MTI104-640 Uncooled Thermal Imaging Core - 杭州麦乐克 | Leading provider of infrared optoelectronic sensing technology and solutions | 红外光学敏感元件 | 红外芯体 | 工业级中高端传感器 | 多维传感解决方案

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MTI104-640 Uncooled Thermal Imaging Core

The MTI104-640 features a 21mm standard mounting footprint and a highly integrated, compact mechanical design, allowing seamless integration into space-constrained devices and opening up more possibilities for system-level design. Typical power consumption is only 530mW with CVBS enabled, and drops to 480mW when disabled—its exceptional power efficiency significantly extends the battery life of portable equipment. The core is built around a high-performance vanadium oxide (VOx) detector paired with proprietary digital filtering and noise reduction algorithms, delivering clear, low-noise imagery even under low-light and low-contrast conditions. It integrates CVBS analog video output, USB digital video transmission, and UART serial communication interfaces, ensuring broad compatibility with various system architectures and simplifying the development and integration process. The MTI104-640 is well-suited for a wide range of applications, including security surveillance, industrial inspection, power line patrol, scientific research and education, and UAV payloads. It enables users to quickly and accurately acquire thermal information from target objects for condition monitoring, fault diagnosis, and target identification.

FEATURES

Features

Ultra-compact form factor
Ultra-low power consumption
Superior image quality
Flexible interface configuration

APPLICATION FIELD

Application field

Security surveillance
industrial inspection and observation
smart wearable devices
light UAV/drone applications

TECHNICAL INDEX

Technical index

Integrated Design, Flexible Adaptability Offering a rich set of interfaces including CVBS, USB, and UART (TTL), with built-in image processing functions such as gain control, digital noise reduction, and crosshair overlay. Specifically engineered for miniaturized, low-power embedded thermal imaging systems.