Category: Innuos

The Innuos NAZARÉ is the company’s flagship music streamer and server. Rather than concentrating every function on a conventional motherboard, it uses a customized PreciseAudio platform with dedicated PreciseUSB and PreciseNET boards connected directly to the processor. Those boards have independent clocks and power rails, reducing their dependence on the noisy, shared interfaces found in general-purpose computers.

The Innuos NazaréNET is the network component of the company’s flagship three-box digital system. It places a purpose-built WaveNET switch board, precision clock and extensive low-noise power supply inside the same mechanically controlled chassis platform as the NAZARÉ server and NazaréFLOW reclocker. It can also be used with other high-performance streamers that rely on wired Ethernet.

The Innuos NazaréFLOW is a reference digital reclocker and converter designed to sit between a USB audio source and a DAC. It moves communication, clocking and output-interface work into a separate electrically quiet chassis, where one master timing reference can govern the data path. Although it is the natural partner for the NAZARÉ server, it accepts USB audio from other compatible streamers and computers.

The Innuos LPS1 is a compact linear power supply developed for STREAM1 and selected earlier Innuos components. It replaces the streamer’s standard external supply with a chassis-matched unit built around a 150VA toroidal transformer, medical-grade AC filtering and premium Mundorf and Nichicon capacitors. The enclosure shares STREAM1’s 240mm width, allowing both units to stack or sit side by side without turning the installation into a shelf of mismatched power bricks.

The Innuos STREAM1 is a half-width music streamer and server whose configuration can be tailored to the job. It can begin as a streaming transport for an existing DAC, gain an internal DAC board for direct analog output, or add M.2 NVMe storage and become the center of a locally stored music library. That flexibility makes it useful in systems that are expected to evolve rather than remain frozen on installation day.