I'm sure most of us know how frustrating HDR can be on Windows 11. You flip the toggle on your HDR-capable monitor, expecting a visual upgrade, but the result is a washed-out look that makes you question whether HDR is even worth using on a PC. The problem isn't really with HDR content itself, because as long as you have an OLED or a mini-LED monitor, supported games and videos can look genuinely impressive when everything lines up. The real issue is how Windows handles SDR content when HDR is enabled.

That’s where most of the frustration comes from. The desktop looks dull, SDR apps lose their contrast, and the entire experience feels off. For the longest time, I only enabled HDR when I wanted to enjoy a supported AAA title on my OLED monitor, then disabled it the moment I was done, because dealing with SDR content was just that unbearable. Recently, I've tried various workarounds to make HDR usable full time, and while the results aren't perfect, they're far better than I expected.

The Windows HDR Calibration app was the turning point

This official app fixes the biggest mistake Windows 11 makes out of the box

The biggest mistake Windows 11 makes once you enable HDR is how it maps SDR content, especially the desktop. By default, Windows assumes a generic brightness range and applies tone mapping that often leaves SDR content looking gray or flat. That’s why the desktop loses contrast and SDR apps never quite look right, even though HDR-supported games and videos look just fine. Thankfully, Microsoft's Windows HDR Calibration app helped me address this issue to an extent.

You can download the app from the Microsoft Store and create a profile for your monitor by following the on-screen instructions. After enabling HDR in Windows, I launched the app and adjusted the sliders for minimum luminance, maximum luminance, maximum full-screen luminance, and color saturation to create a profile for my monitor. As a side note, I also lowered the SDR content brightness level to 20 in Settings -> System -> Display -> HDR, which helped minimize the desktop's washed-out look.

Using an ICC profile improved SDR color accuracy

The Windows HDR calibration app handles brightness, but ICC profiles fix color

After using the Windows HDR Calibration app and lowering the SDR content brightness level in HDR settings, the gray haze was mostly gone, but something still felt off. While SDR content was no longer washed out, colors didn't have the consistency or accuracy that I was so used to in SDR mode. That's when I decided to mess with ICC profiles after browsing a few threads on Reddit. The moment I loaded an ICC profile created using Display Color Calibration in Windows, the desktop looked closer to how it did before I enabled HDR.

To create a new profile, look for Calibrate display color in Windows Search and follow the on-screen instructions. When you're done, search for Color Management, open it, and click Add. You should be able to see the ICC profile you created here. Select it, check the Add as HDR Profile box, and click OK. You'll see that this ICC profile is now your default. Then, head to the Advanced tab and make sure the Device profile is the same. That's it. This alone made switching between HDR and SDR far less jarring than before.

RTX HDR made unsupported SDR games look great

Think of it as a better version of Windows Auto HDR, but with one important caveat

Some of you may be reading this because you just want your SDR games to look better, and that's where RTX HDR comes in. While Windows Auto HDR does a decent job, the results can look inconsistent from game to game. Sometimes, it barely changes the image at all. RTX HDR, on the other hand, does a better job of preserving contrast while selectively boosting highlights, which actually made unsupported titles look closer to native HDR than I expected. I took this route because I wanted to play some of my favorite competitive shooters like Valorant and Apex Legends in HDR.

Enabling this globally was pretty straightforward in the Nvidia app. Just go to Graphics -> Global Settings and set RTX HDR to On. But on top of that, you also need to use the RTX HDR game filter from the Nvidia overlay by pressing Alt + F3. Doing this immediately made Valorant pop on my AW2725DF. However, there's one drawback to using RTX HDR. There's a performance hit of about 5-7%, which isn't huge, but it's noticeable if you're already pushing triple-digit frame rates on a high refresh rate monitor like I am. Similarly, you can use RTX HDR for SDR videos, but you need to enable it separately from System -> Video in the Nvidia app.

HDR results will still depend on your monitor

You can try all of these methods, but if you don't have a monitor that properly supports HDR, you'll still be underwhelmed with the results. Monitors with basic DisplayHDR 400 certification usually lack meaningful local dimming and sustained brightness, so HDR often ends up looking closer to a slightly tweaked SDR image than a true upgrade. But if you have an LCD monitor with mini-LED backlighting or an OLED, these tweaks fix most of what makes HDR frustrating on Windows in the first place. I wish Microsoft made it so we didn't have to jump through all these hoops just to get a cohesive HDR experience on Windows.