Intel’s latest endeavor, the AI Acceleration Program, is poised to transform the landscape of AI processing by promoting the idea of running AI functions locally on PCs rather than solely relying on cloud-based solutions. This significant shift is driven by the integration of AI capabilities into Intel’s 14th-gen “Meteor Lake” Core Ultra chips.
Unlocking the Potential of Local AI
At the heart of Intel’s mission is the desire to convince consumers of the advantages of local AI processing. While users may not be acutely aware of where their AI functions are executed, Intel recognizes the need for a shift in this mindset. According to Lisa Pearce, Vice President of Intel’s AI Platforms Group, local AI processing leads to more immediate, responsive, and energy-efficient AI experiences on PCs, leveraging the combined capabilities of the NPU, GPU, and CPU.
Empowering Software Developers: A Collaborative Effort
To realize the vision of local AI processing, Intel has forged partnerships with over 100 software developers. These collaborations will focus on integrating more than 300 AI-accelerated features, showcasing the benefits of incorporating AI capabilities into PC software. Developers are encouraged to natively write for Intel’s Neural Processing Unit (NPU) or harness the power of the OpenVINO developer kit, available as open source.
Elevating Software Capabilities
Highlighted AI Features
Several developers have stepped forward to highlight the AI capabilities of their software. Among the notable names are Adobe, Audacity, BlackMagic, BufferZone, CyberLink, DeepRender, MAGIX, Rewind AI, Skylum, Topaz, VideoCom, Webex, Wondershare Filmora, XSplit, and Zoom. These companies are leveraging AI in various ways, from video compression to photo upscaling and live video background removal.
A Multifaceted Approach to AI
Combining Local and Cloud-Based AI
Intel’s perspective on AI processing is multifaceted. While the NPU excels in specific AI tasks, Intel recognizes that combining the NPU, GPU, and CPU can be the most effective approach for quick and efficient AI processing. Some developers opt for a hybrid model, integrating both local and cloud-based AI processing. For instance, Adobe’s Generative Fill employs cloud AI to suggest scenes based on text descriptions but carries out scene application on the PC.
“Intel Inside” and the Future of AI Computing
Rebranding AI on Personal Computers
Intel’s ultimate goal is to link “Intel Inside” with the presence of AI capabilities in personal computers. By accelerating AI features on local machines, Intel aims to redefine the PC computing landscape, making AI an integral part of everyday computing. The AI Acceleration Program coincides with the official release of “Meteor Lake” on December 14, 2023, marking a significant stride toward reshaping the future of AI in PC technology.
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Conclusion:
In summary, Intel’s AI Acceleration Program signifies a groundbreaking shift in AI processing, promoting the integration of AI capabilities into personal computing. Collaborations with software developers, along with an emphasis on local AI processing and the synergy between the NPU, GPU, and CPU, underscore Intel’s commitment to redefining AI in PC technology. As we approach the launch of “Meteor Lake” on December 14, 2023, Intel is set to reshape the landscape of personal computing, positioning AI as an indispensable part of the modern PC experience.
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