CA-410

Improved performance when measuring OLED displays

The greater intensity and wider colour gamut of OLED devices has created a need for the next level in measurement performance. The CA-410 has been developed to meet the exacting requirements of companies developing, manufacturing, calibrating, and repairing next generation display technology.

Greatly increased luminance range for HDR High-Dynamic-Range display measurement

The CA-410 features a wide measurement range from extremely low to high luminance. The increased measurement range enables greatly increased accuracy when characterizing smartphones, tablets, televisions and other HDR displays with improved contrast ratio and colour reproduction.

Specialised probes to meet the needs of a diverse market

High sensitivity, normal, extended working distance, small spot and space saving mini probes ensure that whatever your needs, Konica Minolta Sensing can help you to configure the right measurement solution. Everything from the highest specification professionally calibrated monitors to micro-OLEDs in next-gen smartwatches or curved automobile displays with view angle requirements can be accurately and reliably measured and adjusted to give the best end-user experience.

Wider measurement application support

Working together with long-standing CA-series customers, the CA-410 was developed to deliver higher reliability for a wider range of measurement targets and applications; when measuring gamma, for example, the CA-410 provides reduced between-range errors, shorter range switching time, and support for low-frequency-drive displays.

Optional direct PC connection

The CA-410 includes PC software to directly connect a probe via USB (Serial connection is still available).

Accuracy guaranteed from ultra-low to high brightness

The CA-410 features an accuracy-guaranteed brightness range 25x wider than its predecessor (compared to the CA-310 when using Normal Probe CA-P427, measurement range from 0.001 to 5,000 cd/m²). The chromaticity and gamma characteristics of HDR displays can be accurately measured and adjusted across a wide brightness range from ultra-low to high.

Improved chromaticity measurement accuracy

Enhanced XYZ filters increase the spectral sensitivity of the CA-410 bringing it even closer than its predecessor to the colour-matching functions defined by CIE in 1931. The CA-410 is calibrated to a reference that replicates the optical spectrum of current display technology, further improving the accuracy of chromaticity measurements. As a result, modern displays with a wider colour gamut can more accurately be adjusted for colour and white balance.

Konica Minolta also offers CA-P427C and CA-P410C probes with colour matching functions according to CIE170-2:2015 which offer further improvements in accuracy for wide colour gamut displays.

 Highest reliability and performance in production environments benefitting from compatibility with predecessor model CA-310

Working together with long-standing CA-series customers the CA-410 delivers improved reliability for a wider range of measurement targets and applications.

The CA-410 is optimized for integration; probes can be connected directly to a computer for a more compact installation. Measurement sensors feature a motorized zero-point calibration shutter for automatic remote support.

The CA-410 maintains compatibility with its predecessor, the CA-310. The same basic commands are used in the new software development kit and the new probes use the same threads as the previous generation to fit any existing jig or integration, making the process of upgrading as seamless as possible.

Accurate characterization of the flicker characteristics of modern display technology

The CA-410 is capable of measuring both JEITA and contrast flicker. A new addition to the CA-410 is that it has an expanded frequency measurement range and adjustable frequency response.