The Alienware AW3423DWF is a newer and lower cost variant of the AW3423DW QD-OLED ultrawide. Considering that's one of the best gaming monitors around, it's no surprise people are paying attention.
The Alienware AW3423DWF is a newer and lower cost variant of the AW3423DW QD-OLED ultrawide. Considering that's one of the best gaming monitors around, it's no surprise people are paying attention.
So it's essentially the same monitor without the "Nvidia Tax"... gotta love the sheeps...
there's not such thing as gsync at 1hz. stop it. THINK ABOUT IT... gysnc will have the monitor's refresh rate at 1hz if your game is outputtin 1 fps. that's doesn't even make sense! below gsync limit of monitor low frame compensation kicks in. so please stop spreading this misinformation.Just FYI the Gsync module allows for syncing below 48Hz. All the way to 1Hz.
It's not just some useless junk like people would believe.
there's not such thing as gsync at 1hz. stop it. THINK ABOUT IT... gysnc will have the monitor's refresh rate at 1hz if your game is outputtin 1 fps. that's doesn't even make sense! below gsync limit of monitor low frame compensation kicks in. so please stop spreading this misinformation.
ok mental exercise: game at 1 fps, monitor at 1 hz. conceptually think how that's going to work in real life.
The only meaningful advantage the G-Sync module has over other display scalers is better HDR tonemapping and variable overdrive. The first one is useful only on true HDR1000 monitors and the other matters only on LCD's assuming the manufacturer has not implemented proper software variable overdrive. On and OLED like the one in this review, the variable overdrive is useless.there's not such thing as gsync at 1hz. stop it. THINK ABOUT IT... gysnc will have the monitor's refresh rate at 1hz if your game is outputtin 1 fps. that's doesn't even make sense! below gsync limit of monitor low frame compensation kicks in. so please stop spreading this misinformation.
So it's essentially the same monitor without the "Nvidia Tax"... gotta love the sheeps...
No it is not, apperently its about 3 ms, which nobody can tell apart.Is the difference between the input lag on the AW3423DW and the AW3423DWF really that high?
I bought the AW3423DW because a lot of other reviewers had different numbers.
This is the first time I see such a large difference, is the GSYNC module enabled?
No it is not, apperently its about 3 ms, which nobody can tell apart.
Its also mentioned in the the Thread from a guy which has both next to eachoter.
Reddit Thread DW /DWF
Yes G-Sync is VRR.In the review it says VRR on, does this mean GSYNC.
What is processing lag?
It is .3 for the DWF and 4.7 for the DW
The time this step takes is affected by the speed of the video processor and the total amount of processing. Although you can't control the processor speed, you can control how many operations it needs to do by enabling and disabling settings. Most picture settings won't affect the input lag, and monitors rarely have any image processing, which is why the input lag on monitors tends to be lower than on TVs. One of these settings that could add delay is variable refresh rate.processing lag
Yes G-Sync is VRR.
VRR= variable refresh rate, mostly stands for G-Sync+Freesync compatibility
Freesync = AMD cards compatible (VRR from AMD)
G-Sync = Nvidia cards compatible (VRR from Nvidia)
The time this step takes is affected by the speed of the video processor and the total amount of processing. Although you can't control the processor speed, you can control how many operations it needs to do by enabling and disabling settings. Most picture settings won't affect the input
lag, and monitors rarely have any image processing, which is why the input lag on monitors tends to be lower than on TVs. One of these settings that could add delay is variable refresh rate.
Yes G-Sync is VRR.
VRR= variable refresh rate, mostly stands for G-Sync+Freesync compatibility
Freesync = AMD cards compatible (VRR from AMD)
G-Sync = Nvidia cards compatible (VRR from Nvidia)
The time this step takes is affected by the speed of the video processor and the total amount of processing. Although you can't control the processor speed, you can control how many operations it needs to do by enabling and disabling settings. Most picture settings won't affect the input lag, and monitors rarely have any image processing, which is why the input lag on monitors tends to be lower than on TVs. One of these settings that could add delay is variable refresh rate.