FEATURES
Master Reclocker Circuit & OCXO Clock
The NazaréFLOW solves the problem of phase noise accumulated across multiple independent clocks by becoming the Master Reclocker, becoming the single timing reference for the entire communication path.
At the core of the master Reclocker circuit is the ultra-high precision OCXO clock with its own dedicated power rail. By relocating the reclocking stage closer to the DAC Connection Module the system precisely controls the signal transmission, minimizes degradation, and regenerates exceptional accuracy.
Within a silent stage free from any computing or processing, the DAC Connection Module aligns seamlessly with the DAC’s internal clocking system. The result is a natural, coherent presentation where transients are rendered with precision, spatial cues are fully realized, and music flows with an effortless sense of realism.
Modular Output Architecture
Besides the ultra-high performance USB stage that comes as standard, NazaréFLOW also introduces a sophisticated modular design featuring optional dedicated DAC Connection Modules. There are tailored to specific DACs that can take advantage of their native protocols, including:
FLOW ProISL module — for MSB DACs, using MSB’s ProISL protocol
FLOW CH-Link module — for CH Precision DACs, using the CH Link protocol
[More modules coming soon]
These interfaces give the best of both worlds, with the Master Reclocker as the master clock for the PCM/DSD communication, while the DAC contributes the master clocks for the audio itself. Each clock is placed exactly where it gives the most benefit, resulting in a signal path that’s optimized end-to-end.
NAZARÉ-Grade Power Supply
The power supply is engineered to the same exacting standard as the NAZARÉ music server — representing the most advanced power design the company has produced to date. It continues the design principle of minimising impedance to extreme levels, and that the performance of every critical stage is influenced by the power feeding them.
Custom-wound multifilar toroidal transformers paired with bespoke Lundahl inductors from Sweden form the first line of defence against mains noise entering the system. The critical AC/DC rectification stage is built around our proprietary GaN-ARC8 modules, developed in collaboration with renowned power supply designer Dr. Sean Jacobs. Faster and cleaner than silicon, these Gallium nitride modules are backed by an exceptionally large energy reservoir of 376,000 µF to provide rapid low-impedance current. Speed and stability under dynamic demand.
Precise DC regulation is handled by advanced DC4 modules — also co-developed with Dr. Sean Jacobs — incorporating high-precision foil resistors to maintain a low-impedance, ultra-low-noise output that is stable across the fast transient demands of digital circuity. Premium internal cabling completes the design, preserving signal integrity between each stage.
NAZARÉ Chassis
NazaréFLOW benefits from cutting-edge SmartStack vibration control technology, developed in collaboration with TONEO. This advanced damping system is applied across all critical components—including transformers, capacitors, regulation modules and output boards—to eliminate micro-vibrations that can affect sensitive circuitry.
A meticulously engineered 10mm CNC-machined aluminium chassis provides extensive EMI shielding, with an asymmetric fascia design to break up standing waves to reduce resonance. With system-tuned isolation feet developed with IsoAcoustics, the chassis ensures a mechanically silent environment to preserve signal purity at every stage.
