Jan 22 2007, 11:54 AM
QUOTE(PcWork @ Dec 20 2006, 11:55 AM)
i was also wondering also, and what i think is, the good or bad is rely on the durabilities of the material, heat resistance and so on. but it's weired, scottiebaby who bought m COXIAL cable made from canare claims that there's significant improve over his old coxial cable.
but suppose coxial cable also transmiting digital signal. hence, i open up my mind which digital cable might also influence by conductance quality. and i think it's due to lower noise? (digital data got noise?)
anyone may enlighten me pls.
This guy uses different type of Canere cable for different application.. as for coaxial, he is using Canare LV-77S.but suppose coxial cable also transmiting digital signal. hence, i open up my mind which digital cable might also influence by conductance quality. and i think it's due to lower noise? (digital data got noise?)
anyone may enlighten me pls.
"Generic RCA audio plugs and cables have been around for over 50 years, but the old solder-type plugs typically have an impedance of about 25 ohms. They exhibit extremely poor return loss performance, even when mated to high quality cable. Some of the so-called " high end " cables use exotic-sounding materials and make unsupportable claims, but still fail to solve this very real and important problem.
Canare's new 75 ohm RCA crimp plugs solve these problems. They are impedance matched and achieve excellent digital and analog performance with a usable bandwidth to 200 MHz! The connector design ensures consistent and extremely reliable terminations. VSWR is typically less than 1.1 from DC to 200 MHz. The crimp design excludes oxygen, preventing corrosion associated with dissimilar metals, which can degrade even the best soldered connections."
Quoted From: http://stores.ebay.com/Cable-Solutions
Just for sharing, since PcWork is testing out the cable.
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