As for the AW3423DWF, enabling ClearType doesn't have an impact on the text clarity, and text looks the same in Windows 11 as you can see with ClearType on here and off here. You can see better examples of the color fringing around text with the AW3423DW around the Google logo as shown here or with zoomed out images with ClearType on and ClearType off. Green and red pixels - fringing on bottom.Green and blue pixels - fringing on top.Green and blue pixels - fringing on bottom.White on black background - no color fringing on side.White on black background - red color fringing on bottom.White on black background - green color fringing on top.Below you can see photos of the pixels from the Dell Alienware AW3423DW review, and the results are also valid for the AW3423DWF. However, these aren't noticeable unless you look for it. You see a thin green line at the top of every window and a thin red line at the bottom. The biggest issue with this subpixel structure is the color fringing around some text and at the top and bottom of windows. There are also workarounds to this, like using The free utility Better ClearType Tuner, which improves text clarity significantly. Whether or not you like it is a personal preference and you can read more about our writer's and tester's subjective opinions about the text clarity and other aspects of the AW3423DW here. While the text clarity isn't as good as other 34-inch, 3440x1440 displays, it isn't a serious issue, and text is still easy to read. It's different from LED-backlit LCD monitors, which have all three pixels in a line, and most programs render text better with that. The Dell AW3423DWF has decent text clarity and has the same issues present as the Dell Alienware AW3423DW due to its triangular subpixel structure. Bright room - Next to OLED and IPS displays.This monitor looks like the Dell Alienware AW3423DW in bright rooms, and you can see examples from the AW3423DW of what the AW3423DWF looks like in a bright room: This issue isn't only limited to monitors, but any current QD-OLED display, including the Samsung S95B OLED. You need to be in a dark room to see the perfect black levels. It means that blacks look closer to purple/pink in a bright room, and you lose the advantage of the near-infinite contrast of OLEDs. The main issue with QD-OLED displays is that they lack a polarizing layer, which causes the black levels to raise when there's ambient light on them. However, light also stretches across the screen, as you can see in the photo above. There aren't any distracting reflections from strong light sources, meaning glare won't be an issue if you want to use it in a bright room. In theory, the reflection handling of the Dell AW3423DWF is remarkable. The image isn't as bright, but there's a slower roll-off at the peak brightness, meaning it preserves details well. You can see the EOTF in the 'DisplayHDR True Black' mode with Console Mode and Source Tone Map disabled. The ABL is less aggressive in 'DisplayHDR True Black', meaning there isn't a distracting change in brightness when minimizing and maximizing windows like with 'HDR Peak 1000'. Console Mode and Source Tone Map were enabled for these too: While the results above are within the 'HDR Peak 1000' mode, you can also see the results in the 'DisplayHDR True Black' mode, which targets a brightness of 400 cd/m². It's most distracting when you're minimizing and maximizing windows, but it isn't an issue with real content. Similar to the AW3423DW, it has an aggressive Automatic Brightness Limiter (ABL) that dims the screen when there are full-screen windows open in HDR. We did the testing with a PC with an NVIDIA RTX 3060 graphics card, and the brightness is the same even with an AMD RX 6600 XT graphics card, but you don't need to enable Console Mode and Source Tone Map for the highest brightness. With Console Mode and Source Tone Mape both disabled, the EOTF is worse as the roll-off is sooner, meaning it can't display bright details well. With those settings on, the image is brighter than the target EOTF until there's a sharp roll-off at the peak brightness, causing a loss of fine details in bright scenes. Only while playing Destiny 2 on the Xbox Series X did the real scene brightness get brighter, with a max of 765 cd/m².Įnabling Console Mode and Source Tone Map results in the best picture quality, as disabling those causes colors to look washed out and undersaturated in the 'HDR Peak 1000' mode. While some small highlights get close to 1,000 cd/m², the overall real scene peak brightness is worse than the Dell Alienware AW3423DW, even with different sources. These results are in the 'HDR Peak 1000' Smart HDR mode with Console Mode and Source Tone Map both enabled. The Dell AW3423DWF has okay HDR brightness.
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