Soldato
- Joined
- 14 Apr 2014
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Which connector are they using for 8K bandwidth?
Which connector are they using for 8K bandwidth?
Can only do 4:2:0 30hz 8k over HDMI 2.0, 2.1 is needed really.
I can't help but think this is an especially easily purchase, by the time 8k content exists and devices work properly it won't be useful - just like the first 4k TVs with HDMI1.4 or no HDCP 2.2.
I would have thought a 77" OLED at half the price would be considerably better, ofcourse the brightness is lower but the other PQ improvements OLED brings more than makes up for that. Who the hell needs 4000 nits, my XE9305 supposedly hits ~1300 and it's WAY to bright.
Seems a bit of a pointless buy then :/ Can't even do 8K gaming on it - one of the only viable sources
You have to remember, even if this can't properly support 8K yet it might do in the future, due to the nature of the One-Connect box. More importantly, it's the best 4K LCD out there and considering the price it's not much more expensive than the purely 4K alternatives. So 8K is a nice cherry on top, not the whole cake.
Well, you can, just not quite natively (DSR, render scale, etc.) Also, keep in mind that pixel density improvements are still a huge upgrade even if you run it at 4K, especially for the sizes this TV comes at.
Can only do 4:2:0 30hz 8k over HDMI 2.0, 2.1 is needed really.
I can't help but think this is an especially easily purchase, by the time 8k content exists and devices work properly it won't be useful - just like the first 4k TVs with HDMI1.4 or no HDCP 2.2.
I would have thought a 77" OLED at half the price would be considerably better, ofcourse the brightness is lower but the other PQ improvements OLED brings more than makes up for that. Who the hell needs 4000 nits, my XE9305 supposedly hits ~1300 and it's WAY to bright.
1080p content looks much better also and looks closer to 4K than 1080p on the 75 inch model. As someone who owned both the 4K Q9FN and now this 8K you can certainly see the difference with lower quality content and as a huge gamer 4000nits plus Variable refresh rate is such a great combonation.
Pixel density improvements are always good:
1080p content looks better on a 2160p screen;
1080p content will look better on a 4320p screen;
2160p content will look better on a 4320p screen.
Vicariously living through you right now Matson, thanks for all the updates (been following on avs). Any chance you could look at some youtube gaming 8K and let us know how it looks to you? I'm talking specifically about this, and videos from this guy's channel, compared to on a 4K TV.
why do you think that ?
clearly it will shine with 8k content, games, windows desktop
otherwise, it is the upscaling algorithms that will play a big role in its success, you have to be able to cubic interpolate, or something, based on neighborhood of pixels, and decide how one pixel in original material will be mapped to 4,9,.. ? higher density pixels
yes it will be harder to discern the pixels up close to screen ... but - you have to decide how to fill them
(you are not getting the same up-density improvement in light output , too .... nits = light/area)
the blanks/space between the pixels don't necessarily decrease with higher pixel density, just the pixel size itself, as the gaps may already be minimum for the photo-etching process, to maximise image quality. would need to also turn up the backlight to preserve nits.Between the pixels you have blank spaces - the smaller these blank spaces are, the better the image quality. Because these blank spaces are black, at lower resolutions you get the colour from the pixel plus that black surrounding.
the blanks/space between the pixels don't necessarily decrease with higher pixel density, just the pixel size itself, as the gaps may already be minimum for the photo-etching process, to maximise image quality. would need to also turn up the backlight to preserve nits.
(a 75" 8K is like 4 40"4k's adjacent too)
More likely, since 4k screens of say 40" and 65" have the same number of nits, the pixel size versus gaps remain in the same ratio, and image quality is the same.
transmissive lcd's (vs emissive oled) have a backlight so if gaps remain constant as pixel size falls, you need to increase backlight intensity to retain nits, thats's the brightness connection - it's all related.brightness levels thing in connection with the pixel density.
I find the most impressive aspect of 4K on my OLED is the HDR element. Will 8K bring any improvements to that? An even wider colour palette!?![]()
FlatpanelsHD thoroughly examined Samsung’s claims of “AI upscaling” in our Q900R review and found it to be mostly an exercise in applying sharpness around objects in the picture through various means. The 8K processing demonstration in Samsung’s back-room took this to the next level by trying to smooth out gradients, reduce noise, and apply other “enhancements”. For this purpose, Samsung was using its 2019 8K TV (likely to be called Q950R).
The end result was a picture with details that looked so smudged and objects that looked so artificial that it made even beautiful nature scenes look almost cartoonish. At first glance – from a distance – it did look a little more detailed but moving closer or fixating your eye on an object, you quickly realize that it is just applying tricks. It is next-level “shop mode”. The trick book has a new chapter and as a consumer you should be vigilant. Remember that a TV manufacturer’s customer is in fact not you but rather the dealers. That is why most TVs continue to be optimized for shop mode rather than the picture standards that have made all of this possible in the first place. Hollywood hates motion smoothing but just wait until they see “AI picture”. Luckily, you can deactivate all of this stuff.
had not seen these flatpanel comments about samsung 8K upscaling before - so AI's not a panacea -
I wonder if madvr could do better, or there is not enough processor/cpu power, since problems the same as upscaling 1080p->4k ?