Nvidia Unveils First Arm-Based PC Chip, Debuting in Laptops From Microsoft, Dell and HP
Key keywords: Nvidia Arm-based PC chip, Microsoft Copilot+ Arm laptops, Dell Nvidia-powered notebooks, HP Arm AI PCs, Windows on Arm ecosystem expansion, Qualcomm Snapdragon X Elite competitor, PC semiconductor market disruption
Nvidia, the global leader in graphics processing units and AI computing hardware, has officially entered the consumer PC processor market with its first ever Arm-based system-on-chip (SoC) designed exclusively for Windows laptops, the company announced at its annual Computex keynote Tuesday. The highly anticipated chip marks Nvidia’s most direct push yet into the $250 billion global PC semiconductor space, long dominated by x86 giants Intel and AMD, and more recently by Arm players Apple and Qualcomm.
The first wave of laptops powered by the new Nvidia Arm chip will launch in the first quarter of 2025, with initial models coming from long-time Nvidia partners Microsoft, Dell and HP. Microsoft will include the chip in its flagship Surface Pro and Surface Laptop lines as part of its expanded Copilot+ AI PC portfolio, while Dell will integrate it into its premium XPS 13 and XPS 14 ultrabooks, and HP will launch variants of its Spectre x360 2-in-1 devices with the new hardware.
Unlike Qualcomm’s Snapdragon X Elite series, the current leading high-end Arm chip for Windows, Nvidia’s new SoC integrates the company’s proprietary CUDA GPU cores, delivering a claimed 120 TOPS of on-device AI computing performance, nearly double the 70 TOPS offered by Qualcomm’s top-tier mobile chip. The extra AI horsepower allows the chip to run 70-billion-parameter large language models entirely offline, a feature targeted at creative professionals, software developers and enterprise users who need to process sensitive data without cloud connectivity.
Nvidia has also worked closely with Microsoft over the past 18 months to optimize the full Windows 11 ecosystem for its new chip, including native support for all Copilot+ features, DirectX 12 Ultimate gaming, and full compatibility with the existing library of Nvidia GeForce software tools, including DLSS 3.5 upscaling, RTX ray tracing, and the Nvidia Broadcast suite of content creation tools.
Industry analysts predict the launch will disrupt the PC chip market significantly, as Nvidia’s strong brand recognition among gamers, AI developers and creative users is expected to drive rapid adoption of its Arm-based laptops. The move also puts pressure on both Intel, which has lost significant mobile market share over the past three years, and Qualcomm, which previously held a near-monopoly on high-end Windows on Arm processors.
Pricing for the first wave of Nvidia-powered Arm laptops has not been announced, but company executives noted the devices will be positioned to compete directly with both high-end x86 ultrabooks and Snapdragon X Elite-powered Copilot+ devices, with expected starting prices between $999 and $1,499 depending on configuration.
Featured Comments
As a tech reviewer who’s tested every Arm Windows laptop released in the past 3 years, I’m most excited about the CUDA ecosystem integration. Developers who already build tools for Nvidia GPUs won’t have to rework their entire stack to run on these new laptops, which solves the biggest app compatibility gap Windows on Arm has faced against Apple Silicon. This could be the launch that finally makes Arm-powered Windows devices mainstream for both creative professionals and regular users.
As a casual gamer who travels for work 10+ days a month, I’ve been torn between the 18-hour battery life of Arm laptops and the ability to run my Steam library when I’m on the road. If Nvidia can get DLSS 3.5 and full GeForce Experience support working natively on these chips, I’ll be first in line to preorder a Dell XPS model with this new chip. No more carrying a bulky 6-pound gaming laptop just to play an hour of Baldur’s Gate 3 after work on business trips.
From a market competition perspective, this move is a direct shot across the bow at both Qualcomm and Intel. Qualcomm has had almost no competition in the high-end Windows on Arm space for years, and Intel has been struggling to hit performance and efficiency targets for its mobile chips for half a decade. Nvidia’s brand recognition among gamers and AI developers alone is enough to take 10%+ of the premium laptop market share as soon as these devices hit shelves, especially if they’re priced competitively with existing x86 and Snapdragon X Elite models.
I’ve been using a MacBook Air with M3 for my mechanical engineering degree, but I miss using a lot of Windows-only CAD and simulation software that doesn’t run well through Parallels. If these new Nvidia Arm laptops can get 12+ hours of real-world battery life and run my engineering tools without lag, I’ll definitely switch back to Windows next time I upgrade. The offline AI features for summarizing lectures and transcribing lab notes are a really nice bonus too.