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And if you want optimal performance on Apple GPUs Check out the session by my colleagues Michael and Don. You will then find and fix any Metal consistency issues. So your next step will be to recompile your app for Apple Silicon native architecture. Translation and consistency features do have some performance costs. Your app will be automatically opted into several Metal consistency features that ensure your apps look great to. Your app will run out of the box under Rosetta's highly optimized translation layer. On Intel based Macs your app runs natively.

Before we get into the specifics let's take a look at the path you will take.

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However it's really important for you to follow the guidance in today's talk to account for certain behavioral differences and really unlock the full potential of the platform. This enables you to get the benefits of the faster more power efficient GPU with more features without having to retool your app or game. And we've done our homework to make this move as easy as possible. In fact the GPU in the Apple Silicon Mac supports a unified metal feature set that combines what was previously available on both macOS and iOS. Capabilities such as programmable blending tile shaders and local image blocks are now available to take your Mac app or game to a whole new level of performance. If you're familiar with these devices then you know that there are several important advantages to this architecture that are exposed to the metal graphics and compute API. How do we deliver this level of performance? We do it using the same powerful tile base deferred rendering architecture used on iPhone iPad and Apple TV.

You can see all the modern rendering techniques applied to high quality game assets complex shading reflections particle effects motion blur and lush vegetation make the game look great and of course the Apple designed GPU makes it run smoothly. This was recorded directly from an Apple Silicon Mac running the unmodified x86 compiled binary translated using Rosetta.

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The Apple Silicon Mac contains an Apple designed GPU that is designed to handle the workloads found in desktop games and pro apps all while delivering new levels of speed and power efficiency. Now for the first time we're bringing our deep expertise in GPU design to the Mac. For many years Apple has designed the graphics processors found in the amazing A series chips used in iPhone iPad and Apple TV.

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Today my colleague Sam and I will tell you how to bring your Metal based apps to Apple Silicon Macs and then how to make them faster more robust and ready for the future.

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Hello and welcome to WWDC I'm Gokhan Avkarogullari, and I lead the graphics acceleration driver teams for Apple Silicon. Have a question? Ask with tag wwdc20-10631.We've designed this session in tandem with вЂњOptimize Metal Performance for Apple silicon Macs.вЂќ After you've watched this session be sure to check that out next. We'll look at how TBDR compares with the Immediate Mode Rendering pipeline of older Macs, go through common issues you may face when bringing an app or game over, and explore how to offer incredible performance when building with the native SDK. Learn how you can translate or port your graphics-intensive app over to Apple silicon, and how to take advantage of TBDR and Metal when building natively for the platform. Meet the Tile Based Deferred Rendering (TBDR) GPU architecture for Apple silicon Macs - the heart of your Metal app or game's graphics performance. Bring your Metal app to Apple silicon Macs.

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