Originally posted by: JasonCoder
Originally posted by: disc
Can I ask the others that prefer coax out there why they do? It would seem to me that both cables would suffer the same jitter problems while coax would be much more susceptible to RF on the shield (albeit, the interference would have to be large enough to cause bit errors, but optical wouldn't suffer this problem at all.) As a EE, I'm always interested in learning.
See, that's what I was thinking, and why I went with optical. Not because it is cool and futuristic. As a side benefit, would it not also be harder to incur a ground loop from other equipment?
Originally posted by: disc
Can I ask the others that prefer coax out there why they do? It would seem to me that both cables would suffer the same jitter problems while coax would be much more susceptible to RF on the shield (albeit, the interference would have to be large enough to cause bit errors, but optical wouldn't suffer this problem at all.) As a EE, I'm always interested in learning.
Originally posted by: FightingChance
Originally posted by: JasonCoder
Originally posted by: disc
Can I ask the others that prefer coax out there why they do? It would seem to me that both cables would suffer the same jitter problems while coax would be much more susceptible to RF on the shield (albeit, the interference would have to be large enough to cause bit errors, but optical wouldn't suffer this problem at all.) As a EE, I'm always interested in learning.
See, that's what I was thinking, and why I went with optical. Not because it is cool and futuristic. As a side benefit, would it not also be harder to incur a ground loop from other equipment?
The interference would have to be so great as to turn a 0 into a 1. That's a lot of interference. If all the 1's and 0's get from start to finish, it doesn't matter what the medium is or how much interference. Bitstream doesn't slow down or bend.