Spectrophotometers and colorimeters are able to measure light colors. They can be used equally well when combined with the EIZO ColorNavigator monitor calibration software. Spectrophotometers can also measure body colors. Further software from the measurement device manufacturer is necessary, however, to calibrate scanners, printers, and other output devices.
Below is a listing of graphics boards that support EIZO 4K monitors.
At resolutions greater than 1920 x 1200, you need a DualLink signal and cable, as the bandwidth is higher than 165 MHz.
During the calibration by the user, the desired white point and gamma curve are transferred to the gray scale through a combination of measurements and calculations. This process is typical at EIZO as it saves time and is more precise than the measurements of several tone values with conventional manual measuring devices, which are prone to errors. The accuracy of the factory calibration with sensitive laboratory measuring equipment serves as a secure foundation in this regard.
EIZO has developed the RadiCS software specifically for quality assurance for image display devices in the RadiForce range. It offers extensive tests and automatic alignment to guarantee constant and consistent image reproduction on all RadiForce LCD monitors, but also supports screens from other manufacturers. The software automatically executes test images and helps to perform measurements and assessments in accordance with the guidelines in a cost-effective and time-effective manner. For example, measurement results are automatically transferred to the documentation and archived and can be centrally managed using the optional RadiNET Pro software. A calendar with a reminder function ensures timely checks are performed. A suitable measurement device is required to measure the luminance, including veiling luminance. Measured values from various luminance meters are automatically read by RadiCS.
International standard for an RGB color space. A color space has been defined, which most devices can comply with, to enable color matching between various applications and devices, such as monitors, scanners, and digital cameras. sRGB images, which are detected or issued on "sRBG devices" are limited to the full sRBG color range and no colors outside the sRBG color space. Color allocation, white point, and gamma are permanently defined.
EIZO monitors generally have two or more signal inputs. You can easily switch between two or more computers by pressing a button on the front of the monitor. For devices with KVM switch functionality, the USB hub also switches to the respective computer at the same time.
Most Web browsers do not support color management. This means that the browsers ignore images’ color profiles. As a result, sRGB images, for example, are displayed in the monitor’s entire gamut (wide gamut). This is why the images are displayed in an oversaturated way. This also applies for image viewing software that doesn’t support color management.
The sRGB mode that is included on all EIZO monitors offsets the monitor colors in the sRGB gamut. This allows the EIZO monitor to correctly display the sRGB images in the browser/viewer by getting the monitor to correct what the browser or image viewing software ignores.
Where saving energy counts, the EcoView Sense function really comes into its own. It automatically turns the screen on or off, depending on whether the user is sitting/standing in front of the screen at that time. EcoView Sense will notice that the user has returned even before the mouse is moved or the keyboard is touched. The screen is therefore always ready for use immediately and does not waste any energy when the user is not in front of it.
An integrated calibration sensor governs the maximum color accuracy. It positions itself automatically for calibration and then conceals itself in the safety of the casing until the next measurement is taken. Each monitor is exactly coordinated using its sensor. For example, the measurement location is correlated with the middle of the image at the upper edge of the image so that the sensor takes measurements as if it were in the middle of the image. This integrated solution rules out the variability, which may arise when using external measuring devices. Even the influences of ambient light are determined when initiating the sensor and considered during calibration.