The CPU platform made for agentic PCs
AI Summary
AI is evolving as apps become more autonomous. As users prompt their agents to observe, reason, plan, and act across workflows, PCs require greater CPU compute, core scalability, and concurrency. Agentic workloads place new demands on compute, requiring platforms that can sustain AI inference, such as on-device agentic development with planning, dynamic workflows, and continual task execution, while remaining responsive across everyday applications.
Arm’s PC platform architecture enables the efficient CPU inference needed for responsive AI experiences, boosting consumer productivity and reducing cost per task for professionals. Designed to deliver sustained performance and power efficiency, Arm helps OEMs build PCs that support increasingly sophisticated on-device AI workloads while maintaining high performance and battery life.
Up to 18% faster single-threaded performance1
Arm CPUs deliver sustained AI performance, responsive multitasking, and efficient computing across demanding everyday and AI workloads.
Enhance creation and productivity
Arm’s performance, efficiency, on-device AI capabilities, and broad software support enables responsive, private, and continuous agentic experiences.
NVIDIA RTX Spark advances agentic AI PCs
The NVIDIA RTX Spark platform brings together Arm, NVIDIA, Microsoft, and leading OEMs around a shared vision for agentic AI PCs on Windows.
Applications for high performance laptops
Agentic AI workloads
As AI evolves from answering questions to completing multi-stage tasks, Arm provides the compute foundation for agentic experiences on PCs. Optimized for sustained AI workloads, Arm enables intelligent agents to analyze context, automate workflows, and take action on behalf of users — all while delivering the responsiveness, power efficiency, and on-device privacy needed for all-day use.
Creators
Arm-based laptops deliver sustained performance for designing, editing, rendering, and publishing without excessive heat or fan noise. Optimized for creative workflows and applications including Adobe Creative Cloud, Arm CPUs enable responsive multi-tasking, efficient media processing, and longer unplugged productivity for creators on the move.
Gamers
Arm CPUs enable responsive gaming and high-speed multi-tasking, and Arm GPUs in Chromebooks delivers immersive visuals with efficient graphics performance. Optimized power efficiency helps maintain sustained gameplay and streaming experiences without compromising thermals or battery life, bringing premium entertainment experiences to thin and portable devices.
Entertainment
Arm’s continuous investment in sustained multi-threaded performance enables smooth streaming, gaming, music playback, and multitasking across demanding entertainment workloads. Native support for leading applications including Netflix, Prime Video, and Spotify on Windows on Arm helps deliver responsive, efficient media experiences with extended battery life.
Enterprise
Built on a 64-bit Arm architecture and enabled by CSS for Client technologies, Arm-based laptops deliver responsive performance, efficient multi-tasking, and intelligent power management for modern enterprise workloads. A growing ecosystem of Arm-native business applications on Windows on Arm — including Microsoft 365, Cisco Secure Endpoint, and VPN solutions — helps improve productivity, security, and device efficiency across the workplace.
Students
Arm-based laptops are built for all-day productivity, combining responsive performance with power efficiency for note-taking, collaboration, editing, research, and streaming. Thin, lightweight designs and extended battery life help students stay productive throughout the day without needing to recharge.
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