Infrared Thermal Modules

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Infrared Thermal Modules Series Overview

The Infrared Thermal Modules series is engineered to define the next generation of thermal imaging performance, meticulously balancing 12μm and 8μm pixel pitch resolutions with extreme SWaP-C efficiency. From our ultra-miniature <4g NLIR640T core to our high-resolution 1280×1024 imaging solutions, every single uncooled infrared thermal module incorporates proprietary second-generation IR ISP chips and shutterless NUC algorithms. These highly specialized Infrared Thermal Modules are specifically optimized for rapid hardware integration into UAV gimbal systems, industrial inspection robots, and portable night vision devices, providing seamless digital compatibility with MIPI, USB3.0, and GigE AI processing platforms.

Resolution Matrix Spectrum: Scales seamlessly from 256×192 entry-level arrays up to 1280×1024 high-definition technical tracking grids.
Advanced Detector Geometry: Integrates premium 12μm and 8μm VOx WLP wafer-level package architectures to minimize spatial footprints.
Shutterless NUC Algorithms: Implements real-time shutterless non-uniformity correction standards to guarantee continuous thermal visibility.
Multi-Protocol Bus Interfaces: Yields flexible system deployment pathways supporting native MIPI, USB3.0, and GigE digital stream outputs.

Infrared Thermal Modules Technical Performance Matrix

Model	Resolution	NETD	Temp. Measurement	Weight	Power
NLIR1280L Thermal Camera Core	1280×1024	≤50mK	Optional Version	24.5g	~1.1W
NLIR1280ES Thermal Module	1280×1024	≤35mK	Supported	170±10g	≤5.0W
NLIR640T Miniature Core	640×512	≤40mK	Not specified	<4g	≤0.4W
NLIR640 Camera Module	640×512	≤40mK	Not specified	<8.6g	<0.7W
NLIR384 SWaP Core	384×288	≤40mK	Not specified	<7g	<0.42W
NLIR256 Infrared Module	256×192	≤40mK	Not specified	<7g	<0.35W

Engineering Integration Guidance Note: Review our comprehensive Infrared Thermal Modules matrix to cross-reference sensor dimensions, select custom lens orientations, or download full hardware API communication protocols directly from our technical architecture desk.