First Windows PC Powered by Nvidia Chips to Launch Next Week

On May 29, 2026, Nvidia and Microsoft posted coordinated social media teasers declaring "a new era of PC," with GPS coordinates pointing to the Taipei World Trade Center — home of Computex 2026 [1]. The next day, Axios reported that the first Windows PCs powered by Nvidia chips would debut the following week, appearing in both Microsoft Surface devices and machines from Dell, Lenovo, and other manufacturers [2]. Nvidia CEO Jensen Huang is scheduled to take the Computex stage on June 1 to formally unveil the N1X processor — the company's first ARM-based chip designed for consumer laptops [3].

The announcement represents a significant expansion for a company whose data center revenue hit $193.7 billion in fiscal year 2026, up 68% from the prior year [4]. Nvidia already dominates AI training hardware with roughly 90% market share. Now it wants to put its silicon inside the machines sitting on every desk and lap.

What the N1X Actually Is

The N1X is a system-on-chip (SoC) — a single package containing CPU, GPU, and AI accelerator — built in partnership with MediaTek, the Taiwanese semiconductor company that manufactures chips for most of the world's Android phones [5]. Jensen Huang has publicly described the joint project as designed for "AI computers," emphasizing low power consumption and high performance [5].

Based on leaked specifications and benchmark results, the N1X features [6] [7]:

• CPU: 20 ARM cores in a big.LITTLE configuration — 10 Cortex-X925 performance cores (projected at 4.0–4.2 GHz boost) and 10 Cortex-A725 efficiency cores
• GPU: Blackwell-architecture GeForce graphics with 6,144 CUDA cores — matching the desktop RTX 5070's shader count
• AI accelerator: 180–200 TOPS (trillions of operations per second) of AI compute
• Memory: Unified LPDDR5X pool supporting up to 128 GB
• Software stack: Full CUDA support, meaning existing GPU-accelerated applications can run on the integrated graphics without modification

There is also a lower-tier N1 variant, though specifications for that chip remain less clear [3].

Benchmark Reality Check

Leaked Geekbench 6 results put the N1X at 3,096 in single-core performance and 18,837 in multi-core [7]. These numbers tell a mixed story.

Source: Toms Hardware / Geekbench

Data as of May 30, 2026CSV

In multi-core workloads, the N1X outperforms the first-generation Snapdragon X Elite (approximately 14,800) by roughly 27% [7]. It falls within range of Apple's M4 Pro (approximately 19,500) but trails the M4 Max (approximately 24,100) by about 22% [7]. Qualcomm's upcoming Snapdragon X2 Elite Extreme, with leaked scores around 22,200, also appears to outpace the N1X in raw CPU throughput [8].

In single-core performance — often a better proxy for how responsive everyday software feels — the N1X's 3,096 score places it competitively with Intel's Arrow Lake-HX and AMD's Ryzen AI MAX (Strix Halo) laptop processors, but Apple's M4 Max leads by roughly 30% [7].

The critical caveat: these are leaked, pre-production benchmarks. Shipping performance could differ in either direction. And the N1X's real differentiator is not its CPU — it is the integrated RTX 5070-class GPU with full CUDA support, which no competing ARM chip offers.

The GPU Advantage — and Why It Matters

Every other ARM-based Windows chip — whether from Qualcomm or a hypothetical future entrant — relies on relatively modest integrated graphics. The N1X embeds a GPU that, in desktop form, sells for $549 on its own. For workloads that tap GPU acceleration — video editing, 3D rendering, machine learning inference, and increasingly, everyday AI features — the N1X could hold a substantial edge.

CUDA, Nvidia's proprietary parallel computing platform, has become a de facto standard in scientific computing, AI development, and creative software. Adobe's creative suite, DaVinci Resolve, Blender, and hundreds of other applications are optimized for CUDA. By putting CUDA-capable hardware into a laptop SoC, Nvidia is offering something Qualcomm and Apple cannot: native hardware acceleration for the largest library of GPU-optimized software on Windows [5].

Whether this advantage translates to noticeably better performance for a consumer buying a $1,000–$1,500 laptop depends heavily on their workload. For web browsing, document editing, and video calls, the GPU advantage is marginal. For AI inference tasks, creative work, and gaming, it could be significant.

Who Is Building These Machines

At least four major OEMs are preparing N1X-based devices [3] [9]:

• Dell has an embargoed XPS laptop with N1X set to be shown at Computex, with XPS and Alienware lines in testing
• Lenovo accidentally confirmed the Legion 7 15N1X11 gaming laptop (requiring a 245W power adapter, signaling high-performance intent), plus IdeaPad Slim 5, Yoga Pro 7, and Yoga 9 2-in-1 variants
• Asus has teased a ProArt laptop targeting creative professionals
• MSI is also preparing devices
• Microsoft Surface variants have been cited in supply chain reports [2]

Pricing is expected to start around $1,500–$2,000 for initial models, placing N1X machines firmly in the premium and enthusiast tier [6]. Mass-market availability is projected for the second half of 2026, with broader rollout into early 2027 [6].

Nvidia's Road to the PC

Nvidia has been here before. The company's Tegra processors powered early Android tablets and the Shield gaming handheld. Its 2020 attempt to acquire ARM Holdings for $40 billion collapsed under regulatory pressure in 2022. The MediaTek partnership represents a different approach — rather than owning the CPU architecture outright, Nvidia is combining MediaTek's ARM chip design expertise with its own GPU and AI accelerator technology [5].

Jensen Huang confirmed the collaboration publicly, and the two companies have been working together for at least two years [5]. The partnership also required close cooperation with Microsoft to ensure Windows on ARM compatibility, driver certification, and integration with features like Copilot+ AI capabilities [1].

The Qualcomm Question

Qualcomm pioneered the current wave of ARM-based Windows PCs. Its Snapdragon X Elite, launched in June 2024, was the first ARM chip to achieve broad OEM adoption for Windows laptops [10]. The company claims its chips now power 10% of premium Windows PCs (those priced above $800) in the United States, up from 0.8% a year earlier [10]. Qualcomm has announced 150 AI PC designs to be commercialized through 2026 and has stated an ambition to capture over 50% of the Windows PC market within five years [10].

Nvidia's entry directly threatens this trajectory. Qualcomm's total QCT (chipset) revenue was $10.6 billion in Q1 FY2026 [11], though the company does not break out PC-specific revenue. The PC segment remains a small but growing fraction of Qualcomm's business, alongside its dominant mobile phone chip operation and expanding automotive division.

If Nvidia captures even 10–15% of the ARM Windows PC market, Qualcomm's growth story in PCs weakens considerably. Qualcomm has responded with the Snapdragon X2 Elite and X2 Elite Extreme, its second-generation PC chips slated for the first half of 2026 [10]. Early benchmarks suggest the X2 Elite Extreme outperforms the N1X in CPU workloads [8], but Qualcomm has no answer for Nvidia's GPU and CUDA advantage.

The Copilot+ PC launch in mid-2024 provides a cautionary data point. Early Snapdragon X Elite machines shipped with notable software compatibility issues — users reported problems with apps including Discord and games — and the gaming performance gap relative to x86 alternatives was significant [12]. Some of Microsoft's Recall feature, a flagship Copilot+ selling point, was delayed for months after launch due to privacy concerns. These first-generation growing pains contributed to an adoption curve slower than Qualcomm had projected.

The ARM Compatibility Picture in 2026

The software landscape for Windows on ARM has improved materially since those early stumbles. Microsoft reports that over 93% of the apps users spend the most time in now run natively on ARM [13]. Adobe Photoshop, Premiere Pro, Google Chrome, and Google Drive all have native ARM64 builds [13]. The Prism emulation layer — which runs x86 applications on ARM hardware — has improved to roughly 10–15% performance overhead, which Microsoft and Qualcomm say is unnoticeable for everyday tasks on current-generation chips [13] [14].

Yet gaps remain. Enterprise IT departments report that 85% of business-critical apps work natively or through emulation [15], leaving a 15% tail of specialized software — often legacy line-of-business applications, hardware-specific drivers, and niche professional tools — that does not yet function reliably. For organizations standardized on x86 hardware, that 15% gap creates real friction for adoption.

Nvidia's Market Concentration Problem

Nvidia entering the PC CPU market raises market-concentration questions that regulators are already exploring in adjacent domains. The company controls between 70% and 95% of the AI chip market depending on how the category is defined, and holds 92% of the add-in GPU market [16]. French antitrust authorities have concluded that Nvidia is "likely abusing its dominance" through practices including price fixing and discriminatory behavior [16]. The U.S. Department of Justice has been examining Nvidia's market position in AI chips [17]. China opened a formal antitrust investigation in late 2024 [18].

Source: Nvidia SEC Filings

Data as of May 28, 2026CSV

With fiscal year 2026 data center revenue of $193.7 billion and gaming revenue of $16 billion [4], Nvidia is now one of the largest companies in the world by revenue. Adding the PC CPU market to its portfolio would mean a single company controls the dominant GPU platform, the dominant AI training hardware, and a growing share of the processors that run Windows laptops. No formal investigation has been announced specifically regarding the N1X or PC market entry, but the European Commission and U.S. regulators have signaled broad interest in Nvidia's expanding footprint across the compute stack [16] [17].

The counterargument: Nvidia's entry increases competition in a PC market that Intel and AMD have dominated for decades. More competitors generally benefit consumers through lower prices and faster innovation. ARM itself — the architecture underlying the N1X — is licensed to dozens of companies, preventing the kind of monopoly Intel held over x86 for years.

Who Gets Disrupted

If the N1X succeeds, the most immediate pressure falls on Intel and AMD. Intel maintains 74% of the laptop CPU market [19], but that share is under dual threat: AMD has grown to 36.4% in desktop CPUs [19], and ARM chips are eroding the assumption that Windows requires x86 hardware. Intel executives have publicly emphasized that "the x86 ecosystem remains the world's most widely deployed high-performance compute architecture" [19], but this framing is defensive.

AMD faces a more nuanced challenge. Its Ryzen AI processors compete directly with ARM chips in the laptop market, but AMD also sells discrete GPUs that compete with Nvidia. An Nvidia-powered laptop ecosystem could further marginalize AMD's Radeon graphics by bundling superior GPU performance into the SoC itself.

Enterprise IT departments standardized on x86 face the steepest transition costs. Device management tools, security software, and deployment pipelines often assume x86 compatibility. While Windows on ARM has improved, IT administrators surveying the landscape report continued concerns about driver support, VPN compatibility, and endpoint management tools [15].

The realistic timeline for material disruption is measured in product generations, not months. ARM-based Windows PCs represented roughly 10% of the premium market in early 2026 [10]. Even aggressive forecasts from Qualcomm project 12% of the total PC market by 2029 [10]. For ARM — including both Qualcomm and Nvidia — to meaningfully displace x86, the software compatibility gap needs to close further, enterprise management tools need full ARM support, and price points need to drop below the current $1,500+ floor.

The Premature Hype Case

There is a reasonable argument that the N1X launch carries more heat than substance. Qualcomm's own ARM PC debut in 2024 was accompanied by enthusiastic predictions of x86's demise, yet 18 months later, the company's share of the total PC market (not just premium) remains in the single digits [10]. Users who adopted early Copilot+ PCs encountered app compatibility issues, limited gaming performance, and a Recall feature that Microsoft itself had to delay [12].

Nvidia's N1X addresses some of those weaknesses — particularly in GPU performance and gaming — but introduces its own uncertainties. The chip is manufactured by MediaTek, a company with no track record in PC processors. Pricing at $1,500+ puts it out of reach for the mainstream market. And the leaked benchmark numbers, while competitive, do not show a decisive advantage over Qualcomm's second-generation X2 chips in CPU tasks [8].

The strongest version of the skeptical case: Nvidia's core competency is in GPUs and data center hardware, where its margins and market position are extraordinary. The PC CPU market is low-margin, intensely competitive, and littered with the remains of past entrants who couldn't sustain the investment required. Nvidia's data center business generated $193.7 billion in revenue last fiscal year [4]; the entire global PC market generates roughly $250 billion annually. It is not obvious that the PC market offers a return on investment commensurate with Nvidia's opportunity cost.

What Happens Next

Jensen Huang takes the Computex stage on June 1 [3]. The announcement is expected to include formal N1X specifications, OEM launch partners, availability dates, and pricing. Microsoft's Build conference in San Francisco will likely showcase the software side — how Windows, Copilot, and the broader application ecosystem will take advantage of Nvidia's silicon [2].

The initial devices will target enthusiasts and professionals willing to pay premium prices for GPU performance in an ARM laptop. Whether the N1X eventually reaches the $800–$1,200 mainstream laptop market — the segment where volume lives — depends on MediaTek and Nvidia's ability to produce cheaper variants, and on OEMs' willingness to build affordable machines around unproven silicon.

For consumers, the practical advice is straightforward: wait for independent reviews. Leaked benchmarks and coordinated marketing teasers are not substitutes for real-world performance testing under typical workloads. The ARM transition on Windows is real and accelerating, but it took Apple three years of M-series chips before the Mac ecosystem fully stabilized around ARM. There is no reason to expect Windows on ARM to move faster.