I see Stadia working for casual games on smart TVs but not for any competitive gaming. This process creates too much lag: send controller input over the wire, render on server, compress 4k video, send over the wire to the client, decompress 4k video, display in the device
I heard something similar to that for the past 10 years at least.
> you can progressively stream the 3d models in real time while playing
People were amazed of the speed at which models loaded using an SSD instead of a mechanical hard drive... and that was when games were in the 5 GB range. Loading time is latency too.
> I see Stadia working for casual games on smart TVs but not for any competitive gaming.
Competitive gaming go toward more expensive gear... they won't care about buying an expensive graphic card if that give them an edge, or lower latency screen.
If they are forced to play on cloud, they'll just pay for a better connection to do it. This is just like the stock market where they build datacenter just beside the exchange.
I don't know if you would call me a "casual gamer", I'm certainly not a competitive gamer, but I get quite a bit of fun playing Borderland 3 on Nvidia Geforce Now. The latency isn't that bad, nothing I can really notice at least.
"Loading time is latency too" no it isn't. It doesn't matter if you're getting closer to an object and in the distance it fades in(or loads higher LOD) even with 500ms delay. But in streaming game as a video when the whole gameplay is delayed by 300ms it already makes entire competitive game unplayable.
There has been some amazing progress in the past 10 years too ...
> It doesn't matter if you're getting closer to an object and in the distance it fades in(or loads higher LOD) even with 500ms delay.
If it fades in 484ms for the other guy, he just saw you a full frame earlier than you (and that's excluding the potential 484 ms remaining ;)). That sound much more like gamebreaking than my 50 ms over Nvidia Geforce Now, but I'm also just a casual gamer.
Assuming Stadia really does all these render path micro-optimizations perfectly, you then have the issue of datacenter location and speed of light creating more latency. And because in this case the end user needs to react in real time rather than offload operations or create autonomous behaviour (the stock market example), at some point they'll have to move closer to their nearest datacenter. (assuming the US ISP landscape is fixed by then)
If they are forced to, I have no doubt they will. It's not because there's more constraint that competitive game play won't happen. A mouse is so much more powerful than a gamepad that crossplay between console and PC on FPS is pretty rare. Yet you'll find competitive fields in console FPS too.
They'll definitely takes any advantage they can, that's including "fake fullscreen" to cut out lag, better display, mouse, etc... but I have no doubt if a competitive game happens on the cloud, the gamer will be there just as much.