![]() ![]() ![]() A device connects to your computer which you place on your screen, and the software runs your display through a series of colours and the device measures the colour. If you’ve never used a hardware calibrator before, the principle is pretty simple. In this first part, I’m just going to look at the calibration hardware and software, and I will get to the colour checker and lens calibration tools in another blog. This all comes in a nice hard case for transportation. The company sent me the full Spyder X Capture Pro package, which consists of the hardware calibrator, a colour checker, and a lens calibration tool. I had recently installed a new operating system on my computer, and I hadn’t gotten around to reinstalling the calibration software, so it was fortuitous timing when Datacolor contacted me and wanted to know if I would be interested in reviewing the Spyder X. This worked reasonably well to calibrate my display, but I fond the software a bit confusing, and it was difficult to get it exactly the way I wanted it. More recently I’ve been using a Colormunki Display from X-rite. Originally I bought the Pantone Huey (when I first started working freelance) but Pantone stopped supporting it, and the software ceased working with newer versions of macOS. I have previously used both Pantone and X-Rite calibration tools. Over the years I’ve used a variety of calibration tools, and I’ve recently been trying out a new calibration system for my computer, the Datacolor Spyder X. It can actually make a huge difference, especially if you’re collaborating with others or having you work printed or so on. Having worked in both the print, photography and video industries for a long time, I’ve always appreciated the importance of having a properly calibrated display. ![]()
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