What is High-Resolution Audio? - Part 2
Is there Life Beyond 20 kHz? High-Resolution Audio systems offer the promise of an extended high-frequency range. High-Resolution digital systems n...
Is there Life Beyond 20 kHz? High-Resolution Audio systems offer the promise of an extended high-frequency range. High-Resolution digital systems n...
Eliminate the Noise! There is a raging debate over the definition of "High-Resolution Audio". The focus of this debate has been misdirected by a lo...
iPad Music Server A simple USB adapter made by Apple can enable the iPad to connect directly to a Benchmark DAC1. Using this adapter, the iPad can ...
UltraLockDDS™ - A Low-Jitter Direct-Digital-Synthesis Clock System The ADC16 is equipped with Benchmark’s new UltraLockDDS™ clock system. This syst...
Eliminating Digital Artifacts Is digital audio fundamentally flawed? Have we followed the wrong path since the introduction of the CD in 1982? Sho...
Benchmark DAC Removes Jitter Caused by Pitch-Control Variable-pitch features add versatility to CD players. Unfortunately, these features usually ...
The Advantages of Asynchronous Upsampling D/A Converters Benchmark DAC1 converters use upsampling techniques to improve the quality of the digital...
Fix the Weakest Link in the Audio Chain! A playback system's volume control is often one of the weakest links in the audio chain. This is especiall...
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...
Benchmark NN™ and NS™ Word Length Reduction Systems The AD2404-96 and the SONIC AD2K+ are equipped with two state-of-the-art world-length reductio...
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, ...