camSPECS

The XL version uses the same new high-quality interference filters introduced in V2, but the filters now have twice the diameter. This larger version is better suited for measuring cameras with wide-angle lenses, such as those used in automotive camera systems.

camSPECS Plate (TE292)

The plate is designed based on the front plate of the camSPECS device, with all interference filters mounted on a single “test chart” to quickly measure spectral sensitivities from a single image. Unlike the full camSPECS device, the camSPECS plate is a standalone product designed primarily for use with the LE7, a uniform iQ-LED illumination device.*

There are two versions of TE292: the standard version and the XL variant, known as TE292A and TE292 B, respectively. Both are designed to match the front plates of their respective camSPECS devices and include the camSPECS software. An external calibration device is available upon request if no LE7 is ordered simultaneously.

TE292B VIS-IR

This version of the camSPECS plate covers an extended wavelength range from 380 nm to 1050 nm in 10 nm steps and includes 68 filters.

The evaluation software makes measuring fast and convenient. It calculates spectral sensitivity from images and filter calibration data, providing a direct measurement (similar to a monochromator). The software reads image files such as TIFF or common raw files* and can perform a dark frame subtraction if needed. Non-Bayer pattern sensors (e.g., RGB-IR or RGBC) can also be evaluated. In this case, all four channels are measured independently.

The primary application of spectral sensitivities is to calculate color correction matrices (CCMs) using the CIECAM16 model and to export ICC and Adobe ACR profiles with 2D- and 3D-MLUT rendering. An additional feature assesses the measurement setup by comparing real camera data with predicted RGB values.

For calculating individual CCMs, the spectral radiance of natural objects from the in situ database may be used.

Software Features:

• Spectral sensitivity measurement

• Generation of color transforms, including 3x3 matrices and others (RGB to XYZ), with different algorithms supporting popular profile types

• Creation of ICC profiles

• Support for 2D- and 3D-MLUT color transforms

• CIECAM16 implementation for building color transforms

• A test procedure for evaluating color transforms with different training data

• RAW file* processing / dark frame subtraction

• Validation by comparing the camera and predicted RGB values

• Visual evaluation of ICC profiles with real images

• Calibration with an included calibration device

• Export of all results to XML or plain text files