Tuesday, May 23rd 2023

AMD Accelerates AI Adoption on Windows 11 With New Developer Tools for Ryzen AI

AI is one of the most transformative technologies to debut in the past 40 years, but taking full advantage of its capabilities requires more than just the latest processor or graphics card. Previous major shifts in computing, like the adoption of 64-bit software and the introduction of 3D-accelerated graphics in the late 1990s, required significant software support as well as sophisticated new hardware capabilities. Today, AMD and Microsoft are stepping up to this challenge, working together to create the building blocks developers and consumers will need to take full advantage of AI both today and in the future.

While many AI tasks can run on a conventional CPU or GPU, these often aren't the ideal locations for executing a machine learning inference workload. As more AI models and workloads evolve, it will be vital to use specialized AI engines on the silicon designed specifically for AI tasks to deliver the right performance and experience to end users. The select new AMD Ryzen 7040 Series processors with Ryzen AI deliver cutting-edge AI features via a dedicated on-die processing block that's purpose-built to handle AI workloads - the first of its kind for x86 Windows 11 laptops. Integrating this functionality in ultrathin laptops will give these systems the outstanding AI performance they might not enjoy if relying on more conventional processors.
Microsoft is working to integrate AI into the Windows ecosystem in many different ways and AMD Ryzen AI is designed to support these new innovations. As one example, AMD Ryzen AI is now supported in Windows Studio Effects. These effects include Eye Contact (an effect to compensate for eyes looking at the screen instead of the camera), Automatic framing (an effect to automatically zoom and crop the image as you move around), and advanced background effects, including background blur. Each is designed to improve a different aspect of video calls - which, for many, have become an important part of their jobs and daily lives. Windows Studio effects is enabled by machine learning algorithms and will require a NPU (neural processing unit) like Ryzen AI.

These advanced Windows-based features are available on laptops with select AMD Ryzen 7040 Series processors with Ryzen AI. While we're still in the early days of AI adoption, the importance of a dedicated AI engine like Ryzen AI will only grow over time. AI is already reshaping wide swathes of the computing market, from content creation to video conferencing. As the use of artificial intelligence grows, so does the need for hardware and software that can accelerate these workloads more effectively. Supporting the nascent AI market doesn't just mean supporting consumer-facing applications but supporting developers as well.

As part of its overall AI strategic direction, AMD is providing early access to the Ryzen AI software to Windows developers. This will enable AI researchers and developers to run AI workloads on select Ryzen 7040 Series processors with Ryzen AI using the open-source AI framework Vitis AI Execution Provider (EP), which is up streamed in ONNX Runtime with support for Microsoft Olive. This package offers superior CPU support and is set to seamlessly and progressively boost AMD XDNA AI Engine acceleration with virtually no usability impact. Developers are encouraged to visit GitHub to begin.

"We believe that dedicated AI processing engines are essential to bring to life a future of amazing AI experiences on Windows 11," said Pavan Davuluri, CVP Windows Silicon and Systems Integration, Microsoft Corp. "The Ryzen 7040 Series processors with AMD Ryzen AI are a great way to experience Windows Studio Effects now and, in the future, for developers to run AI workloads on the ONNX Runtime today."

AI is expected to drive innovation in the Windows ecosystem for years to come, for both customers and developers alike. AMD Ryzen 7040 Series processors with AMD Ryzen AI are the vanguard of a new generation of silicon that offers outstanding performance, incredible power efficiency, and unique experiences not available on other x86 processors today. The new developer tools AMD has made available will enable programmers to more easily add or integrate AI functionality, making artificial intelligence-powered applications more widely available to the general public. These features will be available in more than 80 AMD Ryzen AI- powered laptops, making them the best choice for anyone looking for a powerful, modern notebook.
Source: AMD
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7 Comments on AMD Accelerates AI Adoption on Windows 11 With New Developer Tools for Ryzen AI

#1
mb194dc
Did "AI" write the news story?

7 paragraphs but no mention of what the benefits is supposed to be of AI adoption on Windows?
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#2
persondb
Yet they never did any of this for their older products that had AI acceleration like the Steam Deck Van Gogh.

It would be really good for Steam Deck stuff if they liberate the drivers and compilers necessary to use those Cadence DSPs that it supposedly has.
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#3
evernessince
persondbYet they never did any of this for their older products that had AI acceleration like the Steam Deck Van Gogh.

It would be really good for Steam Deck stuff if they liberate the drivers and compilers necessary to use those Cadence DSPs that it supposedly has.
Pretty sure Van Gogh was co-developed with Valve, hence why the Valve logo is on the APU and not AMD. It's up to valve what they want to include on their own APU but frankly it wouldn't make much sense to include anything extra as the APU has to be efficient as possible due to it being a portable gaming system.
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#4
persondb
evernessincePretty sure Van Gogh was co-developed with Valve, hence why the Valve logo is on the APU and not AMD. It's up to valve what they want to include on their own APU but frankly it wouldn't make much sense to include anything extra as the APU has to be efficient as possible due to it being a portable gaming system.
It wasn't co-developed by Valve, AMD already had it ready for another client(rumoured to be Microsoft), which you can find it in roadmaps mentioning the CVML and stuff(and some leaks that say it was some Cadence Tensilica DSPs). In fact, people even believe it to be the same APU as the one in Magic Leap 2 glasses, which does use the Computer Vision and AI hardware included.

People that mess up with the Steam Deck BIOS have also been able to mess around with the CVML voltages and stuff, though it seems to be a very unstable setting to mess around.
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#5
Minus Infinity
Can it be used to accelerate generative AI in Adobe PS? If it can, how many decades will it take Adobe to support Phoenix?
Posted on Reply
#6
david salsero
Minus InfinityCan it be used to accelerate generative AI in Adobe PS? If it can, how many decades will it take Adobe to support Phoenix?
I imagine that now that Microsoft and AMD are joining forces to advance AI, the rest of the companies that work on Windows will do the same. Although the most important thing about AMD Phoenix is its RDNA 3 being able to play AAA games, for which dedicated graphics are no longer needed. What is clear is that AMD's AI is revolutionizing the market, getting ahead of Intel in laptops, but it is useless because I have not yet seen any ultrabook with Phoenix
Why don't ultrabooks come out with AMD ZEN 4 Phoenix? being TSMC's 4nm node already very mature. What is the reason for the ultrabook shortage when there are already gamer consoles with the Z1?
Posted on Reply
#7
pavle
As long as it doesn't prove itself to be a fallen AI. An no, it's not the most transformatory technology, it's an automatic idiot. Don't read too much into it.
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Dec 23rd, 2024 10:26 EST change timezone

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