HI640S Uncooled Infrared Thermal Imaging Module – Ultra-Compact OEM Solution
HI640S Uncooled Infrared Thermal Imaging Module – Ultra-Compact OEM Solution
The HI640S thermal imaging module represents a breakthrough in compact infrared technology, delivering exceptional performance in a remarkably small footprint. Designed specifically for OEM integration, this uncooled infrared detector module measures just 28×28×30mm and weighs only 40 grams, making it the ideal choice for space-constrained applications including UAV thermal imaging cameras, handheld devices, and embedded systems. The module features advanced microbolometer technology with industry-leading thermal sensitivity reaching down to 25mK, ensuring superior thermal contrast and image clarity even in challenging environments. With power consumption under 1.5W and flexible interface options including BT.656, HDMI, and RJ45 connectivity, integration has never been simpler for engineers developing next-generation thermal products. The HI640S supports dual resolution configurations (640×480 17μm or 640×512 12μm) to match your specific application requirements, while adaptive non-uniformity correction maintains consistent image quality across all operating conditions. Built for reliability with an operating temperature range from -40°C to +60°C and military-grade vibration resistance meeting GJB 150 standards, this compact thermal camera module excels across demanding applications including aerial surveillance, industrial inspection, security monitoring, and automotive night vision systems.

Technical Excellence in Every Detail
The HI640S uncooled infrared detector delivers outstanding thermal imaging performance through its advanced microbolometer module design. Its exceptional 25mK NETD thermal sensitivity at f/1.0 enables detection of minute temperature differences, providing crystal-clear infrared thermal imagery for critical applications where detail matters. The module operates across the standard LWIR spectral band of 8-14μm with a smooth 50Hz frame rate for fluid real-time imaging output. Digital Detail Enhancement (DDE) processing further improves image clarity by reducing noise while preserving important thermal features, while the 768×576 display resolution ensures sharp output quality across all viewing conditions. Users benefit from flexible image controls including black hot/white hot/pseudo color polarity modes, 1-8× digital zoom with 0.1× precision steps, and automatic/manual brightness adjustment for optimal visualization in any scene. The integrated micro-shutter technology provides reliable automatic non-uniformity correction, eliminating the need for manual calibration and ensuring consistent performance throughout extended operations. With multiple communication protocols available (RS-232/RS-485/TTL/Peclo-D) and wide power input range (DC +4V to +12V), system integration becomes straightforward regardless of your existing architecture.
Versatile Applications Across Industries
This high sensitivity thermal module transforms across multiple industries with its versatile integration capabilities and robust performance. Security and surveillance systems leverage its 640×512 resolution detector for perimeter protection, border monitoring, and night vision installations where detecting heat signatures at distance is critical. Industrial predictive maintenance programs utilize its exceptional sensitivity to detect overheating in electrical cabinets, mechanical bearings, and rotating equipment before costly failures occur. UAV and drone manufacturers appreciate the lightweight design (under 40g) and flexible video outputs for agricultural surveys, infrastructure inspection, and search and rescue missions where every gram matters. Firefighting professionals rely on its rapid start-up time (under 7 seconds) and rugged construction meeting military vibration standards for tactical firefighting operations in extreme conditions. Building inspectors and field technicians use portable handheld thermal cameras built around this module for comprehensive building diagnostics, energy audits, and equipment servicing. Automotive night vision systems benefit from the detailed thermal perception provided by the high-resolution detector, enhancing driver assistance features with reliable thermal awareness in challenging lighting conditions.
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