Audio-tuned industrial motherboard
Chosen for stable I/O, thermal behavior, and long listening sessions rather than desktop benchmark numbers.
Products organized by playback path.
Sharada Audio systems usually follow one of two paths: a USB chain that can stay USB or leave the reclocker over AES, and an FPGA AES chain. The catalog below follows those paths so each product has a clear place in the system.
Shared foundation
Both paths start with source and power work.
The industrial source platform and linear power strategy are part of the audio design before the system branches into USB/AES or FPGA-centered playback.
Robust linear power supply
Low-ripple rails, recovery behavior, and supply matching are designed with the component instead of added later.
Sharada Audio tuning
Products built to help your speakers open up.
Our products are not meant to be isolated boxes. They are selected and tuned as a chain: source stability, DAC output level, analog control range, amplifier gain, speaker sensitivity, and listening distance all have to land in a useful region before the system sounds effortless.
DAC output should be strong enough for dynamics without overloading the next stage.
Attenuation or preamp gain should keep normal listening away from cramped knob positions.
Gain, sensitivity, distance, and music demand decide where the system has headroom.
Path 01
USB chain with optional AES output
Start with a tuned USB source, clean up the USB link, then choose regenerated USB or the AES-output option before selecting the DAC, level control, and amplifier.
Path 02
FPGA timing-domain chain
Start with an FPGA AES music server, keep renderer and timing work in one platform, then move into the DAC, level stage, and amplifier.
System upgrades
Pieces that fit either path.
Some products are not tied to one playback route. The Ethernet Regenerator improves the network edge, the DDC Reclocker rebuilds the digital output into the DAC, and the Attenuator / Volume Control sets analog level after conversion.
Network Audio
Ethernet Regenerator
A network conditioning component that rebuilds the final Ethernet link before the streamer or audio server, using careful layout, quiet local power, isolation, and a precision telecom-grade timing reference.
Digital Conversion
DDC Reclocker
A multi-format digital audio reclocker and format converter for AES/EBU, S/PDIF, AES3-ID, and optical chains, built around dedicated receiver and transmitter stages for 32 kHz to 192 kHz PCM handoff.
Analog Control
Attenuator / Volume Control
A precision analog volume-control stage with 0.5 dB steps, 96 dB attenuation range, zero-crossing level changes, balanced signal handling, and repeatable settings between DAC and amplifier.
Digital cables
Cables for the places where they matter.
Ethernet, AES, and power cabling support the source and interface layers. They are not substitutes for the core components.
Our cables are manufactured in the USA in partnership withProsper Cables. Together we are building a focused catalog for digital audio chains, where good construction can help a settled system without turning cables into magic.
Digital Cable
Ethernet Digital Cable
A properly shielded CAT6 Ethernet cable for streamers, servers, switches, and network audio endpoints where clean construction and reliable termination matter.
Digital Cable
AES Digital Cable
A hand-built 110-ohm AES/EBU digital cable using pure PTFE dielectric cable construction and Neutrik TOP Series heavy-duty XLR connectors for the balanced handoff between transport, DDC, reclocker, streamer, and DAC.
Power Cable
Power Cable for Digital Gear
A 9 ft filtered power cable for digital audio components, built with shielding, flexibility, and the same two-stage choke/capacitor filtering approach used in our top-tier digital gear.