The Aurora Mini DSQ09 thermal core module offers an exceptional balance of size and performance. Its footprint is only 21 mm × 21 mm, and it weighs under 42 grams. Therefore, it is ideal for handheld and wearable thermal imagers. Secondly, the module draws just 1.2 W of power from a 5 V supply. This enables prolonged operation from compact batteries. In addition, it features an advanced VOx microbolometer detector with 640×512 resolution. The VOx microbolometer provides excellent long-wave infrared sensitivity. Consequently, users can detect subtle temperature differences easily.

• Ultra-compact footprint: 21 mm × 21 mm, weight under 42 g
• Low power consumption: just 1.2 W for extended battery operation
• High-sensitivity VOx microbolometer: 640×512 resolution, NETD ≤50 mK
• Flexible video outputs: MIPI CSI-2, USB 2.0 UVC, analog CVBS
• On-chip image processing: NUC, detail enhancement, noise reduction

The Aurora Mini DSQ09 thermal core module supports multiple video outputs. These include MIPI CSI-2, USB 2.0 UVC, and analog CVBS. This flexibility simplifies integration with various host systems. On-chip image processing performs real-time non-uniformity correction. It also applies digital detail enhancement and noise reduction. As a result, image clarity improves significantly without extra hardware. Moreover, the thermal imaging core includes six color palettes. Users can choose White Hot, Iron Red, Rainbow, and others. These palettes boost situational awareness and target recognition. Additionally, the electronic zoom ranges from 1× to 8×. It moves in 1024 fine steps for precise magnification. Therefore, OEMs can quickly develop and deploy thermal imaging products using this core module.

The DSQ09 uncooled thermal camera uses a VOx microbolometer detector. It operates in the 8–14 μm long-wave infrared band. The frame rate reaches up to 50 Hz. Consequently, it captures fast-moving subjects with minimal motion blur. This makes it suitable for dynamic surveillance and aerial use. Moreover, the module’s NETD is ≤50 mK. This ensures high thermal sensitivity. It detects faint temperature differences in low-contrast scenes. In addition, the thermal core module uses shutter-based non-uniformity correction. This automatically calibrates the sensor. It maintains image uniformity over time and temperature. As a result, thermal output stays consistent despite environmental changes. The electronic zoom ranges from 1× to 8×. It allows operators to magnify areas of interest while preserving image quality. This is thanks to the high native 640×512 resolution.

Furthermore, this uncooled thermal camera is built for harsh conditions. Its operating range is -20 °C to +50 °C. It survives 6.06 g random vibration and 200 g shock. As a thermal imaging core, the DSQ09 ensures reliable operation in demanding environments. Therefore, the uncooled thermal camera is ideal for military, law enforcement, and industrial applications. The standard M1.6 mounting holes and lightweight design ease mechanical integration. Ultimately, the Aurora Mini DSQ09 thermal core module serves as a versatile thermal imaging core for OEM projects.