Manufacturer Part Number: METK10-A
The Klein K10-A has long been regarded as the industry standard in display calibration. Its enhanced optics give it a 3X advantage in sensitivity over the original K-10 SF. The K10-A can measure from any distance, making it perfect for calibration of any diplay type, even projectors. The unparalleled speed and iconic design of this colorimeter have made it the most widely known Klein product.
Data Captured in MillisecondsUltra fast measurements make this colorimeter the perfect choice for quality control and production line purposes. The K10-A can stream Intensity data in 3.2 milliseconds, and can provide color data in 125 milliseconds. The Klein K10-A is also extremely sensitive and color accurate. Large photodiodes give the probe superior performance even in extremely low light (down to 0.00006 cd/m2). Klein diodes are very large; 5mm x 5mm each, and are thermally stable and linear to report the highest degree of accuracy.
Winning DesignLike all Klein colorimeters, the K10-A is ruggedly constructed with machined aluminum and high impact plastic. It is equipped with LED aiming lights can be easy turned on and off by rotating the aluminum knob. The K10-As auto ranging is solid state, and the housing is impact resistant to hold up to the 24 hours a day, 7 days a week usage that the display manufacturers require. The K10-As compact size and light weight make transportation convenient. It is also fitted with a universal tripod mount for easy positioning and integration into workflows.
Exceptionally Accurate FiltersFor maximum accuracy, not only is the f1 of Y critical, but the accuracy of X and Z as well. To the left is the actual graph of the Klein filters vs. the CIE graph. Each diode has a specially layered filter pack designed for maximum color accuracy. Klein colorimeters are also rigorously tested to ensure that each device is thermally stable with an operating temperature range of 15-35 C.
VersatilityThe Klein K10-A provides industry standard colorimetetry analysis, as well as the capability to measure flicker. The probe can measure color and flicker on OLEDs, LED backlit displays, CRTs, plasmas, projectors, and more. The Klein K10-A can also measure and log flashes from various direct light sources. The K10-A also features aiming lights to outline the measurement area of the probe. This reduces the time it takes to set up your colorimeter in the field.
Klein ChromasurfKlein Chromasurf is the free companion software for the K10-A. Its streamlined, user-friendly interface is perfect for color calibration and flicker analysis. Also available is the Klein SDK, which allows users to develop customized solutions for measuring with a Klein colorimeter.
Cross platform: Chromasurf is compatible with Windows, Mac, and Linux operating systems, giving you flexibility in your working environment.
Streamlined and Intuitive: Chromasurf features a simple, straightforward interface, with easy access to all the powerful features needed in calibration.
Data Display: Chromasurf gives the user control over how data is visualized. The graph or chart can be changed to a number of different configurations. Displayed units can also be manipulated for added versatility.
Real-time Flicker Analysis: The softwares flicker panel gives immediate access to information as its gathered. Flicker can be displayed in multiple formats to suit multiple applications.
Visual calibration: Chromasurf provides real-time visual information regarding, whitepoint, RGB primaries, gammut, and more.
FlickerThe Klein K10-A also functions as an FFT (Fast Fourier Transform) flicker meter. The probe measures and integrates Y data in the head, streams in real-time to the PC, and then the FFT is performed. The Klein K10-A can measure regular flicker between 1-150Hz. Multiple methods for displaying flicker data including JJEITA, VESA, Percent Flicker, and Contrast methods are selectable in the software. The Klein K10-A can be used to analyze any luminance source, inlcuding the common refresh-rate flicker in monitors, and random flashes caused by the transmission of current variations through solid state devices (LEDs). All flicker information can be logged and reported with Klein Chromasurf.