What it isA music server built around the AES handoff
This product is the AES-centered source in the Sharada Audio digital chain. The design direction is simple: keep the music server, timing domain, power behavior, and digital output focused on a clean AES handoff rather than treating the source as a general computer with an audio output attached.
System roleThe source for the FPGA timing-domain path
Where the USB Streamer starts with a USB output path, this server is aimed at systems where the preferred downstream language is AES. It belongs at the front of the FPGA timing-domain path, where streaming, renderer behavior, Windows LTSE stability, power design, and AES output are treated as one source-stage problem.
Features
Built around the signal path
AES-first architecture
The server is organized around the final digital handoff into AES-based DAC and reclocking stages.
FPGA timing-domain focus
Digital routing and timing behavior are treated as part of the source design.
Industrial source foundation
The compute platform is selected for stable audio-source behavior rather than desktop-computer priorities.
Linear power integration
Power supply behavior is matched to the source, clocking, and digital-output stages.
Custom enclosure and I/O
The casework, rear panel, and connector layout are built around the final system configuration.
Tech specs
Core specifications
Digital source role
3 specs
Build direction
3 specs
System fit
Fit and voicing
| Role | AES-first digital music source. |
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| System match | FPGA DAC, AES DAC, DDC reclocker, and delta-sigma DAC systems. |
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| Build approach | Custom AES-first source platform matched to the downstream DAC and system architecture. |
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| Chain fit | Source component for the FPGA timing-domain playback path. |
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Linear power + transient recoveryPower as part of the source
The final server design will use the same principle as the rest of the product line: power supply behavior is part of the audio source, not an accessory bolted on after the digital architecture is chosen.
Read about our power design