A quieter, clock-referenced network boundary for the audio endpoint.
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.
The Ethernet Regenerator is built for systems where ordinary routers, switches, and long cable runs are too electrically busy for the audio stack. It creates a controlled final Ethernet boundary before the streamer or server, so the endpoint sees a shorter, quieter, locally powered handoff rather than the full electrical behavior of the home network.
Ethernet audio is still packet data. The regenerator is not trying to change bits or apply a sonic effect. Its job is to rebuild the final network boundary: isolate the endpoint from upstream electrical noise, provide a cleaner local clocking environment for the network stage, and keep the last Ethernet segment physically close to the audio system.
For the timing reference, we work with vendors who build oscillators for demanding telecom, edge, and infrastructure systems, where stability, phase-noise behavior, ageing, warm-up, and power behavior are part of the design. That matters in audio because the network link sits next to the streamer, its processor, its Ethernet PHY, its power rails, and the rest of the digital source environment.
| Feature | Details |
|---|---|
| Final network boundary | Places a controlled Ethernet stage immediately before the streamer or audio server. |
| Precision timing reference | Uses a high-stability clocking approach selected for low phase-noise behavior and stable operation over temperature. |
| Low-noise local power | The regenerator is powered so it does not become another electrically busy box in the rack. |
| Short final run | The last Ethernet segment is treated as the audio-facing network link. |
| Electrical isolation | Reduces the amount of upstream router, switch, and cable behavior that reaches the audio endpoint. |
| Layout discipline | Network, timing, and power sections are physically organized for predictable audio-rack behavior. |
| Spec | Value | System relevance |
|---|---|---|
| Input | Ethernet | Receives the existing network feed from router, switch, or wall connection. |
| Output | Ethernet | The output side is the audio-facing Ethernet handoff. |
| Works with | Final Ethernet boundary for streamer or audio server | The regenerator is placed at the audio-facing network boundary. |
| Music data | Packet data remains unchanged | The goal is not data manipulation; it is a cleaner electrical and timing environment for the endpoint. |
| Placement | Near the streamer or audio server | A short final Ethernet run keeps the controlled side of the handoff close to the component that plays the music. |
| Spec | Value | System relevance |
|---|---|---|
| Clock class | Telecom-grade precision oscillator | The timing reference is selected from the class of parts used in demanding network and timing infrastructure, not commodity clocking. |
| Frequency stability | 10 ppb peak-to-peak class over a 20 C window | Stable clock behavior helps keep the regenerated network stage consistent as temperature changes inside a real rack. |
| Long-term ageing | <1 ppb/day class | Low ageing helps the timing reference remain consistent over long listening periods and long product life. |
| Phase-noise floor | As low as -160 dBc/Hz class | Low phase-noise behavior is one reason precision timing vendors matter at high-speed digital boundaries. |
| Warm-up behavior | Fast warm-up to tight frequency window | The timing reference should settle quickly enough for normal listening use instead of behaving like a lab instrument. |
| Output behavior | Clock output selected for the local network stage | The clock is used inside the regenerator's local timing environment rather than exposed as a user-facing master clock. |
| Spec | Value | System relevance |
|---|---|---|
| Power focus | Low-noise local supply path | Prevents the network accessory from adding avoidable supply noise near the audio endpoint. |
| Power behavior | Efficient precision timing stage | Modern high-grade oscillators can deliver tight timing behavior without the power burden of older large timing modules. |
| Use it for | Network connection before a streamer or audio server | This product focuses on network noise behavior rather than player or DAC duties. |
| Build status | Custom configuration | Enclosure, power, clocking, and placement choices are matched to the network layout. |
| Role | A support component for network audio systems where the streamer is sensitive to upstream network conditions. |
|---|---|
| System match | Network streamers, audio servers, and Ethernet-fed endpoints. |
| What to listen for | A quieter background, less edge on dense recordings, and more stable spatial focus in systems sensitive to network noise. |
| Best placement | Close to the streamer or audio server, with a short final Ethernet cable. |
| Works with | Final Ethernet boundary for the streamer or audio server. |
Low-noise power design supports the Ethernet stage and precision timing reference so the final network handoff does not become another electrically busy device near the audio endpoint.
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