Nvidia (NASDAQ:NVDA) used the COMPUTEX technology conference in Taiwan to unveil a new processor designed for Microsoft Windows devices, marking a major step in its push into the personal computer market and broadening its presence beyond data centres and AI accelerators.
Chief Executive Jensen Huang introduced the new RTX Spark family of “superchips” during his keynote presentation, positioning the platform as a foundation for next-generation AI-enabled laptops and desktop computers.
RTX Spark Built Around Nvidia’s New N1X Processor
At the heart of the RTX Spark platform is Nvidia’s new N1X processor, a custom-designed chip developed in partnership with Microsoft and created alongside Taiwanese semiconductor company MediaTek.
The processor is based on Arm architecture and has been designed to power a new generation of Windows PCs capable of handling advanced artificial intelligence workloads directly on the device.
According to Huang, the platform is primarily intended to support locally hosted AI agents, with Nvidia working closely with Microsoft to optimise the Windows software ecosystem for these capabilities.
Major PC Manufacturers Adopt the New Platform
Huang confirmed that Microsoft’s Surface devices will incorporate the new processors, alongside upcoming products from several of the world’s largest PC manufacturers.
Companies expected to launch systems powered by the new chips include HP, Dell, Lenovo, Asus, Acer and MSI.
The move places Nvidia in direct competition with established processor suppliers Intel and AMD in the Windows PC market, while also creating a potential challenge for Apple’s MacBook lineup.
Interest in Nvidia’s Arm-based PC strategy has been building for several years, particularly after reports emerged in 2023 that the company was developing a dedicated processor for personal computers.
Nvidia Introduces Vera AI Agent Processor
Alongside the RTX Spark announcement, Nvidia also revealed a new processor called Vera, specifically designed to support AI agents and autonomous software workflows.
Huang said Vera was engineered to accelerate agent-based computing tasks and claimed the platform could deliver “80% faster agentic task completion” compared with existing technologies.
The company views AI agents—software systems capable of independently performing tasks and making decisions—as a key growth area for the broader artificial intelligence industry.
Vera Rubin Platform Moves Into Full Production
Nvidia also provided an update on its next-generation Vera Rubin AI architecture, with Huang stating that the platform has now entered full-scale production.
He noted that Nvidia’s manufacturing partners are producing the processors at commercial scale, marking an important milestone for the company’s future AI infrastructure roadmap.
In a separate statement, Nvidia said shipments of Vera Rubin products are expected to begin during the autumn period.
Broader Expansion Across Enterprise and Physical AI
Beyond its processor announcements, Nvidia used the event to showcase a wider range of artificial intelligence technologies targeting enterprise customers, data centre operators and physical AI applications.
The company continues to position itself at the centre of the rapidly expanding AI ecosystem, with new hardware and software offerings aimed at supporting everything from personal AI assistants to large-scale enterprise deployments and autonomous systems.