Sony Semiconductor Solutions Corporation Releases Cutting-Edge SWIR Image Sensors for Industrial Applications

Sony Semiconductor Solutions Corporation is revolutionizing the industrial equipment domain with the launch of their latest SWIR image sensors. These sensors have the unique capability of seamlessly capturing a wide spectrum of light, ranging from visible to invisible short-wavelength infrared (SWIR) regions, using a single camera. The newly developed sensors boast a pixel size of 3.45 μm, the smallest among SWIR image sensors, and offer high-definition imaging with enhanced sensitivity in low-light environments.

By miniaturizing the pixels, Sony Semiconductor Solutions Corporation has achieved higher resolution imaging. The compact form factor of the sensors allows for the industry’s highest pixel count, approximately 5.32 effective megapixels for the IMX992 model, and approximately 3.21 effective megapixels for the IMX993 model. This increased pixel count facilitates the detection of smaller objects and improves measurement precision, making these sensors ideal for various inspection processes.

One of the key features of the new sensors is their ability to produce low-noise images even in dark locations. With the introduction of new shooting modes, such as High Conversion Gain (HCG) for dark environments and Low Conversion Gain (LCG) for bright environments, the sensors deliver optimized image quality based on the lighting conditions. Additionally, the Dual Read Rolling Shutter (DRRS) mode significantly reduces noise by capturing images in two distinct types and compositing them to produce a final image.

With an optimized pixel structure, Sony Semiconductor Solutions Corporation’s SWIR image sensors offer high sensitivity across a wide wavelength band (0.4 to 1.7 μm). This improvement in quantum efficiency enables uniform detection and measurement in various industrial applications. The use of short-wavelength infrared light enhances inspection, recognition, and measurement processes, leading to improved industrial productivity.

These groundbreaking SWIR image sensors from Sony Semiconductor Solutions Corporation are set to revolutionize the industrial equipment landscape. With their high resolution, low-noise imaging capabilities, and optimized pixel structure, these sensors empower industries to achieve higher productivity and ensure the quality of their products.

FAQ:

Q: What is the unique capability of Sony’s SWIR image sensors?
A: Sony’s SWIR image sensors can capture a wide spectrum of light, ranging from visible to invisible short-wavelength infrared (SWIR) regions, using a single camera.

Q: What is the pixel size of these sensors?
A: The pixel size of Sony’s SWIR image sensors is 3.45 μm, which is the smallest among SWIR image sensors.

Q: What is the pixel count of these sensors?
A: The IMX992 model of Sony’s SWIR image sensors has approximately 5.32 effective megapixels, while the IMX993 model has approximately 3.21 effective megapixels.

Q: What is the benefit of the increased pixel count?
A: The increased pixel count allows for the detection of smaller objects and improves measurement precision, making these sensors ideal for various inspection processes.

Q: How do the sensors produce low-noise images?
A: The sensors have new shooting modes, such as High Conversion Gain (HCG) for dark environments and Low Conversion Gain (LCG) for bright environments, which optimize image quality based on the lighting conditions. Additionally, the Dual Read Rolling Shutter (DRRS) mode significantly reduces noise by capturing images in two distinct types and compositing them to produce a final image.

Q: What is the wavelength band that these sensors can detect?
A: Sony’s SWIR image sensors offer high sensitivity across a wide wavelength band of 0.4 to 1.7 μm.

Definitions:

– SWIR: Short-Wavelength Infrared. Refers to a region of the infrared spectrum that is between the visible light and mid-wavelength infrared regions. SWIR light is generally not visible to the human eye.
– Pixel: The smallest unit of an image. In this context, it refers to the individual light-sensitive elements on the image sensor.
– Quantum efficiency: The measure of how efficiently a device, such as an image sensor, converts incoming photons into usable signal.

Suggested links:

– Sony Semiconductor Solutions Corporation
– SWIR Vision Solutions by Sony Semiconductor
– Sony Semiconductor Solutions Corporation News

Sony Semiconductor Solutions Corporation Releases Cutting-Edge SWIR Image Sensors for Industrial Applications

Sony Semiconductor Solutions Corporation Releases Cutting-Edge SWIR Image Sensors for Industrial Applications

Sony Semiconductor Solutions Corporation Releases Cutting-Edge SWIR Image Sensors for Industrial Applications

Sony Semiconductor Solutions Corporation Releases Cutting-Edge SWIR Image Sensors for Industrial Applications

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