Uncooled Camera Core 640×512 High-Resolution USB Interface for Drone Thermal Applications

Description

Key Features and Specifications

Parameter                                            Specification                                                                        Resolution 640×512 Spectral Range 8–14 μm Detector Type VOx (Vanadium Oxide Microbolometer) Pixel Pitch 12 μm NETD (Noise Equivalent) ≤40 mK Lens 9.1 mm Frame Rate ≤50 Hz Brightness/Contrast Auto / Manual Polarity White Hot / Black Hot Color Palettes Iron, Iron Invert, Rainbow, Feather E-Zoom ×1, ×2, ×4 Image Processing NUC, Digital Filter Noise Reduction, Digital Detail Enhancement Image Mirror Left/Right, Up/Down Power Protection Overcurrent, Overvoltage, Reverse Input Power Input DC 5–12 V Power Consumption ≤1 W Video Output USB (UVC) Communication Port RS232 Operating Temperature -20℃ to +60℃ Storage Temperature -45℃ to +85℃ Humidity Resistance 5–95%, non-condensing Vibration Resistance 6.06 g, all axes, random vibration Shock Resistance 40 g, 4 ms, rear peak sawtooth wave, 3 axes × 6 directions Dimensions 26 × 26 × 21.1 mm (without lens and connectors) Weight ≤23 g (without lens and connectors)

Key Features and Advantages

High-Resolution Imaging

The 640×512 thermal resolution ensures precise target identification, supporting drone operators in recognizing subtle heat variations across wide areas. The 12 μm pixel pitch combined with a NETD ≤40 mK delivers excellent image clarity, even under challenging low-contrast conditions.

Compact and Lightweight Design

With dimensions of only 26 × 26 × 21.1 mm and a weight below 23 g, this camera core is engineered for seamless drone integration. Its compact form factor minimizes payload burden, extending drone endurance and operational flexibility.

Reliable USB Interface

Equipped with a standard USB (UVC) video output, the camera supports plug-and-play operation and simplifies system integration. RS232 communication further enhances adaptability in advanced control setups.

Enhanced Image Processing

The module integrates advanced algorithms, including non-uniformity correction (NUC), digital noise reduction, and digital detail enhancement. Combined with multiple color palettes and polarity modes, users can tailor the output for diverse mission profiles.

Rugged Performance in Demanding Environments

Tested for vibration, shock resistance, and wide operating temperature ranges, the camera core demonstrates exceptional resilience. With low power consumption (≤1 W) and built-in power protection, it ensures stable operation under diverse aerial conditions.

 

Application Domains

Aerial Surveillance and Security

Thermal imaging enables drones to detect hidden targets, monitor perimeters, and provide day-and-night surveillance with high reliability.

Industrial Inspection

The core facilitates thermal monitoring of power lines, solar panels, and large-scale equipment, identifying anomalies before failures occur.

Search and Rescue Missions

In rescue operations, the thermal sensor helps locate individuals in low-visibility conditions, supporting emergency teams with critical information.

 

Leak Detection

Electricity Detection

Underfloor Heating

 

Features:

High stable sensitivity,clear and imaging

High frame rate, smooth video stream

Highly integrated and convenient for secondary development

Smaller lighter and lower power consumption

 

DRAWING

SPECIFICATIONS

Interface Pin Function

Conclusion

The uncooled 640×512 USB thermal camera core stands out as a versatile and resilient imaging solution for drones. Its combination of high sensitivity, efficient power consumption, lightweight build, and advanced processing ensures it meets the demanding needs of modern aerial applications, from industrial inspection to public safety.