Nvidia's Arm CPU plans face delays, launch postponed to 2026
Nvidia's Arm CPU N1x faces delays due to hardware issues, pushing launch to 2026.

Nvidia has encountered severe delays in its plan to launch the N1x CPU, an ambitious project signaling its entry into the Arm-based CPU market. The launch, initially expected sooner, has been postponed to 2026 due to a major hardware flaw discovered in the design. Industry sources report that this issue might require a drastic change in the silicon design, impacting both the debut and shipping timelines of the CPU. This development throws a wrench into Nvidia's plans to challenge established players like Intel, AMD, and Apple in the competitive processor market.
The N1x CPU's capabilities were briefly showcased when it appeared in Geekbench's online benchmark database, displaying performance metrics capable of rivaling top contemporary mobile processors. Furthermore, Nvidia plans to pit its N1 series against Qualcomm's Snapdragon X Elite, Intel's Core Ultra 200HX series, Apple's M3, and AMD's Ryzen AI Max. However, addressing the current hardware issues is crucial for Nvidia to maintain its competitive aspirations.
Nvidia had previously described that the N1 and N1x chips were in full production, a projection now considered overly optimistic given the recent setbacks. Reports from SemiAccurate highlight that the new problems mark the second major issue encountered this year, with earlier difficulties not requiring silicon redesigns. To achieve its strategic goals, Nvidia continues to mobilize industry collaborations and harness resources to push forward its Arm-based initiatives.
In January, Nvidia teased future plans for consumer-facing CPUs with a potential system in collaboration with partners, hinting at innovative designs. Despite the current difficulties, Nvidia's ambitions remain intact, with insiders hinting at a possible gaming laptop utilizing an Arm-based CPU and integrated GeForce GPU. This endeavor reflects the tech company's commitment to pushing the traditional PC and mobile gaming market into new paradigms despite competitors like Intel and AMD continuously advancing x86 architecture.
Nvidia's history suggests that overcoming initial setbacks could lead to success, as evidenced by its recovery following early struggles with graphics processors in the late 1990s. The journey of the N1 project bears resemblance to those early days, and Nvidia appears determined to replicate its past triumphs. Whether this new set of challenges will derail Nvidia's trajectory in the burgeoning Arm CPU market remains to be seen. Industry followers look to the future to witness whether Nvidia can once again innovate and lead in this new technological domain.
Sources: TechSpot, SemiAccurate, Geekbench