Unreal Engine 5 revealed for iOS and Mac, coming in 2021
The newly announced cross-platform Unreal Engine 5, coming to Mac and iOS, utilizes new rendering techniques to achieve a whole new level of realism and detail.
Unreal Engine 5
Two new technologies will be introduced in the Unreal Engine update, which will enable game designers to make games with more detail and better design.
The first technology detailed is called "Nanite." The new feature allows artists to use film-quality source material with no limit to the number of polygons used. To put it simply, photo-realistic assets like rocks and buildings will be able to be rendered without a limit to detail. Epic says that these high resolution textures and objects will make a game world feel more alive, allowing players to sink into cinematic experiences that they control.
Scenes like this were only possible during cutscenes before
The second technology called "Lumen" is a new global illumination solution. Lumen will perform all lighting calculations in real time to prevent annoying conditions like "pop-in" where shadows and details show up well after they are supposed to.
Unreal Engine 5 uses Lumen to accomplish realistic lighting
To take full advantage of Unreal Engine 5, developers will need the latest in gaming hardware like the upcoming Playstation 5, or an advanced gaming PC. That doesn't leave other gamers out though, as the new engine works with all current consoles and iOS, Mac, and Android devices too. While you won't be able to achieve the same cinematic quality as those high end machines, a game using Unreal Engine 5 on your iPhone or iPad will still benefit from these new technologies.
The press release from Epic Games detail an early 2021 preview phase with a full release in late 2021. Developers who license Unreal Engine now can get started developing their games, as the next version will be fully forward compatible.
To show their commitment to the next generation in gaming, Epic will release Fortnite on next generation consoles and update the game for Unreal Engine 5 in mid-2021.
Unreal Engine 5
Two new technologies will be introduced in the Unreal Engine update, which will enable game designers to make games with more detail and better design.
The first technology detailed is called "Nanite." The new feature allows artists to use film-quality source material with no limit to the number of polygons used. To put it simply, photo-realistic assets like rocks and buildings will be able to be rendered without a limit to detail. Epic says that these high resolution textures and objects will make a game world feel more alive, allowing players to sink into cinematic experiences that they control.
Scenes like this were only possible during cutscenes before
The second technology called "Lumen" is a new global illumination solution. Lumen will perform all lighting calculations in real time to prevent annoying conditions like "pop-in" where shadows and details show up well after they are supposed to.
Unreal Engine 5 uses Lumen to accomplish realistic lighting
To take full advantage of Unreal Engine 5, developers will need the latest in gaming hardware like the upcoming Playstation 5, or an advanced gaming PC. That doesn't leave other gamers out though, as the new engine works with all current consoles and iOS, Mac, and Android devices too. While you won't be able to achieve the same cinematic quality as those high end machines, a game using Unreal Engine 5 on your iPhone or iPad will still benefit from these new technologies.
The press release from Epic Games detail an early 2021 preview phase with a full release in late 2021. Developers who license Unreal Engine now can get started developing their games, as the next version will be fully forward compatible.
To show their commitment to the next generation in gaming, Epic will release Fortnite on next generation consoles and update the game for Unreal Engine 5 in mid-2021.
Comments
There's no excuse for the new Apple TV to not have half-decent games.
I do too, I grew up on that shit. I was stoked to see them bring it back as a community-led experimental sort of sandbox for UE tech and content — and you can still play the "new" version for free via Epic Games Launcher — but all development halted abruptly in 2017 due to fucking Fortnite and shifting all the devs over to it and it's been collecting dust ever since. It's unfortunate.
I've even been in conversation with a couple 3D app developers over the last couple of days who seem a bit surprised (though, they can't say too much about their unreleased efforts either).
Well, w/o some of those features that make it so impressive on more advanced hardware. But, I'm sure it will make *some* improvement.
The AppleTV (or iPhones or iPads) don't have nearly enough power to do the really advanced stuff, but IMO, the reason for less than stellar games in some genres is more about the initial lack of controller support. Fortnite and Minecraft show that compelling games can do just fine on iDevices, they just need to be made.
I'm not sure I understand that question, but I'm guessing however they are crunching down, and then handling those kind of numbers is going to to depend on higher-end GPUs, even if they don't have to be an exact model.
Yeah, that makes sense. There were plugins (many years ago) that used dynamic scaling of model polygons depending on distance from the camera, and stuff like that. I'm sure that is involved here. And, you're right, once you hit that pixel point, no sense in going beyond that.
Yeah, I'd think you're on track there... or there is some kind of real magic going on.
foregoneconclusion said:
So you could potentially have a cel-shaded style art approach for a game running on a mid-range or lower GPU, but with incredibly high polygon counts? It sounds like it's only the quality of textures that would slow down the GPU for solid objects in UE5. Maybe I'm still misunderstanding, but it seems like this could be a boon for cartoon/illustration style games and not just for photorealistic ones. I'm not sure you'd have to change the shading style, you'd just get lower-poly/rez geometry/maps on the fly, based on hardware capability. And, you'd lose lighting effects, etc. BUT.... you'd still get better than what we currently get.