IRAYPLE A9B57MX250 CoaxPress-CXP6/FFC-Calibration Ind-Vision-Camera High-Bandwidth-Dual-Power

The IRAYPLE A9B57MX250 is a high-performance, compact uncooled microbolometer infrared camera core module engineered for seamless integration into space-constrained industrial automation and embedded machine vision systems. Designed for rapid, reliable data transfer, it utilizes a high-speed USB 3.0 interface, providing 5 Gbps of theoretical bandwidth and delivering both data and power over a single cable for simplified connectivity.

The module features an ultra-compact form factor, measuring 29mm × 29mm × 30mm, and incorporates onboard cache to ensure stable data handling. Key specifications include a high native resolution, excellent thermal sensitivity characterized by a low Noise Equivalent Temperature Difference (NETD), and integrated temperature stabilization via a thermoelectric cooler (TEC) for consistent measurement accuracy.

The core supports versatile operational modes (software, hardware, and free-run trigger), a comprehensive suite of on-board Image Signal Processing (ISP) functions, and is fully compliant with the USB3 Vision protocol and GenICam standard. It also meets key international certifications, including CE, UKCA, UL, KC, and RoHS.

This thermal imaging core is designed for demanding applications requiring a small footprint, simple setup, and powerful processing. Its primary uses include:

• Portable diagnostic tools
• Robotic guidance systems
• Benchtop quality control equipment
• Automated optical inspection (AOI) stations

Key advantages include plug-and-play USB integration, miniature size ideal for compact OEM designs, and advanced onboard ISP that significantly reduces the computational load on the host PC. The integrated ISP engine performs real-time corrections and enhancements—including non-uniformity correction (NUC), flat-field correction (FFC), denoising, and detail enhancement—delivering calibrated, analysis-ready thermal video streams.

Functionally, it enables precise non-contact temperature measurement, thermal anomaly detection, and early fault identification. As a smart sensor node, it feeds critical thermal data into automation control and Industrial IoT (IIoT) platforms, enhancing operational intelligence, quality assurance, and predictive maintenance strategies in advanced industrial environments.