Yunxin Engineering develops high-density power systems, advanced display electronics and FPGA-based real-time processing platforms—from architecture and hardware design to prototype validation and production transfer.
Shenzhen R&D center · Engineering and supply-chain execution across South China
Focused engineering platforms for power conversion, advanced display and real-time electronic systems.
Power Systems
Power architecture and board-level engineering for high-density AI compute platforms—from rack-level distribution and intermediate-bus conversion to near-board regulation, protection and telemetry.
HVDC Architecture · 48V Intermediate Bus · 12V / 6V Near-Board Power · Multiphase Core Regulation
Power Systems
Custom power conversion, protection and control for industrial, high-reliability and specialized electronic systems.
AC-DC and DC-DC Conversion · Protection and Sequencing · Digital Control and Telemetry · Thermal and Reliability Engineering
Display Systems
Integrated engineering for display modules, controller electronics, panel interfaces, touch systems and production-ready mechanical integration.
Display and Panel Selection · Controller and TCON Electronics · Touch and Optical Integration · System and Production Integration
Display Systems
High-brightness LED backlight engineering covering driver electronics, optical design, thermal management, dimming and system control.
LED Driver Electronics · Optical and Uniformity Design · Thermal Management · Dimming and Communication
FPGA & Vision
High-bandwidth, low-latency FPGA processing for advanced display, HUD, binocular vision and specialized video systems.
High-Speed Video Interfaces · Real-Time Processing Pipelines · Geometry and Vision Processing · Panel and TCON Integration
Display Systems
FPGA-based local dimming, pixel-to-zone processing, backlight communication, driver integration and panel-level tuning.
Local Dimming Processing · Zone-Level Backlight Control · BCON and Driver Integration · Panel and Optical Tuning
AI compute platforms are driving a fundamental transition in power distribution, conversion density and transient performance. Yunxin Engineering develops power architectures spanning rack-level distribution, intermediate-bus conversion, near-board power and multiphase regulation for GPU and accelerator loads.
Power architectures spanning high-voltage distribution, intermediate-bus conversion and multiphase point-of-load regulation for AI compute platforms.
FPGA-based image analysis and zone-level backlight control for high-zone-count MiniLED display systems.
Multi-link FPGA video architecture for high-resolution display, low-latency processing and specialized vision systems.
One engineering interface coordinates system architecture, specialist development resources, prototype execution and supply-chain delivery.
Component platforms are selected according to electrical performance, lifecycle, availability, system architecture and production targets.
Brand names identify semiconductor platforms evaluated or used in engineering work. They do not imply an authorized distribution or official partnership unless explicitly stated.
Our Shenzhen R&D center supports hardware development, FPGA implementation, prototype assembly, signal measurement, power testing and system-level integration.
Connected to the electronics ecosystem of Shenzhen and South China, the team coordinates component sourcing, PCB fabrication, PCBA, mechanical integration and production transfer.
Share your application, electrical requirements, interfaces, performance targets and development schedule. Our engineering team will help define a practical technical path.