Yup my uncle that works for nintendo told me oled still burns in.
My MSI QD OLED couldn't burn in unless you literally turned off the features that prevent it, that are on by default. If someone did that, then the burn in is due to their stupidity, not the monitor technology.
Dude he was joking man, chill bro. He was literally just trying to have a good time, what are you so mad about?
Ain't gonna wait what the G6 will bring?
na. The c2 has served me well but I'd rather a pc monitor now for my desktop.Ain't gonna wait what the G6 will bring?
I was worried about VRR flicker, so I bought a model with decent VRR score according to the RTINGS review (they always measure VRR flicker). I must say that VRR flicker on my Gigabyte 4K 240Hz QD-OLED monitor is almost non-existent. As of now I have played over a hundred games and have only seen it in 2 games (Cyberpunk and Alan Wake) and what's more only in very specific scenario when I used FG. For some strange reason, the low base framerate of 35 fps (70 fps with FG) reveals VRR flicker. I typically have 80-100fps
at 4K, and 110-170fps at 1440p, so I dont see that flicker in Alan Wake 2 during normal gameplay. Also If I don't use FG, I can play at 30–60 fps without any flicker.IMO the issue of purple tint and raised blacks is overblown. Listen, I have to shine a very strong light directly on the panel (or use the flash on my camera) to see the purple tint and raised blacks. In this video, Vincent placed a strong softbox next to the panel to demonstrate raised blacks, but that's not how normal people (at least not me) use their QD-OLEDs.
Still inferior in overall PQ to QD-OLED.
ABL sux on every OLED both WOLED, QD-OLED big and small IMO.
The only real issue I've noticed with my QD-OLED is the ABL in 100% windows. If I however play at 1800p (27 inch monitor equivalent), the ABL isn't nearly as aggressive and the picture looks definitely better and I dont see any dimming in HDR1000 content. If QD-OLED monitors could be made brighter, I will have nothing to complain.
This photo comparison is misleading, and I explained why in my previous comment. In typical ambient light scenario, QD-OLED achieves almost true blacks (as shown on my photo), and with a small amount of ambient light you get a true blacks, and better shadow rendering compared to W-OLED because that white pixel creates noise.Idk, still looks like lcd to me besides a woled
QD-OLED TVs definitely have a huge edge when it comes to brightness. QD-OLED monitors arnt nearly as bright
www.rtings.com
I was worried about VRR flicker, so I bought a model with decent VRR score according to the RTINGS review (they always measure VRR flicker). I must say that VRR flicker on my Gigabyte 4K 240Hz QD-OLED monitor is almost non-existent. As of now I have played over a hundred games and have only seen it in 2 games (Cyberpunk and Alan Wake) and what's more only in very specific scenario when I used FG. For some strange reason, the low base framerate of 35 fps (70 fps with FG) reveals VRR flicker. I typically have 80-100fps
I haven't used different QD-OLED monitors, so I don't know how noticeable the issue is with different brands. However, on my Gigabyte OLED, I can literally forget about VRR flicker.
IMO the issue of purple tint and raised blacks is overblown. Listen, I have to shine a very strong light directly on the panel (or use the flash on my camera) to see the purple tint and raised blacks. In this video, Vincent placed a strong softbox next to the panel to demonstrate raised blacks, but that's not how normal people (at least not me) use their QD-OLEDs.
Phone cameras also exaggerate that issue because of high ISO.
Now I will show the blacks on my QD-OLED look like on my own photo when I use a mirrorless camera with a low ISO.
This photo perfectly captures what my eyes can see in real life. Despite having 250W of light in the room, the blacks remain very good. On a calibrated screen, you can see a slight difference between the panel and the perfectly black frame in this photo, but there is definitely no purple tint, as seen in Vincent's video. Bear in mind that I don't usually use my QD-OLED with so many lights on in the room; I only turn on one light. So, in practice, I have perfect blacks 70% of the time. The only time I don't have perfect blacks is on a sunny day, but that doesn't bother me because the blacks and contrast are still very good even in such strong ambient light (blacks and colours looked more washed out during the day on my previous nano-ips LCD with matte finish). The only displays that look unwatchable to me in a well-lit room are old CRTs. Their glass literally looks grey in the presence of ambient light (even moderate), and the loss of contrast is extremely noticeable. That's not the case with my QD-OLED.
The only real issue I've noticed with my QD-OLED is the ABL in 100% windows. If I however play at 1800p (27 inch monitor equivalent), the ABL isn't nearly as aggressive and the picture looks definitely better and I dont see any dimming in HDR1000 content. If QD-OLED monitors could be made brighter, I will have nothing to complain.
RightQD-OLED TVs definitely have a huge edge when it comes to brightness. QD-OLED monitors arnt nearly as bright
Samsung S95F OLED Review (QN55S95FAFXZA, QN65S95FAFXZA, QN77S95FAFXZA, QN83S95FAFXZA)
The Samsung S95F OLED is Samsung's flagship 4k TV for 2025. It replaces the Samsung S95D OLED and sits above the Samsung S90F OLED. It features an improved QD-OL...
I have the RTX 4080 Super and with DLSS my games usally runs above 120fps, but I don't think GPU matters because even when I test the 30–60 fps range in some older games, there's no VRR flicker. Currently I'm playing classic splinter cell 1 with enhanced patch. This game is very dark and runs at 60fps, yet there's ZERO VRR flicker.
Burn in hasn't been an issue for good OLEDs for years now I'm pretty sure. Plenty of ways now to minimalize it like pixel shifting, image cleaning, etc. At least on my LG OLED monitor, I auto hide task bar & desktop icons and keep a black background (this is all probably overkill) but it's a few years old and zero sign of burn in.
Not possible. Plasma can't go higher than 1080p, draws way too much power to meet current energy consumption standards (yeah yeah I know, but blame the EU), has much more burn-in than OLED, and weighs like 200 lbs. for a large screen panel
Late Panasonic plasma TVs were extremely durable. Even older models weren't that susceptible to burn-in based on my experience. My parents bought a 1024x768p 42X10 plasma TV and there is slight burn-in, but my mother watched the same TV news station (the worst stress scenario) for 2–4 hours every day for about 16 years. The station logo is faint, and I only notice it when I look for it.
When I play old PC games (or emulators) they usually run at a locked 60 fps, so there are no significant fluctuations in frame time. In modern games, however, my frame rate fluctuates a lot, but I still don't see VRR flicker unless I turn Frame Generation at low base framerate. If I have at least 80fps (40fps base) VRR flicker is not visible even with FG, and I usally have 60-120fps when I turn on FG.
I don't see any flicker.
