A compact, high-speed and lightweight spectrometer / flicker meter suitable for color and intensity measurement of all display types including LCD, LED, OLED and Quantum Dot displays. 

Superior to filter-based colorimeters as it is not affected by filter matching errors, it delivers true spectral-based measurement accuracy required for the higher color saturation and wider color gamut of OLED displays. 

Represents the state-of-the-art in speed and accuracy, with the highest dynamic range in an array-type spectroradiometer available. The system offers 1,000,000:1 contrast measurements for a single measurement aperture and luminance measurements down to 0.0005 cd/m² .  

Combines a 6-axis robot, our state-of-the-art GS-1290 spectroradiometer, and decades of software and integration expertise into an automated display measurement solution.  The system delivers fast and accurate test and characterization information in a tried-and-true integrated platform.

Designed to measure color and luminance at three different angles simultaneously. As part of the Vector line of multi-view angle display spectrometers, the system integrates a flicker sensor and three spectrometers into one module at -60, 0, and 60 degrees for high-speed and accurate concurrent spectral measurements.

Designed to measure color and luminance at four different angles. Color and Luminance measurements are made simultaneously at 0, 30, 45 and 60 degrees. It integrates four spectrometers into one module for high speed and accurate spectral measurements of Displays. 

Six view-angles of display measurement with one click. Displays can be tested simultaneously from the six different view-angles to provide characterization and immediate insight into how they will be viewed in the real-world.

Designed for manufacturers of military displays and other lighted instrumentation used in conjunction with night vision imaging systems (NVIS) that require their products to conform to MIL-STD-3009.

A next-generation family of 2D spectral imaging colorimeters combining the strengths of a CCD image sensor and high-performance spectroradiometer.