Auralic Leo Gx Premium Referencia Master Clock G2 szériához

Cikkszám: AUR0015
Raktáron
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához
Auralic Leo Gx Premium  Referencia Master Clock G2 szériához

Auralic Leo Gx Premium Referencia Master Clock G2 szériához

Cikkszám: AUR0015
Raktáron
Raktáron  1 db
2 990 000 Ft
A vásárlás után járó pontok: 59 800 Ft

Auralic Leo Gx Referencia Master Clock G2 szériához.

A breakthrough in digital system clocking

As digital music formats and system components march ever forward in quality and capabilities, high-end audio systems increasingly rely on the precision of their clocks to keep the digital realm in order. The greater dynamic range of high resolution files for example is only realized with the help of modern clocks that are capable of working frequencies nearly ten times higher than what was common just a handful of years ago.

However, today’s high-frequency DAC clocks are costlier and much harder to design and build than ever before. Even systems that make use of traditional external clock generators (10MHz reference clocks or sampling frequency word clocks for example) are limited by the performance of the DAC’s own internal clock. The DAC can reference the external component to create its clock signal using PLL circuitry, but it can never resolve that signal more precisely than its own clocking mechanism (usually based on a crystal oscillator) allows.

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