How hard would it be to use SPDIF
As a short range (6' or less) high speed interconnect between computers?
I know it's used now for digital music 5.1 digital surround.
Can it be used for Video? (using some other hardware/software)
Can it be used in near future as faster short range xserve interconnect?
I am not totally techie on this but it seems that you have a fiber optic link here why can't it be exploited for more bandwidth intensive functions.
Thanks
I know it's used now for digital music 5.1 digital surround.
Can it be used for Video? (using some other hardware/software)
Can it be used in near future as faster short range xserve interconnect?
I am not totally techie on this but it seems that you have a fiber optic link here why can't it be exploited for more bandwidth intensive functions.
Thanks
Comments
First of all, I don't think anybody has implemented any network protocols into the TOSLINK architecture. Second it would be pointless to do so because the TOSLINK maxes out at 13.2Mbps (compared to the 800Mbps of Firewire 800 and 1,000 Mbps of Gigabit ethernet.) And the maximum cable length is apparently 30 feet.
It took a while but I finally found the connection speed on page 3 of this PDF.
http://www.hosatech.com/hosa/downloa...-361_rev_1.pdf
Not all fiber optic connections are fast. TOSLINK was designed for digital audio which doesn't require much bandwidth.
From this point, it's just from hazy memory so take it with a bag of salt(Corrections are welcome.) The speed of optical cables are directly related to the quality of the cable construction and the speed of the optical to electronic signal conversion which must take place on both ends. If the cable construction is poor then there will be a lot of errors due to refraction. The optical cable can only transfer as fast as the electric to optical signal converter.
guess not