AI-infused applications such as Microsoft Copilot + PCs are transforming the workforce by automating routine tasks and personalizing employee experiences. According to Foundry’s 2024 Tech Priorities study, 89% of IT decision-makers have reported researching, piloting, or deploying AI-enabled technologies.[1]
However, expanding AI within organizations comes with challenges, including high per-seat licensing costs, increased network loads from cloud-based services, environmental impacts from energy-intensive data centers, and the intrinsic difficulty of complex technology integrations. These issues can hinder AI scalability and limit its benefits.
Fortunately, a solution is at hand. By moving AI-inferencing workloads to PCs, businesses can help address these challenges and scale AI more effectively.
Why the ideal time to shift to AI PCs is now
With Windows 10 nearing end-of-support, businesses must decide whether to update their existing hardware or upgrade completely when shifting to Windows 11.
AI-ready hardware offers substantial benefits, being designed to support advanced AI applications that boost workplace productivity and collaboration. Investing in AI PCs now will put businesses in the best position to enhance their current capabilities, with the flexibility to meet future needs.
This shift is only possible because AI-ready chips have reached the level of maturity enterprise adoption requires. AMD Ryzen™ AI PRO processors are a case in point. AMD stands out for its broad portfolio of AI processors that cater to various user needs, from data analysis to automated customer experience and professional creative work that might be needed for marketing teams.
Tests by Signal65 comparing the Lenovo T14s powered by the AMD Ryzen™ AI 7 PRO 360 processor versus a leading laptop powered by an Intel Core Ultra 7 165U showed the Lenovo device was up to 70% faster in creation applications compared to the competing system.[2] The AMD Ryzen™ AI PRO processors also use low power in AI-powered apps, with multi-day battery life.[3]
Three key considerations when upgrading to AI PCs
As businesses make this crucial upgrade to their PC fleets, it’s essential that they invest in systems that are fit to deliver on the advantages AI promises. Key considerations include:
Security –AI increases application data use. AMD PRO processors feature a dedicated AI hardware accelerator to enable local data processing, which is designed to enhance user privacy[4]. AMD PRO Technologies deliver multi-layered security across hardware, OS, and the system level, exceeding the latest security requirements for modern devices.[5]
Ecosystem – To give the user seamless easy integration of apps with hardware, look for vendors with a rich partner ecosystem. AMD offers over 100 AI experiences enabled for AMD Ryzen AI PCs, and works with industry leaders, including Adobe, Microsoft, Zoom, and many more.[6]
Performance –AI laptops need to perform well, if they are to support on-device processing effectively and take on more AI-related heavy lifting. AMD’s integrated AI engine can run select AI-optimized applications locally with high speed and minimal latency, accelerating critical business processes.
As AI matures, AI-powered PCs, laptops, and mobiles will play a vital role in scaling AI use. Now’s the perfect opportunity for organizations to get ahead and future-ready their fleets with trusted solutions from innovators like AMD.
Learn more about Copilot+ PCs Powered by AMD Ryzen AI PRO Series Processors
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[1] Foundry, “CIO Tech Poll: Tech Priorities Study,” 2024 https://resources.foundryco.com/download/cio-tech-priorities-executive-summary#:~:text=Technologies%20taking%20center%20stage&text=In%20fact%2C%2070%25%20of%20ITDMs,increase%20over%20the%20next%20year.
[2] Signal65, “AMD Ryzen™ AI PRO Processor Performance and TCO Leadership,” February 2025 https://signal65.com/research/ai/amd-ryzen-ai-pro-processor-leadership-and-tco-benefits/ (page 3)
[3] AMD, “The world’s best AI PC enterprise platform,” https://ryzen-ai.com/en/pro-business/#note-5 GD-173a. AMD defines “All Day Battery Life” as at least 8 hours of continuous battery life and “Multi-Day battery Life” as continuous runtime above 8 hours. All battery life scores are approximate. Actual battery life will vary based on several factors, including, but not limited to: system configuration and software, settings, product use and age, and operating conditions. GD-173a.
[4] AMD, “AMD Ryzen™ AI Processors,” https://www.amd.com/en/products/processors/business-systems/ryzen-ai.html#benefits
[5] Compared to Intel vPro, AMD PRO Manageability implements a newer version of the TLS (Transport Layer Security) protocol which provides higher levels or security and lower latency (TLS 1.3 vs TLS 1.2). KRKP-8
[6] AMD, “AMD Ryzen™ AI Processors,” https://www.amd.com/en/products/processors/business-systems/ryzen-ai.html#benefits
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Source: News