Bah, I picked up a decent spec 10m for £10 - I'm not an uber audiophile and this will do me. Just make sure you buy a shielded coax cable...Psypher5 said:what connection is on your pc? Coax in and out?
so you put one end in the "coax OUT" of your pc, to the coax cable in the pod. Digital works differently to analogue, so it can carry all the channnels though one cable
Just remember to change "inpud" on the pod *via remote or buttons on pod* to coax.
A 3 meter decent coax cable cost about 10-15quid or so.
It really has to be of digital standard. I'm not sure if a phono lead would work. Anyway, pick up a nice digital audio coaxial cable for cheap, plug it into the out and connect it to the speakers. Yes it will work all the speakers (there are different modes too, which determine how the speakers will work i.e. soft rear, all sats same sound etc). Digital sound is far better than analogue. I only use digital for listening to music.speedy2004 said:
I have those connections on my pc.... Your sure 1 cable is gonna work all speakers?? I guess the sound quality will be as good or better then the 3 analog connection?
I guess a cheap phono lead wont work then?
Or use Dolby Pro Logic Music which emulates surround - very good quality and what I do to my music.Psypher5 said:yup, but you can change that on the pod settings and make it stereox2, which makes 4.1 effectivly
Well I think it works like this: digital signals can carry a LOT of information in the forms of 1's and 0's i.e. __|--|__ (imagine the hyphens are at the top). The high is a 1 and the low a 0. Think of loads of these (millions/thousands?) per second. All the decoder has to do is input this through a filter (the decoder) which separates it all off. Without the decoder, there can be no sound as it doesn't know what to do with the info. I *think* this is how it works, don't quote me on it, despite being very good at physics, I never studied digital sound like this, only normal digital 'waves'.speedy2004 said:Its really intesting how the digita decoder can brake 1 signal up and split it in to 6.. how does it do that?,, surely you cant have 6 signals in 1