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Our team will be glad to answer your questions and give you appropriate advises
With our Loan System you have the possibility to test our cables on your own Hi-fi or home theatre system
In the About Cables pages you will find many explanations and advises The HFC Cables being sold only by ourselves, we deliver them Worldwide
If you have questions, please call: +33 (0)8 77 67 57 96 E-mail:
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The TransAES/EBU is a balanced digital interface cable made to 'Pro Audio' specifications. It is designed to maintain a uniform 110 Ohm impedance and its PTFE insulation assures the complete signal transmission without dephasing or memory effects. A digital data transmission, even when freed of parasitics and background noise originating from the cable itself, is not less vulnerable compared to analog. People who use a separate DAC can testify to this somewhat acoustically 'painful' experience. |
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| In theory, the signal oscillates within a small band of a few Megahertz. It's made up of zero's and one's, going rapidly back and forth between one and the other determining what one calls the squarewave. It should only provide a digital datastream, obtained by the differences in the basic clock. By using a short-cut we can compare the datastream provided by the clock, with an analog signal that is also used as a reference. In these two cases, the distorted signals which in the first instance are dismissed as perhaps less important, are as important as the 'hot' signals that are fully indexed. In case of digital data, only the 'hot' signal is transmitted and the receiving equipment automatically synchronizes its clock after having received the datastream. However, this signal contains lots of upper harmonics which determine the quality with which the waveform can be restored. Its very sensitive to cables and the performance directly depends on the rise time of these waves and consequently affects the quality with which the converter can synchronize itself. The TransAES/EBU is developed with this idea in mind and it allows the transmission of the most negligible high frequency signals. |
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