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Depth error at a distance of 4 m is less than 2%
Suitable for collision avoidance, 3D scanning, volume measurement, etc.
On the 18th, Intel announced the 'Intel® RealSense™ Depth Camera D455'.

The D455 boasts a maximum shooting distance of 20m, twice that of its predecessor, the D435i/D435. The distance between the two depth sensors is 95mm, resulting in a depth error of less than 2% at a distance of 4m.
Additionally, the depth sensor and RGB sensor with global shutter are positioned at the same height and have the same 86-degree field of view, allowing for a better understanding of the correlation between depth and RGB colors than previous generations. The inertial measurement unit (IMU) is also installed, enabling fine depth recognition even when the camera moves.
Ideal for collision avoidance, 3D scanning, digital signage, and volumetric applications, the D455 is available for pre-order now and will begin shipping on August 10.
Suitable for collision avoidance, 3D scanning, volume measurement, etc.
On the 18th, Intel announced the 'Intel® RealSense™ Depth Camera D455'.
▲ RealSense Depth Camera D455 [Photo = Intel]
The D455 boasts a maximum shooting distance of 20m, twice that of its predecessor, the D435i/D435. The distance between the two depth sensors is 95mm, resulting in a depth error of less than 2% at a distance of 4m.
Additionally, the depth sensor and RGB sensor with global shutter are positioned at the same height and have the same 86-degree field of view, allowing for a better understanding of the correlation between depth and RGB colors than previous generations. The inertial measurement unit (IMU) is also installed, enabling fine depth recognition even when the camera moves.
Ideal for collision avoidance, 3D scanning, digital signage, and volumetric applications, the D455 is available for pre-order now and will begin shipping on August 10.
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