Inside the DAC2 - Part 2 - Digital Processing
The Benchmark DAC2 is an audio digital-to-analog converter. This application note explains the proprietary digital processing inside Benchmark's DA...
Audio Application Notes
-
-
Jitter in A/D Converters
All A/D converters have two forms of jitter: Conversion clock jitter, and interface jitter. These two forms of jitter are very different and have ...
-
UltraLockDDS™ Clock System
UltraLockDDS™ - A Low-Jitter Direct-Digital-Synthesis Clock System The ADC16 is equipped with Benchmark’s new UltraLockDDS™ clock system. This syst...
-
The Unique Evils of Digital Audio and How to Defeat Them
Eliminating Digital Artifacts Is digital audio fundamentally flawed? Have we followed the wrong path since the introduction of the CD in 1982? Sho...
-
DAC1 Solves Jitter Problems in CD Players with Pitch Control
Benchmark DAC Removes Jitter Caused by Pitch-Control Variable-pitch features add versatility to CD players. Unfortunately, these features usually ...
-
Asynchronous Upsampling to 110 kHz
The Advantages of Asynchronous Upsampling D/A Converters Benchmark DAC1 converters use upsampling techniques to improve the quality of the digital...
-
Jitter and its Effects
By John Siau and Allen H. Burdick This paper addresses these questions: How and where do I measure jitter, and how do I eliminate it? How does s...
-
Aspects of Sampling, Oversampling, Quantisation, Dither and Noise-Shaping, as Applied to Digital Audio
By Christopher Hicks "The aim of this article is to dispel as many of the myths surrounding the conversion of audio signals to the digital domain, ...
5.00 from 350+ reviews
Designed for Accuracy, Built for Transparency
We are passionate about audio quality.
