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Interested in an AI-enabled PC for 2024? 

To be straightforward, we are all becoming sick of witnessing artificial intelligence (AI) splashed on every electronic device, a pattern that shows no signs of reducing. The computer industry is one of the latest sufferers of this pattern since, for the past year or two, AMD, Intel, Microsoft, and Qualcomm have frequently spoken about artificial intelligence PCs. The New Era of Work is an event that Microsoft is organizing on the 21st of March. The chief executive officers of AMD, Intel, and Qualcomm will individually give a different introductory speech at Computex in Taipei, Taiwan. This coming year, be ready for a wave of artificially intelligent PCs.  

 Sincerely, Tirias Research is an endorser of artificial intelligence (AI) processing as the upcoming major computing trend, utilizing trained data to improve the processing of predictive algorithms and interfaces for users. PC functions like recognition of voices, multimedia expansion, video calling efficiency, microphone noise cancellation, and power/battery optimization have significantly improved with the introduction of AI processing.

A new range of AI applications has been made possible by using large language models, or LLMs, to create Generative AI, or AI that can create original material or content in response to text cues. Specific jobs, like image production, commercial and creative writing, chatbot helpers, and currently even multimedia creation, may be completed with little human input, thanks to GenAI. However, up to this point, GenAI has only been used with a few client devices in cloud data centers. Cloud data centers could collapse due to the processing and power demands of the growing need for GenAI. 

Now and next for the PC market in 2024

The upcoming generation of artificial intelligence PCs will be able to run GenAI applications independently with little or no cloud support, changing the requirements of runaway cloud data centers.  

What Qualifies as an Artificial Intelligence PC? 

According to recent rumors, Microsoft has established a minimum specification for artificial intelligence (AI) PCs that calls for a neurological processor (NPU) with 40 TOPS (trillions of operations per second) or more and at least 16GB of DRAM. Presently available Windows PC processors need to fulfill the 40 TOPS criterion. With roughly 45 TOPS and compatibility for at least 16 GB of DRAM, Qualcomm’s Snapdragon X Elite platform, anticipated to ship in the second half of 2024, should exceed Microsoft’s performance criteria.

With about 34 TOPS, Intel’s Meteor Lake system needs to meet those requirements; however, when it finally ships later in 2024, Intel’s Lunar Lake system may meet the need. AMD’s next Ryzen CPU Strix Point might fulfill or surpass the 40 TOPS criteria. Thanks to their opening remarks at this year’s Computex, we will be aware of AMD, Intel, and Qualcomm’s positions in the competition to satisfy Microsoft’s specifications. 

It raises an important question:  

Is Microsoft the ultimate judge of what constitutes an artificial intelligence PC, or must I wait for the latest chips in the second part of the year?  

AMD and Intel have displayed some initial features of their current-generation platforms. From the Snapdragon 850 in 2018, Qualcomm has included an NPU in its PC Snapdragon CPUs. 

Since the debut of the M1 in 2020, Apple M processors in MacBooks feature neural processors, sometimes known as the Neural Engine, and they accept the concept of executing additional artificial intelligence workloads on clients. According to a press release regarding the latest MacBook Air product introduction, every Mac is now an excellent platform for AI thanks to the switch to Apple silicon.

The MacBook Air M3 is the most significant consumer laptop for artificial intelligence in the world because it has a 16-core Neural Engine that is faster and more efficient. It also has stimulants in the CPU and GPU to improve on-device machine learning.

By utilizing this fantastic AI capability, macOS offers intelligent capabilities that boost creativity and productivity. Users can activate robust camera functions, voice-to-text functionality in real-time, translation, text prediction, visual comprehension, accessibility enhancements, and more.  

 Because AI workloads may be executed on the GPU’s Tensor Units, Nvidia contends that any computer with a separate graphics processing unit (GPU) from the RTX 20 series or later qualifies as an AI PC. Nvidia uses AI to scale up game assets and display resolution in order to implement rendering images. Their case is strengthened because most AI workloads are taught on Nvidia GPUs. It’s relatively easy to run intelligence tasks on GeForce RTX GPUs. The issue is that it could be more power efficient than AI models on specialized NPUs.  

 Notebooks exceed personal computers, especially in the business sector, and the ability to execute AI inference computations on specialized NPUs is justified because it is a remarkably power-efficient method of executing AI workloads without depleting the notebook’s battery life. 

What further developments can we expect from AI PCs in 2024?  

 It is anticipated that Microsoft will push to offer its artificial intelligence CoPilot on consumer devices in addition to the cloud. CoPilot has the potential to improve productivity and alter how people use PCs. It could be the most significant PC modification since Windows’ graphical user interface replaced the text-based DOS. We are incredibly near a stepping functional improvement in AI processing power, even though today’s PC chips with NPUs may give some AI capacity.  

 With the introduction of the Artificial Intelligent PC Acceleration Program last year, Intel has been actively involved in developing pertinent software. According to the business, over 100 million PCs will have AI enabled by 2025 using the Intel Core Ultra CPUs. The firm wants to offer over 300 AI-accelerated functions to improve PC experiences in gaming, streaming, video collaboration, audio effects, and more. It is currently collaborating with more than 100 ISVs.

Adobe, Audacity, BlackMagic, BufferZone, CyberLink, DeepRender, Fortemedia, MAGIX, Rewind AI, Skylum, Topaz, VideoCom, Webex, Wondershare Filmora, XSplit, and Zoom are among the companies that have already joined the initiative. In the meantime, AMD has concentrated more on significant ISVs, such as Adobe and Microsoft. With the years of development Qualcomm has invested in its mobile platforms and its AI Stack and AI Hub, it aims to gain an advantage.  

 All of this effort builds toward the anticipated significant announcements by every single one of the participants during the Microsoft conference in late March, particularly at Computex in June, where we will discover more about the advancements that AI PCs will undergo during the remainder of the year. AI PCs will be discussed frequently throughout the year and will become widely used over the next two years.

AI PCs will initially be most beneficial for creative work, but many programs will incorporate AI features. While several will benefit from local AI, specific artificial intelligence capabilities will continue to be cloud-based. If you want to be ahead of the curve and get a computer with artificial intelligence PC this year, that is the only decision you need to make. 



Editorial Staff
Editorial Staff
Editorial Staff at AI Surge is a dedicated team of experts led by Paul Robins, boasting a combined experience of over 7 years in Computer Science, AI, emerging technologies, and online publishing. Our commitment is to bring you authoritative insights into the forefront of artificial intelligence.


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