SONY IMX993AABJ

In IMX990, SenSWIR technology has enabled Sony to overcome challenges in pixel miniaturization to offer sensors that are compact, high-resolution, and capable of imaging from the visible spectrum to SWIR wavelengths. IMX990 is a global shutter sensor with a digital output allowing for many features and functionality in industrial camera appplications.

In IMX990, SenSWIR technology has enabled Sony to overcome challenges in pixel miniaturization to offer sensors that are compact, high-resolution, and capable of imaging from the visible spectrum to SWIR wavelengths. IMX990 is a global shutter sensor with a digital output allowing for many features and functionality in industrial camera appplications.

SONY IMX991AABA is a diagonal 4.1mm (type 1/4) InGaAs image sensor with a square pixel array and 0.33M effective pixels.It achieves high sensitivity, high resolution, low dark current and low power consumption in the visible spectrum and in the SWIR wavelengths (from 0.4µm to 1.7µm). It also equipped with a built-in thermoelectric cooler.

SONY IMX991AABJ is a diagonal 4.1mm (type 1/4) InGaAs image sensor with a square pixel array and 0.33M effective pixels.It achieves high sensitivity, high resolution, low dark current and low power consumption in the visible spectrum and in the SWIR wavelengths (from 0.4µm to 1.7µm).

SONY IMX992 has 5.32 M pixels, making it the highest-resolution SWIR image sensor in the industry. To achieve this, Sony has used its original SenSWIR technology to develop a new small pixel size of 3.45 μm. The 5-megapixel-class resolution and cell-sized 3.45-μm pixel specifications are widely used in C-mount-sized general global shutter image sensors, this is the first industrial SWIR image sensor to achieve equivalent specifications. Through high-resolution photography, this sensor offers vivid imaging even of tiny subjects, greatly improving precision in inspection and measurement applications that use SWIR-range light. It can also expand the imaging area while maintaining the same resolution, which is expected to improve efficiency through one-time large-scale imaging.

SONY IMX992 has 5.32 M pixels, making it the highest-resolution SWIR image sensor in the industry. To achieve this, Sony has used its original SenSWIR technology to develop a new small pixel size of 3.45 μm. The 5-megapixel-class resolution and cell-sized 3.45-μm pixel specifications are widely used in C-mount-sized general global shutter image sensors, this is the first industrial SWIR image sensor to achieve equivalent specifications. Through high-resolution photography, this sensor offers vivid imaging even of tiny subjects, greatly improving precision in inspection and measurement applications that use SWIR-range light. It can also expand the imaging area while maintaining the same resolution, which is expected to improve efficiency through one-time large-scale imaging.

SONY IMX993 has 3.21 megapixels respectively, making it the highest-resolution SWIR image sensor in the industry.*1 To achieve this, Sony has used its original SenSWIR technology to develop a new small pixel size of 3.45 μm. The 5-megapixel-class resolution and cell-sized 3.45-μm pixel specifications are widely used in C-mount-sized general global shutter image sensors, this is the first industrial SWIR image sensor to achieve equivalent specifications. Through high-resolution photography, this sensor offers vivid imaging even of tiny subjects, greatly improving precision in inspection and measurement applications that use SWIR-range light. It can also expand the imaging area while maintaining the same resolution, which is expected to improve efficiency through one-time large-scale imaging.