Thermal Imaging Knowledge Base & Industry News
Technical articles and market insights on infrared thermal imaging: MWIR/LWIR fundamentals, NETD, optics, system integration and EO/IR procurement guides.
How to Evaluate an Infrared Module Supplier
Learn how to evaluate an infrared module supplier by checking NETD test conditions, SDK support, batch consistency, delivery risk, and after-sales response.
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Thermal Camera Module Selection for UAV Power Line Inspection
Choosing the right thermal imaging module for drone-based electrical infrastructure inspection — detection requirements, altitude considerations, and recommended configurations.
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Johnson Criteria for Thermal Imaging
Johnson Criteria for Thermal Imaging explain DRI range, pixels on target, lens choice, and OEM trade-offs for LWIR, MWIR, and multi-band OEM modules.
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FUSION LV1225A Dual-Band Module: 35×35mm Fusion Imaging Now Available
IRmodules announces availability of the FUSION LV1225A single-chip dual-band imaging module — 1280×1024 LWIR + 2560×1440 visible light in a 35×35mm package.
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How Thermal Imaging Works: A Technical Primer for Engineers
A technical explanation of thermal imaging — blackbody radiation, infrared detectors, the imaging pipeline, and what distinguishes high-performance from budget modules.
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What Pitfalls Should You Avoid When Buying Infrared Camera Cores?
Infrared camera core procurement guide covering resolution, NETD, frame rate, interfaces, calibration, drift, delivery, and lifecycle risks.
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SWIR Imaging: The Invisible Light That Changes What You Can See
Short-wave infrared (SWIR) imaging explained — what it sees that LWIR and visible cameras cannot, key application areas, and detector technology considerations.
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DRI in Thermal Imaging: Detection, Recognition, and Identification
DRI in thermal imaging explained for OEM engineers: detection, recognition, identification range, target pixels, optics, NETD, MTF, and sensor trade-offs.
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MWIR vs LWIR: Choosing the Right Infrared Band for Your Application
A technical comparison of mid-wave (3–5μm) and long-wave (8–14μm) infrared imaging — sensitivity, atmospheric transmission, and application trade-offs.
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