Why AES/EBU Is Our Preferred Final Digital Handoff
AES does not make better samples. It gives a good DAC a cleaner, more audio-specific input after the computer, USB, network, and software work have already been handled.
System thinking for digital audio.
Long-form articles for listeners building careful digital playback systems: AES, USB, network isolation, DAC clocking, DDC reclocking, power behavior, timing, and source design.
When a DDC Reclocker Matters Before a DAC
A DDC reclocker matters when the source is useful but the DAC-facing handoff deserves a cleaner electrical, timing, or format boundary.
Does a DAC Follow the Incoming Digital Clock?
A DAC must recover the incoming digital stream, but final conversion timing depends on the receiver, buffering, SRC, FPGA routing, and local clock architecture.
How to Make Digital Audio Reproduction Bloom
A practical guide to building enough voltage, control range, amplifier reserve, and loudspeaker ease into a digital playback chain so music opens up instead of hardening.
System Tuning: How to Build the Analog Chain After a DAC
A practical guide to matching DAC output, preamps, attenuators, amplifier gain, loudspeaker behavior, and room demand as one analog voltage system.
Coming next
Next for publication.
Noise in digital audio: what matters after bit-perfect playbackEthernet and USB isolation in a resolving listening roomSoftware stack discipline for Windows playback hosts