[] Neutrino Audio What is the typical jitter performance of S/PDIF, AES/EBU, I2S, and USB Audio interfaces? The levels of jitter are: **1. S/PDIF and AES/EBU: Embedded Clock Jitter** *Typical Jitter Levels*: *Standard S/PDIF* implementations can exhibit jitter in the range of *100–500 picoseconds (p... Dec 16, 2024
[] Neutrino Audio Differences between SPDIF coaxial, TOSLINK, I2S, USB Audio and AES/EBU (AES3) signals, connectors, wires, bit depths and rates * S/PDIF (Coaxial, TOSLINK), I2S, USB Audio, and AES/EBU (AES3)—all serve to transmit digital audio, but they differ in terms of their use cases, signal types, physical connections, and capabilities. ... Dec 16, 2024
[] Neutrino Audio Why do some audiophiles not prefer science in achieving the highest fidelity in sound reproduction * Reproduction of the highest fidelity sound is subject to various myths, subjective perception, personal preferences and psychological factors, like many other human activities. * * Many aud... Dec 15, 2024
[] Neutrino Audio Blind Tests Comparing High-End Audio Amplifiers of Different Classes and Types (Tube vs. Solid-State) Many studies show that high-end amplifiers, regardless of their type or class, deliver a level of sound quality where no audible differences can be detected in blind tests. ** Scientific Basis of Blin... Mar 1, 2023