Even at 4k per eye, if you imagine a screen at a typical viewing distance, the "dot pitch" of the display is going to just be massively less than a good quality high end monitor sitting on your desk.
We've been waiting like 10 years for that to change since Oculus Dev kit days, and its still not solved today. Advances in pixel density in this space have been incredibly slow.
I think it could be a very long time before a headset can simulate a really great display well enough for me, but other's mileage may vary.
Even with "foveated rendering" the peak dotpitch (the highest pixel density it can acomplish) simply isn't going to be good enough for me - it can't be any sharper than the dot pitch of the panel in front of the eye.
A 5k iMac has 14.7 million pixels - the pixel density needed to do this as well as a "real" display in VR could be pretty massive.
I agree completely. A few months ago, I purchased a Meta Quest Pro. Relative to the Quest 2, the Pro’s resolution blew me away. And it’s still not even close to usable for real work on virtual monitors.
It's not 4K, though. They're not giving a lot of information, but "23M pixels" for two eyes is 11.5M pixels per eye. 4K is 8.2M, so this is 40% more pixels than 4K.
11.5m per eye is still far short of what would be needed to approximate pixel pitch of many of Apple's "retina displays" at typical desk viewing distance display well, FWIW. This a really hard problem with tech we have today.
Whether its 8m or 11m or even 15m pixels isn't the point with regards to using it to replace desktop monitors - the point is the necessary density to compete with excellent real life physical displays is really high.
Your VR monitor only ever really uses a subset of the total pixel count - it still has to spend many of those pixels to render the room around the display(s) too.
The display system boasts an impressive resolution, with 23 million pixels spread across two panels, surpassing the pixel count of a typical 4K TV for each eye.
Thats still enormously less than the dot pitch of a good 4/5/6k monitor in meatspace/real life today - remember, a virtual monitor only ever uses a subset of the total pixels in a VR headset, which is why the pixel count has to be sky high to compete with real life.
Yeah, with VR headsets you generally only get to count the pixels for each eye since parallax vision means that you only have that many degrees of freedom to produce a color.
We've been waiting like 10 years for that to change since Oculus Dev kit days, and its still not solved today. Advances in pixel density in this space have been incredibly slow.
I think it could be a very long time before a headset can simulate a really great display well enough for me, but other's mileage may vary.
Even with "foveated rendering" the peak dotpitch (the highest pixel density it can acomplish) simply isn't going to be good enough for me - it can't be any sharper than the dot pitch of the panel in front of the eye.
A 5k iMac has 14.7 million pixels - the pixel density needed to do this as well as a "real" display in VR could be pretty massive.