LWIR Uncooled VOx Infrared Camera Core Module 384*288 640*512 Resolution YT-4885

YT-4885:Infrared Camera Core Module Empower your system with professional-grade thermal vision

High Sensitivity & Clear Imaging

NETD ≤40mK ensures precise thermal detection with excellent detail and depth perception, allowing the system to distinguish even the slightest temperature differences. This high sensitivity enhances image contrast and enables accurate identification of thermal anomalies, making it especially valuable in low-contrast scenes, long-range detection, and critical applications such as electrical inspection, security surveillance, and predictive maintenance.

Flexible Integration

The ultra-compact design (26×26×21.1mm) makes this thermal camera core easy to embed into space-constrained systems, such as drones, handheld devices, and automotive platforms. It features multiple video output interfaces—including CVBS, USB-UVC, and BT.656—ensuring broad compatibility with various display and processing systems. In addition, the RS232 communication port allows seamless integration with control systems and custom software, making it highly suitable for OEM integration, secondary development, and rapid prototyping in a wide range of industrial and commercial applications.

Low Power Consumption

Operating on a wide DC input range of 5–12V with ultra-low power consumption ≤1W, this thermal camera core is highly energy-efficient and well-suited for embedded systems and battery-powered devices. Its low power profile enables continuous operation in mobile platforms such as drones, wearable instruments, handheld thermal devices, and automotive systems, where energy efficiency, thermal stability, and compact integration are critical. This makes it an ideal solution for developers seeking to balance performance with power constraints.

Wide Temperature Measurement Range

The infrared camera core supports dual temperature measurement ranges of -20℃ to 150℃ and 140℃ to 600℃, with a high accuracy of ±2℃ or ±2% of the reading. This wide measurement span allows it to adapt to both low-temperature and high-temperature environments, making it suitable for diverse applications such as electrical cabinet monitoring, industrial equipment diagnostics, HVAC inspection, and fire detection. The high precision ensures reliable thermal readings for both safety-critical and process-optimization scenarios, enabling users to detect anomalies and temperature variations with confidence.

Multiple Lens Options

The infrared camera core module comes equipped with a standard 25mm lens, offering a balanced field of view suitable for general-purpose thermal imaging. For greater flexibility across diverse application needs, it also supports a wide range of optional lenses—from 6mm for wide-angle, short-range monitoring to 75mm for narrow-angle, long-range detection. This modular lens compatibility enables precise adaptation to different usage scenarios such as perimeter security, industrial inspection, UAV payloads, and automotive night vision, giving developers the freedom to optimize imaging performance based on specific operational requirements.

Advanced Image Processing

The module is equipped with advanced image processing features to ensure optimal thermal imaging performance across varying environments. These include Non-Uniformity Correction (NUC) for consistent image quality, digital noise filtering to suppress thermal artifacts, and detail enhancement algorithms that improve edge clarity and contrast. Users can choose from multiple color palettes—such as Iron, Rainbow, and Feather—to visualize thermal data in the most effective way for their application. It also supports polarity modes like White Hot and Black Hot, allowing users to adjust thermal contrast for better target identification. Additionally, the 1x/2x/4x electronic zoom enables flexible image scaling without physical lens adjustment, making it ideal for both wide-area monitoring and localized thermal analysis.

Robust & Reliable

Built for durability, the thermal camera core is engineered to withstand harsh operating conditions. It endures vibration levels up to 6.06g across all axes and shock impacts up to 80g with a 4ms peak sawtooth wave, ensuring stable performance in high-motion environments such as drones, vehicles, and industrial machinery. The module operates reliably in ambient temperatures ranging from -20℃ to +60℃ and can tolerate humidity levels up to 95% (non-condensing), making it well-suited for both indoor and outdoor deployments in challenging climates. Whether exposed to vibrations, mechanical shocks, or fluctuating environmental conditions, this core delivers consistent imaging performance and long-term reliability.