S/PDIF and optical corrupt timing. Native I²S feeds your DAC the pure, direct signal it was built to translate.
There is no such thing as a perfect digital transport. All audio systems and their associated components have specific timing requirements, but there is such a thing as an optimal approach—one that preserves the integrity of the original clock.
Edgewater Audiolab exists to explore digital audio transmission in areas mainstream commercial products neglect—custom interface topologies, direct synchronous clocking, and modular transport architecture. Our focus is engineering reference-grade digital mainboards, ultra-low-noise power regulation, and dedicated mechanical control platforms.
Designed with modularity at its core, our hardware supports both complete turnkey transport systems and custom chassis integration for bespoke builds. By bypassing standard S/PDIF line encoding and focusing on direct LVDS I²S transmission, we build dedicated platforms for serious builders and audio researchers.
And there is more to come.
Direct un-multiplexed I²S and LVDS transmission paths designed to eliminate phase jitter.
Multi-rail LDO linear power regulation designed to isolate motor loads from master clocks.
Dedicated MCU control bridges and custom button arrays for optical drive mechanisms.
Open, accessible hardware platforms built for specialized system integrators.
We are currently establishing OEM vendor partnerships and developing initial hardware evaluation platforms. Send us a message and we'll reply as soon as we're back at the bench.