That is not recomended, unplug the older. it seems that you have attached 2 monitors while running DUCCS. For example try AdobeRGB, sRGB or "custom xy" with xy coordinates for srgb/adobergb and D65 white. If you wish a custom white and do not want to try new version, set it manually. in older versions (before 1.6.5) "native preset" aims for whatever Dell names "native". I would like to ask whether anything changed since your last comment there? Do I really need to change my colorimeter and my GPU to get accurate results? Could you please also explain also, why AMD card is better for this?Īdditional question, if I was meant to buy a different Dell (or other) monitor now (I am a photo retoucher), which one would you recommend (30" or bigger)?įrom your screenshots it seems that your DUCCS configuration could be partially wrong and that you are using an outdated version and that you are mixing difrent calibrations, hence the test is not valid. I will be trying the workaround you mentioned to use corrections, but you mention that AMD card is also required. I have read the other thread and noticed that you recommend the X-Rite i1Display Pro. Here is what the Verification tool in Displa圜AL tells me after the monitor was calibrated using Displa圜AL, Spyder 4 Elite and Nvidia 1080 GPU. I have tried to calibrate it using multiple settings in Displa圜AL software but the results are always the same. The white point seem to be wrong and the whole display looks very yellow. To battle this, I have recently installed Displa圜AL, but the results are very poor. I see green tint to my grays on U3014 using the Spyder 4 software. I have never been fully happy with calibration on these monitors. First with U3011 (which is dead now), and then with U3014. I have been battling with my Dell monitors for a while now. I have done both and I'm quite pleased with the results (□E < 2) on my relatively cheap monitor, especially by creating a new profile from scratch from my windows machine.Have just found this thread and I would like to thank you for your input. Once you have a single curve + matrix profile, navigate to ~/Library/Application Support/Displa圜AL/storage/ and copy the appropriate ICC or ICM file to ~/Library/ColorSync/Profiles If you don't have a Displa圜AL profile, use another computer to create a "Single curve + matrix" profile with the instructions above. Then use "Create profile from measurement data" from the File menu and save the new profile. If you have a previous profile created with Displa圜AL, open Displa圜AL (even on your M1), load your old profile, enable Show Advanced Options in the Options menu, go to the Profiling tab, and select Single curve + matrix as the profile type and enable black point compensation. (Calibrating displays on other systems, and moving the display profiles over to an M1, isn't going to work reliably - I'd recommend against it :-) (Hopefully this gets fixed in a future version of Big Sur on the M1) Otherwise, all functionality works as expected and calibration proceeds as normal. You can leave that as-is or, you can type over it with anything that you like. The Spyder software works around this by catching the problem and simply providing an initial naming of "UNKNOWN-X" (with 1 and 2 appended, to signify either the main or secondary display). There's one issue in Big Sur running on M1 systems only, in which the normal API inside MacOS that provides information about attached displays doesn't return the expected information. (The other actively supported Datacolor Spyder products - SpyderCheckr and SpyderPRINT - also work properly on the M1 systems). If you have the M1 Mini, you'll be able to calibrate one or two displays, however many you have attached. You can calibrate the built-in display on the laptops, as well as an external display. Datacolor SpyderX and Spyder5 software (the current 5.7 releases) work properly on the new M1 Macs.
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