My experience with Pantone digital tools always was a bit ambivalent. It was nice to get the right Pantone color books in Adobe applications. However, to work with the software was a challenge. I found the Color Manager a bit slow and somewhat buggy. It ended when I decided to drop it. Diplomatically speaking, there were many opportunities for improvement.
In my own tests, the SpyderX produced color profiles that were virtually indistinguishable from the X-Rite products, either using their respective bundled software or the free DisplayCAL software, which supports most devices on the market and offers more advanced calibration capabilities.
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In terms of longevity, Datacolor historically supports their devices for a longer time and usually delivers more stable software. The X-Rite model has an advantage here, though, for using external software-based matrix corrections to deal with different display backlight technologies, while the SpyderX has those corrections baked in firmware. What this means in practice is that the i1 can be more easily upgraded in the future as new display technologies emerge.
It provides much more advanced and flexible options than the bundled software and can be used in a variety of use cases from the most common calibration targets to complex video 3D LUTs or calibration targets specific for video and color grading. The possibilities are almost endless.
It's also a more complicated and less user friendly software for less technical users, while the Datacolor bundled software uses a step-by-step wizard that hides complex decisions in the name of ease of use.
DisplayCAL is written in Python and uses the 3rd-party packages NumPy, wxPython (GUI[4] toolkit), Certifi, PyGObject or dbus-python for Linux (required for Wayland support with colord), as well as Python extensions for Windows, comtypes and the Python WMI module to provide Windows-specific functionality. Other minor dependencies include faulthandler, psutil, PyChromecast and pyglet (macOS/Windows) or libSDL2 (Linux). It makes extensive use of and depends on functionality provided by ArgyllCMS. The build system to create standalone executables additionally uses py2app on Mac OS X or py2exe on Windows. All of these software packages are by their respective authors.
If your measurement device is a i1 Display 2, i1 Display Pro, ColorMunki Display, DTP94, Spyder2/3/4/5, you'll want to import the colorimeter corrections that are part of the vendor software packages, which can be used to better match the instrument to a particular type of display. Note: The full range of measurement modes for the Spyder4/5 are also only available if they are imported from the Spyder4/5 software.
Normally a delay of 200 msec is allowed between changing a patch color in software, and that change appearing in the displayed color itself. For some instuments (i.e. i1 Display Pro, ColorMunki Display, i1 Pro, ColorMunki Design/Photo/i1Studio, Klein K10-A) ArgyllCMS will automatically measure and set an appropriate update delay during instrument calibration. In rare situations this delay may not be sufficient (ie. some TV's with extensive image processing features turned on), and a larger delay can be set here.
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vDisplay Manager is a desktop software exclusive to select ViewSonic VP series models for quick and easy color control settings. In addition to integrating the On-Screen Display (OSD) menu controls and advanced settings, the software comes with user friendly color setting features including: Standard Color, ViewMode, Color Temperature, Auto Pivot, PBP and PIP mode, and monitor firmware update. These handy features allow users to quickly adopt color settings based on their preference while also enhancing work productivity. 2ff7e9595c
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