Power electronics module in a metal enclosure.

Power Electronics, FPGA & Display Systems

Yunxin develops power electronics, FPGA video processing and display systems. Our work spans system architecture, hardware development, prototype integration and production introduction.

Core Engineering Domains

High-density compute power module with copper busbar and cooling hardware

Power

AI Compute Power

Board-level power trees for accelerator and compute loads: 48V/12V distribution, multiphase VRM, power stages, protection, monitoring and thermal design.

Input & distribution · Intermediate-bus conversion · Multiphase regulation · SPS / DrMOS

Power conversion board with magnetics, heatsinks and an isolation barrier.

Power

Industrial Power & Control

Industrial conversion, protection, sequencing, analog control, monitoring and reliability work for equipment and mixed-signal boards.

AC-DC / DC-DC · Protection & sequencing · Analog control · Monitoring

FPGA real-time video processing board

FPGA & Video

FPGA Video & Vision

High-speed video interfaces, real-time processing, geometric correction and display-link integration on FPGA platforms.

eDP / HDMI / V-by-One · Real-time pipelines · Geometry processing · Display-link lock

Industrial display and controller integration hardware

Display Electronics

Display & Backlight Electronics

Display control, TCON interfaces, industrial backlight drive and MiniLED zone-control integration.

TCON / panel rails · LED string drive · MiniLED zone control · Panel bring-up

AI Compute Power Architecture

Power architecture is organized around input distribution, intermediate-bus conversion and point-of-load regulation, with protection, sequencing, monitoring and thermal management coordinated across that path.

  1. Input & Distribution
  2. Intermediate-Bus Conversion
  3. Multiphase Regulation
  4. Compute Loads GPU / CPU / FPGA

Protection, Sequencing & Monitoring

Board-level power path POWER ARCHITECTURE Board-level power path Distribution, intermediate conversion and point-of-load regulation. 01 Input & distribution 48 V / 12 V bus 02 Intermediate bus DC-DC conversion 03 Multiphase rails Controller · SPS / DrMOS 04 Compute loads GPU · CPU · FPGA Protection, sequencing & monitoring Hot-swap, OCP/OVP, telemetry and thermal design along the path.
Board-level power path: input & distribution → intermediate conversion → multiphase regulation → compute loads, with protection and monitoring alongside.

Selected Engineering Work

How We Execute

  1. 01 Requirements

    Application, interfaces and electrical targets.

  2. 02 Architecture & Selection

    Power or video tree and device shortlist.

  3. 03 Hardware / FPGA

    Schematics, RTL and layout.

  4. 04 Bring-Up & Validation

    Prototype testing and issue resolution.

  5. 05 Production Transfer

    Design release package and pilot support.

Technology & components

Technology Platforms

Semiconductor platforms are selected for electrical performance, lifecycle, availability and production fit.

Power & Analog

  • Texas Instruments
  • Analog Devices
  • Monolithic Power Systems
  • Multiphase control
  • SPS / DrMOS
  • Hot-swap and protection
  • Power monitoring

FPGA & Interfaces

  • AMD / Xilinx
  • Gowin
  • Real-time video pipelines
  • SerDes
  • Display and memory interfaces

Display & Backlight

  • TCON and panel rails
  • LED and MiniLED drive
  • Backlight communication