Nah, Nanocell is their LED line. They also use IPS displays instead of VA displays so they have good viewing angles. I've heard mixed things about them.
Nah, Nanocell is their LED line. They also use IPS displays instead of VA displays so they have good viewing angles. I've heard mixed things about them.
I think Nanocell is just the branding they use for their 8K TVs.
EDIT: Sorry, scratch that, they have 4K nanos on their website ugh.
It would be no problem if they can pass full audio via ARC, but not many TVs do.There's not that many hdmi 2.1 devices out there. I was having difficulty finding cables and didn't see any HDMI 2.1 switches either.
Basically they took a shot at other tv brands that used filters with standard backlights (dual panels), then at OLED, then announced their own Vidrian Mini LED tech (minileds directly fused into the backlight).
Basically they took a shot at other tv brands that used filters with standard backlights (dual panels), then at OLED, then announced their own Vidrian Mini LED tech (minileds directly fused into the backlight).
I have the same question.Wasn't sure on if this was the place to ask, but how likely is it that Nvidia will show a new line of high-end cards here? If not this week then when do you suspect they might do it?
Right now it is incredibly expensive because they need to put each micro pixel one by one. Given time and better manufacturing methods, it might become cheaper.
Zero. Earliest will be around Computex in June/July.Wasn't sure on if this was the place to ask, but how likely is it that Nvidia will show a new line of high-end cards here? If not this week then when do you suspect they might do it?
I am struggling to resist buying a RTX 2080 Super because I'm not sure if a better card that isn't a Ti will be released this year...
Damn...thanks for letting me know!
Basically they took a shot at other tv brands that used filters with standard backlights (dual panels), then at OLED, then announced their own Vidrian Mini LED tech (minileds directly fused into the backlight).
Can they really add 48gbps to 18gbps cable? :)
As for VRR, that's not that strange. Ordinary HDMI 2.0 TVs can use variable refresh rate if their image processing chip supports it.
edit -
This sounds great. And expensive.
They already are - provided you want a 50+" size screen. The top tier display at the moment is the LG C9 OLED series which has pretty much everything you would want from a gaming monitor. If you want a smaller display then you are out of luck. High refresh rate costs a lot and 4K is available in very limited sizes. The upcoming LG 48" OLED is probably the only "smaller" 4K screen worth buying and by the end of the year should be available for pretty reasonable money.
If Samsung or other vendors manage to make smaller 43" TVs with 120 Hz input then those become a good contender as well but so far those have been mediocre 60 Hz panels all around.
The display industry is completely stupid in the way they peddle the exact same thing for years before coming out with what people have been screaming them to make: a reasonably priced, high refresh rate, 32-43", actually good 4K monitor. But nooo, let's churn out yet another 1440p 27" monitor that you can't tell apart from last year's model.
Really? I hear tons of praise for them for the quality you get for the price you pay.That's comical coming from a company who's panels are pretty bad (TCL 6 owner here).
How much money do you have? Samsung can create a screen for you no problem...
You would be saying the same about OLED, if LG didn't stick with it (while Sony and Samsung bailed) and find a way to make it affordable. They took the chance and are getting rewarded for it.
MicroLED seems too expensive still. LG does have section for it at their huge booth.
Right now it is incredibly expensive because they need to put each micro pixel one by one. Given time and better manufacturing methods, it might become cheaper.
Haha yeah im not loaded, but it just seems we've heard so long ago about this "holy grail" of tv, It seems weird to me theres still no viable manufacturing process to make this technology commercially available.