IRAYPLE AX7Q10CX770 CoaxPress-CXP6/Point-FFC Ind-Color-Vision-Camera Multi-Trigger-Multi-Format

The IRAYPLE AH7160MG001 is a high-performance, network-ready uncooled VOx microbolometer infrared camera core module engineered for demanding industrial automation and machine vision applications. Designed for seamless factory network integration, it features a robust Gigabit Ethernet (GigE) interface providing 1 Gbps bandwidth and supporting cable lengths up to 100 meters.

This core delivers exceptional thermal image quality with high native resolution and outstanding thermal sensitivity, characterized by very low Noise Equivalent Temperature Difference (NETD) for precise temperature measurement. The integrated high-precision thermoelectric cooler (TEC) ensures optimal detector temperature stability, guaranteeing consistent measurement accuracy and long-term reliability.

The module includes 256MB of onboard cache for robust data handling, supports versatile trigger modes (software, hardware, free-run), and features comprehensive on-board Image Signal Processing (ISP) functions. It is fully compliant with GigE Vision protocol and GenICam standard, carrying key international certifications including CE, UKCA, UL, KC, and RoHS for global deployment.

This premium thermal imaging core is designed for frontier applications where image detail, reliability, and quantitative analysis are critical. Primary industrial uses include high-precision predictive maintenance for critical electrical and mechanical infrastructure, automated optical inspection (AOI) in electronics and semiconductor manufacturing, and advanced scientific research.

Key advantages include superior image quality and thermal sensitivity enabled by VOx technology, combined with the reliability and long-range capability of industrial Ethernet connectivity. The integrated ISP engine performs real-time advanced corrections and enhancements—such as non-uniformity correction (NUC), flat-field correction (FFC), and dynamic detail enhancement—delivering calibrated, analysis-ready video streams directly from the module.

This significantly offloads the host PC, ensuring high data integrity and low system latency. Functionally, it enables precise temperature measurement, thermal anomaly detection, and automated fault identification. As an intelligent sensor node, it seamlessly feeds high-fidelity thermal data into Industrial IoT (IIoT) platforms and control systems, driving automation intelligence, enhancing quality assurance, and supporting data-driven predictive maintenance strategies in smart factory environments.

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