuming