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The process is essentially similar on older versions of Windows going back at least to Windows X, but assuming you're on Windows 10, open the Display Settings dialog by right-clicking any empty space on the desktop and selecting "display settings". (You can also just search for display settings in the start search.) Once you're there, click on the display you want to modify and check "Make this my main display", then hit Apply.
After you've done that, click "Advanced display settings." Making sure the correct monitor is selected in the top, click "Display adapter properties." This will bring up an old-school Windows properties dialog that's been around since Win98. Click on the Monitor tab in the top, and it should have the option to select the Screen refresh rate from a drop-down in the bottom half of the window. There, select the highest refresh rate available, and click OK. That's it!
If your monitor supports a blur-reducing strobe mode you will need to enable that from the monitor's on-screen display (OSD). Access the OSD from the buttons on the monitor, and look for "gaming settings" or something like that. Sometimes it's named a weird option, like on LGs it's called 1ms Blur Reduction Mode, on BenQs it's called BenQ Blur Reduction, on EIZO NANAO displays it's called Turbo240, and on Samsungs it's controlled by the "Response Time" setting (set it to Faster).
Note that you cannot normally use a blur-reduction mode concurrently with a variable-refresh mode like FreeSync or G-Sync. In general, if you can sustain >100 FPS in a game, the blur reduction mode will offer better results assuming the game will benefit from clear motion.
Note also that a blur-reducing backlight WILL make the screen dimmer. This is because the way they work is by "strobing" (or rapidly flashing) the backlight at a rate that you can't see. (usually 120Hz or higher; every 8.3ms or faster) Since the backlight spends a lot of its time off, the display appears dimmer.
However, the difference in motion clarity is something to behold. Load up 20XX and marvel at the new world of smooth gaming! ('ω') You can also load up www.testufo.com to examine the performance of your display. If you have more questions you can come on over to the BlurBusters Forums at blurbusters.com and we can help you out! (*'▽')
That way the game automatically switches from 144Hz to 120Hz, disables G-Sync and enables ULMB and when I close the game, the PC goes back to G-Sync @144Hz.
The game really looks even better with ULMB @120Hz compared to 144Hz without ULMB. And of course much much better than 60Hz.
I was just playing on the Epic store version and it def was running at 144hz. Mess with you FreeSync/Gsync settings or Vsync, all those act very differently depending on the game. Some games you need one or the other off, the other on, or both off/on. Just depends.