YFS USB V2 - 1m USB 2.0 Audiophile Cable- NEW!!! Free Shipping!We recently launched an audiophile website where we post reviews, provide an audiophile community forum, and provide answers to some common audiophile questions. We've come up with a few products w...59.99
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We recently launched an audiophile website where we post reviews, provide an audiophile community forum, and provide answers to some common audiophile questions. We've come up with a few products we think our fellow audiophiles may be interested in.
Check out our website here: YourFinalSystem.com
Our YFS USB V2 audiophile grade USB cable is a top performer. We've put this design up against some stiff competition and it came out unscathed. We employ the finest conductor materials and we implement our proprietary shielding technique to give you maximum performance at a reasonable price. We're sure you'll enjoy the heck out of it after you give it about 100 hours of listening. If you don't think so, return it for a full refund. We're pretty sure you won't return it but just in case you don't like it we're there for you. We have a 30-day in-home trial period for ALL our YFS products so you can sit back and relax.
Check out our USB/ digital cable design FAQ on our website for more information on what exactly goes into our cable designs.
Here's a little excerpt:
Digital data is composed of square wave pulses having fast edge transitions used to transmit data (1’s or 0’s). How accurately the data is transmitted is a function of the transmitter/receiver circuitry and connecting cable. Equalization of the interfaces (adding defined poles and zeros to the circuitry transfer functions) minimizes reflected waves in the cable and increases noise immunity of the system. Keep in mind that data integrity is always compromised during a transmission. This can be attributed to circuit timing and voltage variations (jitter), external noise, EMI, and physical cable limitations. As speed goes up, Bit Error Rate (BER) tends to go up along with it. Commercial error rate test instruments are available for testing device transmit/receive Bit Error Rates (BER). They provide predetermined types of data maladies (random jitter, sine wave noise interference, sine jitter, etc) but they don’t test cables directly. Cable effects must be evaluated as changes in performance of a complete system. It is difficult to assign a meaningful number to cable integrity since BER is inherently a statistical measurement. Any data system uses error correcting codes to reduce the effects of corrupted transmitted data. Since this “check and correct” step is an algorithm, it requires time, which implies data must be buffered, corrected, re-buffered and then clocked out. Too many errors can cause time delays in the output data stream. One way to maximize data integrity is to minimize waveform distortions in the transmission link.
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THANKS for considering our latest USB interconnect offering. Remember, it's guaranteed to perform or your money back. When we say something, we mean it. Let us know if you have ANY issues with your purchase and we'll make it right. Customer service is paramount when you're shelling out your hard-earned dough. We understand.
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