Streaming has transformed how we access music, but it has also introduced the network as a direct path for electrical noise into the digital source. Far from being a passive carrier of data, the network connection is now widely recognised as a critical performance factor. A clean, well-isolated network feed allows the processor to do its job without fighting interference introduced upstream. We treat the network not as an accessory, but as a core component of the architecture.

The processor is the heart of the system. It comprises the electronics and software responsible for managing the music library and orchestrating playback. Its task is to deliver the audio data to the output stage with the lowest possible electrical noise and the most precise timing. Every decision in the processor design — from the choice of components to the way software interacts with hardware — is made in service of this goal.

The connection between the source and the DAC is one of the most fertile areas for sonic improvement, and one of the most overlooked. Each DAC has its own strengths, its own preferred protocols, and its own sensitivities. By tailoring the digital output to leverage these characteristics – and by ensuring the signal arrives pristine and perfectly timed – the DAC is given the conditions it needs to perform at its full potential.

Power is the foundation on which everything else stands. No matter how sophisticated the processor or how refined the output stage, their performance is ultimately bounded by the quality of the power feeding them. A well-designed power supply is one of the most consistent and audible contributors to the performance of any digital source, and it deserves the same engineering attention as the signal path itself.

The chassis is far more than an enclosure. It plays a defining role in the final sound by addressing three factors that have a clear and audible impact: electromagnetic interference (EMI), thermal management, and mechanical vibration. A chassis that controls all three creates the stable environment that sensitive electronics need to perform at their best, and it is often what separates a good system from a truly great one.