AI Compute Platform Drives Global Transformation
Artificial intelligence (AI) compute platform is rapidly shaping industries worldwide, transforming how people live and work. When harnessed properly, AI offers groundbreaking solutions that impact billions. This AI compute platform now powers devices from data centers to smartphones, making AI a mainstream tool for businesses and consumers alike.
The rise of AI compute platform is evident in the swift adoption of technologies like ChatGPT, which reached a million users within just five days. This generative AI model is among approximately 150 new foundational models launched over the past 18 months. Alongside generative AI, agentic and emerging physical AI—capable of sensing and interacting with the environment—are further revolutionizing industries.
Building AI’s Future: Taiwan’s Vital Role
Local leaders noted that meeting AI’s growing demands calls for stronger partnerships and bold innovation. Taiwan, praised as the heart of the global AI supply chain, plays a critical role with its engineering and manufacturing expertise. Its tight integration across design, hardware, and production makes Taiwan indispensable in delivering AI solutions worldwide.
Three pillars support the AI compute platform’s growth: a seamless platform from cloud to edge, backing the largest software developer community, and delivering top performance per watt. These foundations enable scalable and efficient AI applications across diverse sectors.
Arm Compute Platform’s Expanding Influence
With over 310 billion Arm-based chips shipped, the AI compute platform dominates many markets. Around 22 million developers prefer building on this platform due to its extensive reach and flexibility. To optimize AI workloads, a suite of AI software libraries was introduced, integrated into major AI frameworks like PyTorch and ONNX Runtime, enhancing real-world AI applications in automotive, cloud, IoT, mobile, and PC industries.
Collaboration with original equipment manufacturers and platform providers, notably in Taiwan, aims to expand this AI compute platform’s presence in PCs. Given that Arm already powers 99% of smartphones, the goal is to replicate this success in AI-enabled personal computers. It is predicted that by 2025, over 40% of PCs and tablets will utilize Arm-based architectures.
Power Efficiency: Key to Scaling AI
As AI workloads grow more demanding, power efficiency becomes crucial. Energy consumption, especially in data centers like those in Taiwan, is expected to increase eightfold by 2028. Without improved efficiency, AI scalability will stall. Industry experts emphasized the need for a fresh approach that integrates CPUs, GPUs, and entire systems focused on maximizing performance per watt.
Arm’s decades of experience in energy-efficient computing have positioned it well to address these challenges. With significant adoption by cloud providers such as Amazon Web Services, where more than half of new CPU capacity runs on Arm-powered processors, the platform continues to deliver at least 40% power savings across major cloud infrastructures.
Innovations Driving AI Performance
Since 2020, Arm’s Neoverse CPUs, paired with GPUs and DPUs, have eliminated performance bottlenecks. Platforms like NVIDIA’s Grace Blackwell leverage these CPUs to create fully integrated systems optimized for AI tasks. Cloud providers worldwide are redesigning their infrastructure from the ground up, purpose-building each component to meet AI’s demanding needs.
Industry voices expect that by the end of 2025, nearly half of all new chips shipped to hyperscalers will be Arm-based. Together with Taiwan’s ecosystem, stakeholders are laying the foundation for AI that operates seamlessly from the cloud to edge devices. This collaboration marks a once-in-a-lifetime chance to shape AI’s future globally.
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