TELEDYNE FLIR OEM RADIOMETRIC THERMAL BOSON + AND HADRON 640R + DUAL THERMAL-VISIBLE CAMERA MODULES NOW AVAILABLE
RADIOMETRY ENABLES PIXEL-LEVEL TEMPERATURE DATA FROM COMPACT, HIGHLY SENSITIVE UNCOOLED THERMAL INFRARED CAMERA MODULES.
GOLETA, Calif. Teledyne FLIR OEM, part of Teledyne Technologies Incorporated( NYSE: TDY), today announced the availability of radiometric models of its highperformance Boson ®+ thermal and Hadron™ 640R + dual thermalvisible camera modules. Built for defense and industrial applications with size, weight, and power( SWaP) optimization, the NDAA compliant and ITARfree radiometric Boson + and Hadron models provide real-time temperature measurement of every pixel within a scene. are optimized for unmanned ground vehicles( UGV), unmanned aircraft systems( UAS), security applications, handhelds, thermal sights, and emerging AI applications using Teledyne FLIR Prism™ embedded software.
The eight new radiometric Boson + models include 640 x 512 and 320 x 256 longwave infrared( LWIR) resolution options, multiple lens options, and shared mechanical and electrical interfaces with the existing non-radiometric Boson +. Automatic gain control( AGC) and direct data entry plus( DDE +) deliver dramatically enhanced scene contrast and sharpness, including lower video latency that enhances tracking, seeker performance, and decision support, day or night. The Boson + also features multiple video output interfaces, including USB, CMOS, and MIPI for maximum integration flexibility.
“ The radiometric Boson + and Hadron 640R + models, which already provide industry leading thermal sensitivity of 20 millikelvin( mK), or better, expand the mission set for infrared product developers and integrators,” said Dan Walker, vice president product management, Teledyne FLIR OEM.“ They
In addition to an integrated radiometric 640x512 resolution Boson +, the new Hadron 640R + is also equipped with a 64MP visible camera, featuring dual 60 Hz video output via USP or MIPI. At 56 grams and with an IP54-rating for dust and water protection in the elements, the dual-sensor payload offers longer
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