UNio Formula - Dual Stage Hybrid DC Power design

UNio Formula utilizes a Dual Stage Hybrid DC Power design, integrating the "MBU" (Magnetic Block Unit) that processes AC sine waves, and the core AC-to-DC conversion component, the "Formula Power Architecture".

It provides ultra low noise, stable power supply for network streaming devices such as Poki network switches and routers, as well as other DC equipment.

MBU (Magnetic Block Unit):

In the first stage of AC input, the Magnetic Block Unit independently corrects and reduces noise in the power supply.

It ensures that voltage peaks and inrush currents do not occur, protecting the power supply architecture and stabilizing full power output.

Formula Power Architecture:

The second stage uses selected power supply modules featuring three times more constant-voltage regulator transistor components than standard designs, combined with multi-stage LC filter circuits.

It effectively eliminates secondary noise, significantly suppresses power surges, and stabilizes voltage.

Superior 12 Amp / 144 Watt Power Supply Capability:

Under the dual-stage hybrid processing, the Formula PSU provides an extremely stable power output of 12A / 144 Watts—delivering twice the ample high-current output compared to conventional power supply products.

90% - Exceptionally High Conversion Efficiency:

Compared to traditional linear power supplies where a significant amount of electricity is wasted as heat energy, the Formula achieves an ultra-high conversion efficiency close to 90%. This totally reduces unnecessary power loss, precisely transforming every unit of input power into the precise supply required by your equipment.

This high-cost architecture ensures the output of extremely pure, near-zero-noise power while maintaining a stable, high-power supply free of any spikes. High-frequency noise can never contaminate the sensitive circuitry within the Poki network switch, presenting an incomparably deep, pitch-black background that allows every microscopic nuance of the music to spring vividly to life.