On May 29, something quietly extraordinary happened online. At 9:00 a.m. Pacific time, Nvidia, Microsoft’s Windows account, and Arm all posted the exact same message simultaneously on X: “A new era of PC.” Each post included the same GPS coordinates — 25.0528, 121.5990 — pointing directly to the Taipei Music Center in Taiwan. That’s where Nvidia CEO Jensen Huang is delivering his GTC Taipei keynote on June 1 at 11:00 a.m. local time, one day before Computex 2026 officially opens on June 2.
The message was coordinated. The timing was coordinated. The venue is already confirmed. And everything in the leak pipeline from the past six months of industry reporting points to the same thing: Nvidia is about to announce its first laptop processors — the N1 and N1X — and the Windows on Arm landscape is about to look very different.
What Are the Nvidia N1 and N1X?
These are Arm-based system-on-chip processors co-developed with MediaTek, designed specifically for Windows laptops. It marks Nvidia’s first major entry into the consumer laptop CPU space — a market that ships roughly 150 million units per year and has historically belonged to Intel, AMD, and more recently Qualcomm. The N1X is the premium chip; the N1 is the mainstream variant.
The architecture builds on Nvidia’s GB10 (Grace Blackwell 10) superchip platform, pairing Arm CPU cores with Blackwell GPU architecture — the same generation powering Nvidia’s current data center and desktop AI hardware. This is not a scaled-down version of something designed for servers and adapted for laptops; the N1X is described as the first chip designed from the ground up to live inside a laptop rather than a rack.
The key word across all of the technical coverage is CUDA. Every competing Arm laptop chip — Qualcomm’s Snapdragon X Elite, Apple’s M4 series, AMD’s Strix Point — runs on proprietary AI stacks. The N1X brings the full CUDA software ecosystem to a portable Windows device for the first time. That’s not a minor distinction. CUDA is the backbone of AI development, machine learning workflows, and increasingly gaming-adjacent technologies like DLSS. Developers building on CUDA don’t have to rewrite anything to target the N1X.
Confirmed N1X Specifications
Based on Lenovo’s accidentally published internal product database and engineering board leaks confirmed across multiple outlets, here’s what the N1X is expected to deliver:
- CPU (Top config): 20 cores — 10x Cortex-X925 performance cores + 10x Cortex-A725 efficiency cores
- CPU (Lower config): 18 cores — same core mix with slightly reduced count
- GPU (Top config): 48 Streaming Multiprocessors, 6,144 CUDA cores — described as RTX 5070-class GPU performance
- GPU (Lower config): 40 SMs, 5,120 CUDA cores
- Memory: 16GB to 128GB LPDDR5X unified memory
- Power range: 45W to 80W TDP
- Connectivity: 12 PCIe 5.0 lanes + 5 PCIe 4.0 lanes
- Process node: TSMC 3nm
RTX 5070-class GPU performance in a laptop chip is genuinely significant. For context, the RTX 5070 is a mid-to-high-end desktop GPU released in early 2025. Delivering that level of graphics capability within a 45-80W power envelope, unified with the CPU in a single SoC, is the kind of efficiency ratio that would push Windows on Arm gaming viability into a completely different tier.
N1 Specifications — The Mainstream Version
The standard N1 is built for thinner, lighter AI-focused laptops rather than maximum performance. The leaked configurations show:
- CPU: 10-core or 12-core designs — either 8+4 or 7+3 splits of Cortex-X925/Cortex-A725 cores
- GPU: 20 or 16 Blackwell SMs — 2,560 or 2,048 CUDA cores
- Memory: 8GB to 64GB LPDDR5X
- Power range: 18W to 45W TDP
- PCIe: Fewer lanes than the N1X
The N1 is the chip that goes into the ultra-thin, all-day-battery AI productivity laptop. The N1X is the chip that goes into high-performance creative and gaming notebooks. Both run the same CUDA stack. Both run Windows on Arm.
Which Devices Are Coming?
The device landscape is already taking shape from multiple leak sources. Dell, Lenovo, ASUS, and MSI are all confirmed or heavily rumored to be in the first wave. VideoCardz reported that Dell has an embargoed XPS laptop launch powered by the N1X, suggesting announcement timing could overlap with or closely follow Jensen Huang’s June 1 keynote.
Lenovo’s internal product database already surfaced several specific model numbers:
- IdeaPad Slim 5 14N1V11 and 16N1V11 — mainstream N1 variants
- Yoga Pro 7 15N1V11 and 15N1X11 — N1 and N1X configurations
- Yoga 9 2-in-1 16N1X11 — premium N1X convertible
- Legion 5, Legion 7, and Legion 9 — gaming-focused N1X configurations
- Legion T5 desktop family — expected refresh later in 2026
ASUS teased an N1-powered ProArt laptop on its own social channels. Microsoft Windows head Pavan Davuluri separately confirmed something new is coming for developers — specifically noting it is not a new OS version, pointing clearly at hardware. The software side of the announcement is expected to be completed at Microsoft Build in San Francisco the same week, with Nvidia handling the hardware reveal in Taipei.
Why Does This Actually Matter? The CUDA Angle
Windows on Arm has been a story of incremental improvement and persistent compatibility frustration since its debut in 2012. Qualcomm’s Snapdragon X Elite made real progress on application emulation and battery efficiency, and the Copilot+ PC push in 2024 gave the platform an AI-focused identity. But it never felt like a threat to Intel and AMD’s core positioning.
The N1X changes that calculus. Every competing Arm laptop chip — Qualcomm’s Snapdragon X Elite, Apple’s M4 series, AMD’s Strix Point — runs on proprietary AI stacks. The N1X brings the CUDA ecosystem to a portable Windows device for the first time. That means the entire developer ecosystem built around CUDA — AI researchers, machine learning engineers, game developers using DLSS, video editors running GPU-accelerated workflows — can suddenly target a thin laptop instead of a desktop workstation. The software compatibility moat that Intel and AMD have relied on for years just got a lot shallower.
Microsoft’s Prism x86 emulation layer has been steadily improving, which means the historical Windows on Arm weakness of running legacy applications is less of a blocker than it was in 2022 or even 2024. Pair that with a chip that natively runs the most important GPU computing stack in the world, and the case for an N1X laptop becomes surprisingly compelling for a wide range of users.
The Qualcomm Comparison
Qualcomm has spent years earning its position as the primary Windows on Arm chip partner, and the Snapdragon X Elite was the strongest laptop chip it ever shipped. The N1X doesn’t just challenge Qualcomm’s performance numbers — it arrives with a brand recognition advantage that Qualcomm simply cannot match. Every developer and enthusiast in the PC space already knows what CUDA is. The “Nvidia inside” label carries weight in a way that “Snapdragon X Elite” never fully managed to communicate to mainstream buyers.
The GPU performance story is also fundamentally different. Qualcomm’s integrated graphics in the Snapdragon X Elite are capable for productivity and light gaming but not in the same tier as dedicated discrete graphics. The N1X ships with what amounts to a near-flagship laptop GPU baked directly into the SoC. For Windows on Arm gaming specifically — which has improved dramatically over the past year in terms of game compatibility — that gap is meaningful.
Pricing and Availability
Specific pricing hasn’t been confirmed ahead of the June 1 keynote. Premium laptop pricing is expected given LPDDR5X memory costs and TSMC 3nm manufacturing, so don’t expect these to be budget devices. The DGX Spark desktop system using the GB10 superchip launched at $3,999, but laptop designs eliminate several of that system’s enterprise-focused components, bringing costs down substantially from that baseline.
First devices are targeted to reach market before the 2026 holiday season, with broader availability expected into early 2027. Pre-orders could open shortly after the Computex announcement depending on how far along the manufacturing pipeline the first wave of devices actually is.
What to Watch at Jensen Huang’s June 1 Keynote
Beyond the N1 and N1X reveal itself, the GTC Taipei keynote is expected to cover several additional topics worth following:
- DLSS 5 details — the next iteration of Nvidia’s upscaling technology, expected to extend to the N1X platform
- Vera Rubin NVL72 partner announcements — datacenter hardware updates for enterprise buyers
- Physical AI and robotics programming — Nvidia’s expanding push into physical world AI applications
- Developer framework support — which CUDA-based development tools are ready to run natively on N1X hardware from day one
The keynote runs June 1 at 11:00 a.m. Taipei time — that’s 8:00 p.m. PDT on May 31 for West Coast US viewers, or 11:00 p.m. EDT. Computex itself opens June 2 and runs through June 5, which is where the full device lineup from Dell, Lenovo, ASUS, MSI, and potentially Microsoft Surface will get their official debuts.
The “new era of PC” framing isn’t just marketing noise this time. If the N1X delivers on its leaked specifications, it represents the most significant shift in Windows laptop hardware in over a decade — and the first time that a chip carrying Nvidia’s name will sit at the heart of a mainstream portable computer.
In other big gaming and tech news this week, Bunny Guys is free on the Epic Games Store until June 5 and worth grabbing before the deadline, Pokemon Winds and Waves just received major story leaks covering its Champion, Seed Pokemon, and Netsu battle mechanic, Kingdom Hearts 3’s 4-player multiplayer mod dropped impressive early footage, and Minecraft revealed its new Dappled Forest biome and the Minecraft Movie sequel title at TwitchCon Rotterdam.
