IRAYPLE L5082MG170 GigE-Vision/HDR-Imaging Ind-Image-Module Wide-Temp-High-Frame

Product Overview and Key Specifications

The IRAYPLE L5082MG170 is a premium, high-resolution uncooled vanadium oxide (VOx) microbolometer infrared camera core module engineered for the most demanding industrial and scientific applications. It is designed for network-based systems via a Gigabit Ethernet (GigE) interface, providing 1 Gbps of bandwidth and supporting cable lengths of up to 100 meters. The core delivers exceptional image clarity with an ultra-high native resolution and outstanding thermal sensitivity, characterized by an extremely low Noise Equivalent Temperature Difference (NETD) for precise measurement of minute temperature differences. It incorporates a high-precision thermoelectric cooler (TEC) for optimal detector temperature stability. The module is equipped with a comprehensive suite of advanced on-board Image Signal Processing (ISP) functions. Key specifications include support for various trigger modes, a robust operating temperature range, and full compliance with the GigE Vision protocol and GenICam standard. It also meets essential international certifications, including CE and RoHS.

Primary Applications and Functional Advantages

This thermal imaging core is designed for frontier applications where maximum image detail and quantitative accuracy are critical. Its primary uses include advanced scientific research, high-resolution non-destructive testing (NDT), micro-scale thermal analysis in semiconductor and electronics manufacturing, and mission-critical industrial condition monitoring. The key advantage is its unparalleled combination of ultra-high spatial resolution and superb thermal sensitivity, enabled by premium VOx technology and precise thermal management. This allows for the visualization of the finest physical details alongside the detection of the most subtle temperature gradients. The integrated ISP engine performs real-time, high-level corrections and enhancements—such as advanced non-uniformity correction, temporal noise reduction, and dynamic range optimization—delivering calibrated, cinema-quality thermal video streams. This significantly offloads processing from the host PC. Functionally, it enables microscopic thermal analysis, precise temperature measurement, and detailed thermal mapping for the most challenging diagnostic, R&D, and automated inspection tasks.

Product Specifications: L5082MG170