High Dynamic Range (HDR) Function

16-bit Gradation Exponentially Increases The Level of Observable Color Gradation

Low contrast and transparent objects can now be imaged with high levels of detail.

With traditional 8 bit color resolution, observation of transparent or low-contrast targets was nearly impossible. The High Dynamic Range (HDR) function provides images with rich gradation using an overwhelming amount of information. Moreover, the original algorithm automatically determines image processing suitable for the current image.

Rendering detailed images of areas with low color gradation

High performance graphics engine with 16-bit color resolution

The advanced high performance graphics engine allows you to capture images in 16-bit gradation through RGB data from each pixel, instead of conventional 8-bit data. This enables target profiles to be accurate in a way that is not possible with conventional systems. Furthermore, the obtained images are stored as 16-bit data, allowing you to more acutely observe images as needed.

Rendering accurate images of a target with glare

High Dynamic Range (HDR) Function

The camera captures multiple color images at different brightnesses while changing the shutter speed, and then produces an image with high level gradation data. The range of obtainable brightness widens, resulting in the accurate representation of targets with glare as well as rendering detailed images of areas with low color gradation.

Conventional method Difficulties The range of obtainable brightness is narrow, resulting in the glaring of areas beyond the range. Subtle contrast cannot be rendered because of coarse resolutions.

HDR function Solutions The range of obtainable brightness is wide, diminishing the perceived glare. Subtle contrast can be rendered because of detailed gradation.