Shutterless Imaging
640 x 480
12 µm pixel pitch
Microbolometer Technology
Features
- High Image Quality with Embedded Correction and Shutterless Function
- SWAP
- Accelerate your System Devlopment
Sensor Performance: NETD
<40mK
Frame Rate
60 Hz Full Frame
Packaging
24.6 x 24.6mm
Time to First Image
1 Second
Description
The ATI640™ (Advanced Thermal Imager) is a plug-and-play module that streamlines camera development for diverse applications such as outdoor leisure, surveillance, and UAVs.
The ATI640 incorporates a proven, high performance LYNRED thermal sensor combined with advanced image algorithms, ensuring the delivery of high-quality, corrected, and focused thermal images.
Experience seamless integration with the ATI640, arriving fully calibrated from the factory. Its advanced shutterless technology ensures uninterrupted imaging, eliminating freezing moments, and offering unrivaled experience.
Let Us Help You With Your Project
Let Us Help You With Your Project
Related Applications
Surveillance & Security
The ability to observe and detect intrusions to key infrastructure locations in low light or dark conditions is what LYNRED USA's infrared and night vision products do best.
Outdoor personal
Identifying a target's thermal print with clarity and depth is what LYNRED USA's infrared camera cores and detectors do best. Selected by OEMs for integration into devices used for wildlife identification.
Ground / Land
Infrared technology is vital to the support of ground forces and can take many forms. Embedded systems with advanced wavelength-specific SWaP designed detector solutions provide the high sensitivity imaging used for threat detection in military land.
Surveillance
The ability to observe and detect threats or intrusions in low light or dark conditions is what LYNRED USA's infrared products do best.
Law enforcement
Conditions indiscernible to the human eye pose a high risk to law enforcement officials. LYNRED USA offers a choice of night vision image intensifiers and infrared camera cores and detectors that will image a thermal signature quickly and effectively.
