CXP (CoaXPress) cameras are mainly used in industrial and scientific research scenarios that require very high-speed and high-resolution image transmission. The following are some typical application areas:
🏭 Industrial Automation and Machine Vision
1. Semiconductor Inspection
Inspecting wafer defects and circuit board line defects requires ultra-high resolution + high-speed image transmission.
2. LCD Panel Inspection (FPD Inspection)
Used to detect bright spots, black spots or line defects on TFT and OLED panels.
3. Printed Product Inspection
High-speed online inspection of text and patterns for offset, missing, ghosting and other problems.
🚗 Automobile Manufacturing and Inspection
- Inspect body welds, coating quality, component assembly errors, etc.;
- Used for high-speed image acquisition and analysis of fully automated production lines.
🔬 Scientific Research and Medical Imaging
1. High-speed Imaging Research
Such as material impact experiments, explosion experiments, and biological rapid motion recording.
2. X-ray/CT Imaging System
Used for high-speed image acquisition in industrial non-destructive testing or medical equipment.
📦 Logistics and packaging industry
In the express sorting line, high-speed cameras cooperate with OCR systems to identify parcel barcodes and labels;
Detect packaging integrity and label printing quality.
🚀 Aerospace and military
1. High-speed target tracking and identification: such as missile flight testing, aircraft surface change monitoring;
2. Remote sensing image acquisition system: imaging of rapidly changing areas on the ground.
Brief description of CXP's technical advantages:
- High-speed transmission: single channel can reach up to 12.5 Gbps, supporting multi-channel parallel.
- Long-distance transmission: using standard coaxial cable can support distances of more than tens of meters.
- Unified power supply and data transmission: image data and power supply can be transmitted simultaneously through one cable (Power over CoaXPress).
