What is the main innovation of the newly developed infrared sensor?

The newly developed infrared sensor is the world's first high-definition dual-wavelength T2SL infrared sensor with over 1 million pixels, offering high sensitivity and high definition.

What are the key capabilities of this new infrared sensor?

This sensor can detect two wavelengths, mid-infrared and far-infrared, with high sensitivity to capture temperature differences of 0.05℃ or less, enabling high-precision surveillance day and night.

In which fields is this advanced infrared sensor expected to expand surveillance capabilities?

The sensor is designed to expand surveillance capabilities in the defense and disaster prevention fields.

What specific applications are mentioned for this dual-wavelength infrared sensor?

It can be used to detect early signs of activity from people or objects, people stranded during disasters, initial forest fires, and the progression of tsunamis.

When is the planned deployment and sale of products based on this sensor technology?

Products based on the manufacturing technology of this sensor are planned to be deployed and widely sold for surveillance and observation cameras starting from fiscal year 2026.

AI News NQ Analysis

Developed High-Sensitivity, High-Definition Dual-Wavelength Infrared Sensor to Expand Surveillance Capabilities in Defense and Disaster Prevention Fields

NQ Score 56/100

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Frequently Asked Questions

Q: What is the main innovation of the newly developed infrared sensor?: A: The newly developed infrared sensor is the world's first high-definition dual-wavelength T2SL infrared sensor with over 1 million pixels, offering high sensitivity and high definition.
Q: What are the key capabilities of this new infrared sensor?: A: This sensor can detect two wavelengths, mid-infrared and far-infrared, with high sensitivity to capture temperature differences of 0.05℃ or less, enabling high-precision surveillance day and night.
Q: In which fields is this advanced infrared sensor expected to expand surveillance capabilities?: A: The sensor is designed to expand surveillance capabilities in the defense and disaster prevention fields.
Q: What specific applications are mentioned for this dual-wavelength infrared sensor?: A: It can be used to detect early signs of activity from people or objects, people stranded during disasters, initial forest fires, and the progression of tsunamis.
Q: When is the planned deployment and sale of products based on this sensor technology?: A: Products based on the manufacturing technology of this sensor are planned to be deployed and widely sold for surveillance and observation cameras starting from fiscal year 2026.