Those of you who use fibre for digital should be aware that older transducers use LED's which are slow and not very accurate - the electronics are pretty poor too. I guess most toslink falls into this category. Unfortunately, this pretty much negates the advantage one would expect from the abscence of rfi/emi interference that fibre promises.
Newer ones use lasers and high quality electronics and combine this with good glass (instead of plastic) cable. The improvement, in my opinion, is about like going from the lower models in a copper range to very near the top. Doesn't break the bank. Top quality for a set of transceivers and glass cable is around USD 200- 300/- not thousands!
Of course you have to have sfp ports in your equipment for best results.
If no sfp ports, there is a workaround - one can use video converters also (v cheap) at either end of the path. This helps, but it is more complex in terms of cabling and components, and the result is not quite as spectacular.
Hope this is useful
Best wishes
Newer ones use lasers and high quality electronics and combine this with good glass (instead of plastic) cable. The improvement, in my opinion, is about like going from the lower models in a copper range to very near the top. Doesn't break the bank. Top quality for a set of transceivers and glass cable is around USD 200- 300/- not thousands!
Of course you have to have sfp ports in your equipment for best results.
If no sfp ports, there is a workaround - one can use video converters also (v cheap) at either end of the path. This helps, but it is more complex in terms of cabling and components, and the result is not quite as spectacular.
Hope this is useful
Best wishes