X-lite COC

X-LITE COC: Hi-Resolution, Hi-Sensitivity, and Miniature Thermal Imaging Sensor

X-lite COC
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World’s first Thermal ASIC (“Camera On Chip”)

X-LITE COC core is based on Senso-Optics’ world’s first Thermal ASIC (65 nano technology) and produces un-matched image quality.

It is compatible today with SCD & ULIS detectors, but with proper proxy card may be compatible with other detectors as well.

This Core, as a Stand-Alone device, is supporting a full thermal camera features and other military & commercial applications (e.g. lens focus, zoom & shutter drivers, batteries power, Blue tooth, OLEDs, etc.).

X-LITE COC is a TEC-Less & Shutter-Less core, a Solid-State solution  with no moving parts.

Deliveries can be 4-6 months ARO.

X-LITE COC Benefits

• Hi-Resolution – 640×480, 17μm pixel pitch
• Hi-Sensitive – NEDT ≤32mK (@ f#=1)
• Light weight – < 100gr (Sensor only).
• Start-Up time – < 3 seconds
• Power Consumption – < 1 Watt
• Miniature Sensor Size – only 38X34X41mm

X-LITE COC FEATURES

X-LITE COC is an uncooled miniature thermal sensor, compact in size and low-Weight.

X-LITE COC utilizes an Hi-Resolution and Hi-Sensitive VOx Micro-bolometer detector with 640×480,17μ pixels, generates sharp and clear images which resulted in better DRI (Detection, Recognition & Identification) capabilities, and enables the user to see clearly and farther in total darkness.

X-LITE COC is equipped with Smart Algorithm, e.g. Anti-Blooming, time & spatial de-noise, Temperature Range compression, High detailing (HD) Clatinex™ algorithm for local contrast enhancement, digital zoom, lens’ zoom, focus & shutter control drivers, polarity, and more.

X-LITE COC utilizes HS (High-Sensitive) VOx detector with NETD ≤ 32mk@F#/1, generates unmatched image quality instantly from “Power-On”.

X-LITE COC gives customers such as military personnel, Search & Rescue teams, law enforcement officers, HLS and security teams, the information needed for critical decisions, maximizes operation capabilities, enhances mission effectiveness and improves safety.