MicroCube thermal camera

 Ultra-compact thermal camera: MicroCube, the smallest ITAR-free VGA uncooled LWIR camera core.  With remarkably small size and low consumption, it definitely sets a new standard in European offering of 12 µm pixel thermal cameras for SWaP optimized applications.

Long Wave Infrared

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VGA 12 pixel pitch thermal core
Very compact design
Shutterless
Ultra efficient power consumption

MicroCube thermal camera

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Description

MicroCube is the latest generation of 12 μm thermal cores, engineered in a compact SWaP design with standard interfaces for seamless integration. European-made and measuring just 22×22 mm, it combines ultra-low weight and power consumption with high performance, delivering NETD < 40 mK sensitivity. This makes it an exceptional choice for UAVs, UGVs, robotic platforms, handheld devices, and any battery-powered system where space, efficiency, and reliability are critical

NEW: MicroCube XP Series – Ultra-SwaP Thermal Core with Extreme Sensitivity. The MicroCube XP delivers unmatched performance in a compact, ultra-SWaP design optimized for defense, drone, and embedded applications. Featuring NETD <20 mK with denoising for superior thermal sensitivity, shutterless operation with <0.7 s startup for rapid deployment, and contour enhancement technology for exceptional contrast, DRI, and target visibility. A built-in contour sharpness score enables precise autofocus management, while versatile interfaces ensure seamless integration into advanced platforms.

Technical information

 

 

Camera Specifications

 

MicroCube XP 640

 

MicroCube 640

Pixel pitch12 µm12 µm
Image format640 x 480 pixels640 x 480 pixels
Spectral range8 – 14 μm8 – 14 μm
Max frame rate60 Hz60 Hz
Operating temperature range-40°C to +70°C-40°C to +70°C
Power consumption < 1.2 W< 1.2 W
Qualification

MIL-STD-810G – Method 514 Vibration: 

10Hz - 2kHz 13.95g per axis 10h per axis

Industrial (Standard grade)
Max NETD (F/1; 300K ;30 Hz)< 20 mK with denoising< 50 mK or < 40 mK
Output optionsMIPI-CSI, DF40, UVCMIPI-CSI, DF40, UVC

Documentation