Yunxin Engineering Power · FPGA · Display
Discuss a Project
Dual-FPGA video processing board used in high-resolution display programs

Solutions · FPGA & Video

FPGA Video & Vision Systems

Real-time video processing and display interface development for high-resolution, low-latency applications.

Discuss a Project View Architecture

FPGA Video Architecture

A clear path from source interfaces through timing control and FPGA processing to panel output—with memory and synchronization available as supporting resources for the pipeline.

FPGA video path VIDEO ARCHITECTURE FPGA video path From source interfaces through processing to the panel. 01 Video input Source interfaces 02 Interface control Receiver · timing 03 FPGA pipeline Real-time processing 04 Display output Panel interfaces Memory & synchronization Frame buffer and output timing support the pipeline.
From video input through FPGA processing to display output, with memory and synchronization as supporting modules.

Typical Applications

Programs where video bandwidth, latency and display timing must be closed together.

High-Resolution Displays

Video paths and interface integration for advanced display systems.

Industrial & Professional Video

Real-time processing for equipment, instrumentation and specialized displays.

Vision & Projection Systems

Geometry processing and image composition for application-specific optical systems.

Engineering Capabilities

Interface, pipeline and display work scoped to the board or system under discussion.

High-Speed Video Interfaces

eDP, HDMI, LVDS, MIPI and V-by-One integration sized to the target panel and link rate.

Real-Time FPGA Processing

Pipeline architecture for high-resolution video with deterministic latency and resource planning.

Image Transformation

Scaling, mapping and geometric correction when the application requires onboard processing.

Display Integration

Panel timing, multi-link output and bring-up support from interface lock through first image.