Oh no I’m aware of the resolution limitations as a first gen vive owner. That being said from what I’ve heard some of the newer high DPI devices handle this a lot better.
It’ll be a while but I think it will eventually have a practical use case as a portable workstation monitor.
That being said from what I’ve heard some of the newer high DPI devices handle this a lot better.
I mean, you can get higher-resolution ones, but they aren’t as high resolution as even the monitors that you’d virtualize. Like:
First, the guy is using glasses that are really designed for augmented reality, not as a monitor replacement. They’re not optimizing for this use case.
We aren’t yet at the point where traditional displays are really even maxed out in terms of usable resolution, and as things stand, HMDs have lower resolution.
If someone wants that “virtual projection” thing, HMDs have to be even higher-resolution than that.
One good thing about these AR goggles compared to trying to use VR goggles for this is that the AR goggles are spending the physical pixels they do display in the center of your visual field, as opposed to way off in the periphery. VR goggles need to have a really high field of view to provide immersiveness and let you see things in the corner of your eye, but for working with text and such, monitor replacement hardware only really needs to put something in the visual arc that you’d actually be viewing a regular monitor in, in the center of your field of vision, a smaller arc. So repurposing these for a desktop replacement is at least using the pixels that are physically-displayed more-efficiently than VR goggles would. That is, the XReal goggles here are at least closer to being optimized to be a “monitor replacement” HMD than VR goggles would be.
Oh no I’m aware of the resolution limitations as a first gen vive owner. That being said from what I’ve heard some of the newer high DPI devices handle this a lot better.
It’ll be a while but I think it will eventually have a practical use case as a portable workstation monitor.
I mean, you can get higher-resolution ones, but they aren’t as high resolution as even the monitors that you’d virtualize. Like:
First, the guy is using glasses that are really designed for augmented reality, not as a monitor replacement. They’re not optimizing for this use case.
We aren’t yet at the point where traditional displays are really even maxed out in terms of usable resolution, and as things stand, HMDs have lower resolution.
If someone wants that “virtual projection” thing, HMDs have to be even higher-resolution than that.
One good thing about these AR goggles compared to trying to use VR goggles for this is that the AR goggles are spending the physical pixels they do display in the center of your visual field, as opposed to way off in the periphery. VR goggles need to have a really high field of view to provide immersiveness and let you see things in the corner of your eye, but for working with text and such, monitor replacement hardware only really needs to put something in the visual arc that you’d actually be viewing a regular monitor in, in the center of your field of vision, a smaller arc. So repurposing these for a desktop replacement is at least using the pixels that are physically-displayed more-efficiently than VR goggles would. That is, the XReal goggles here are at least closer to being optimized to be a “monitor replacement” HMD than VR goggles would be.