Highlights The Imperx Cheetah POE-C4510C-R features the Sony Pregius STM IMX541 Global Shutter CMOS image sensor with a native resolution of 4512 x 4512 in a 1.1” optical format delivering up to 25.9 frames per second with Camera Link® Full Power over Camera Link (PoCL®) output. Features Sony Pregius IMX541 Global Shutter CMOS image sensor … Continued
Highlights The Imperx Cheetah POE-C5310M-R features the Sony Pregius STM IMX540 Global Shutter CMOS image sensor with a native resolution of 5328 x 4608 in a 1.2” optical format delivering up to 4.9 frames per second with GigE Vision® Power over Ethernet (PoE) output. Features Sony Pregius S IMX540 Global Shutter CMOS image sensor Native resolution of 5328 x 4608 1.2″ optical … Continued
Highlights The Imperx Cheetah POE-C5310C-R features the Sony Pregius STM IMX540 Global Shutter CMOS image sensor with a native resolution of 5328 x 4608 in a 1.2” optical format delivering up to 4.9 frames per second with GigE Vision® Power over Ethernet (PoE) output. Features Sony Pregius S IMX540 Global Shutter CMOS image sensor Native resolution of 5328 x 4608 1.2″ optical … Continued
Highlights The C5310 is our most technically advanced, ruggedized, global shutter, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation and other applications. The C5310 incorporates a number of unique features tailored to reduce system complexity, reduce latency, and expand the usable operational range from -30 °C to +75 … Continued
Highlights The C4510 is our most technically advanced, ruggedized, global shutter, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation and other applications. The C4510 incorporates a number of unique features tailored to reduce system complexity, reduce latency, and expand the usable operational range from -30 °C to +75 … Continued
Highlights The C5311 is our most technically advanced, ruggedized, global shutter, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation and other applications. The C5311 incorporates a number of unique features tailored to reduce system complexity, reduce latency, and expand the usable operational range from -30 °C to +75 … Continued
Highlights The Imperx Cheetah PoE-C6410-T is our most technically advanced, ruggedized, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation, and other applications. The C6410-T incorporates a number of unique features tailored to reduce system complexity, maximize interface bandwidth, and expand the usable operational range. The Imperx Cheetah PoE-C6410-T … Continued
Highlights: The Imperx Cheetah PoE-C4410-T is our most technically advanced, ruggedized, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation, and other applications. The C4410-T incorporates a number of unique features tailored to reduce system complexity, maximize interface bandwidth, and expand the usable operational range. The Imperx Cheetah PoE-C4410-T … Continued
Highlights The Imperx Cheetah PoE-C5410-T is our most technically advanced, ruggedized, progressive scan digital camera in a compact design ideal for industrial, scientific, medical, aerospace, transportation, and other applications. The C5410 incorporates a number of unique features tailored to reduce system complexity, maximize interface bandwidth, and expand the usable operational range. The Imperx Cheetah PoE-C5410-T … Continued
Highlights The Imperx Cheetah CXP-C9440-R is our most technically advanced, ruggedized, high resolution digital camera making it ideal for industrial, scientific, medical, aerospace, transportation and other applications. The CXP-C9440-R incorporates a number of unique features tailored to reduce system complexity, maximize interface bandwidth, and expand the usable operational range. The Imperx Cheetah CXP-C9440-R features the … Continued
