Compare LWIR Uncooled Camera Core Products

FLIR's thermal camera cores are designed for easy and efficient integration into higher level assemblies and platforms. Original equipment manufacturers (OEM's) design and integrate FLIR's core modules into systems that are manufactured and sold under their own company name or product brand.

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Quark provides leading-edge imaging performance and reliability in a compact, lightweight package. Quark’s innovative design is enabled by wafer-level packaging of the microbolometer sensor.
Quark provides leading-edge imaging performance and reliability in a compact, lightweight package. Quark’s innovative design is enabled by wafer-level packaging of the microbolometer sensor.
Tau 160 is a 160x120 format thermal camera with a pixel size of 25 microns.
Tau 320 is a 324x256 QVGA-format thermal camera with a pixel size of 25 microns.
Tau 640 is a 640x512 VGA-format thermal camera with a pixel size of 17 microns.
Tau 2 is the next generation product in FLIR’s Tau family of thermal imaging camera cores. Two key differences are the introduction of: enhanced electronics for improved image processing; and FLIR’s 336x256, 17μ-pitch (0901) uncooled sensor format.
Tau 2 is the next generation product in FLIR’s Tau family of thermal imaging camera cores. Two key differences are the introduction of: enhanced electronics for improved image processing; and FLIR’s 336x256, 17μ-pitch (0901) uncooled sensor format.
Tau 2 is the next generation product in FLIR’s Tau family of thermal imaging camera cores. Two key differences are the introduction of: enhanced electronics for improved image processing; and FLIR’s 336x256, 17μ-pitch (0901) uncooled sensor format.