Thermal Resolution
All articles filed under Thermal Resolution — 13 articles.
Thermal Camera Cores for UAV Payloads
Compare thermal camera cores for UAV payloads by band, resolution, NETD, SWaP, interfaces, stabilization, and OEM integration trade-offs for UAV OEMs.
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Which Infrared Core Should You Choose for a UAV Gimbal?
UAV gimbal infrared core selection guide covering LWIR, cooled MWIR, 1280 HD, dual-band imaging, power, interfaces, range, and temperature data.
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How to Select a Thermal Module for UAV Payloads
Choose the right thermal module for UAV payloads by comparing LWIR, MWIR, resolution, lens, interface, stabilization, SWaP, and OEM integration needs.
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How to Select a Thermal Core for PTZ Cameras
Select a thermal core for PTZ cameras by matching range, detector type, resolution, lens, stabilization, video output, and OEM integration needs and control.
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How Much Does an Infrared Camera Core Cost?
Infrared camera core cost depends on detector type, resolution, pixel pitch, lens, algorithms, and volume. See 2026 price ranges and buying tips.
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Why Can Two 640 Infrared Cores Deliver Very Different Image Quality?
Why a 640 infrared core can vary widely in image quality, from NETD and pixel pitch to optics, NUC, image processing, and thermal design.
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Does a Longer Infrared Lens Focal Length Always See Farther?
Infrared lens focal length alone does not define range. Learn how IFOV, pixel pitch, F-number, resolution, atmosphere, target size shape imaging.
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How Big Is the Difference Between a 640 Infrared Core and a 1280 Infrared Core?
640 infrared core vs 1280 infrared core: compare pixels, field detail, optics, bandwidth, AI detection, cost, and when each choice makes sense.
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640×512 vs 1280×1024 Thermal Camera Cores
Compare 640×512 vs 1280×1024 thermal camera cores for OEM imaging, including pixel count, optics, data rate, SWaP, and use cases.
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