Nvidia’s New Arm CPU for Windows: Intel to Manufacture

The technological terrain is shifting as Nvidia makes a groundbreaking move, joining forces with MediaTek to craft an Arm-based mobile CPU tailored for Windows platforms. This collaboration heralds a significant shift in an industry poised on the brink of change, especially as Qualcomm’s long-held exclusivity deal with Microsoft for Arm Windows CPUs nears its conclusion. The new Nvidia chip, which is still shrouded in secrecy, is rumored to be a powerhouse, incorporating off-the-shelf Cortex X5 CPU cores. The chip is complemented by Nvidia’s own Blackwell GPU architecture and is bolstered with LPDDR6 memory. This fusion of technologies seems destined to establish Nvidia as a formidable competitor in a soon-to-be wide-open market.

With a torrent of speculation surrounding the production process, industry insiders anticipate that the chip will be fabricated by none other than Intel Foundry Services. There’s a bit of mystery here—it’s assumed the silicon will emerge from the production lines etched with the precision of a 3nm process, despite Intel’s nomenclature suggesting a 5nm process. This puzzling contradiction has yet to be clarified. Looking further into the future, whispers of Intel’s 18A technology, scheduled for a 2025 debut, suggest even more sophisticated manufacturing possibilities for Nvidia’s nascent chip.

The Intersection of Giants

Nvidia is making waves in the tech world by partnering with MediaTek to develop an Arm-based CPU designed for Windows devices. This pioneering step marks a pivotal moment in the industry, especially with Qualcomm’s exclusive Arm Windows CPU contract with Microsoft winding down. Although details are sparse, the Nvidia processor is anticipated to be a potent force, harnessing Cortex X5 CPU cores. It is further enhanced by Nvidia’s Blackwell GPU and supported by cutting-edge LPDDR6 memory, positioning Nvidia as a strong contender in the evolving market.

Rumors swirl about who will manufacture this promising chip, with predictions favoring Intel Foundry Services. Adding to the intrigue, there’s speculation that the chip might utilize a 3nm process, despite Intel’s current 5nm process designation. Untangling this enigma remains a task for the near future. Peering ahead, industry whispers about Intel’s 18A technology, expected around 2025, hint at even greater manufacturing sophistication for Nvidia’s emerging processor.

Explore more

How Firm Size Shapes Embedded Finance Strategy

The rapid transformation of mundane business platforms into sophisticated financial ecosystems has effectively redrawn the competitive boundaries for companies operating in the modern economy. In this environment, the integration of banking, payments, and lending services directly into a non-financial company’s digital interface is no longer a luxury for the avant-garde but a baseline requirement for economic viability. Whether a company

What Is Embedded Finance vs. BaaS in the 2026 Landscape?

The modern consumer no longer wakes up with the intention of visiting a bank, because the very concept of a financial institution has migrated from a physical storefront into the digital oxygen of everyday life. This transformation marks the definitive end of banking as a standalone chore, replacing it with a fluid experience where capital management is an invisible byproduct

How Can Payroll Analytics Improve Government Efficiency?

While the hum of a government office often suggests a routine of paperwork and protocol, the digital pulses within its payroll systems represent the heartbeat of a nation’s economic stability. In many public administrations, payroll data is viewed as little more than a digital receipt—a record of transactions that concludes once a salary reaches a bank account. Yet, this information

Global RPA Market to Hit $50 Billion by 2033 as AI Adoption Surges

The quiet hum of high-speed data processing has replaced the frantic clicking of keyboards in modern back offices, marking a permanent shift in how global businesses manage their most critical internal operations. This transition is not merely about speed; it is about the fundamental transformation of human-led workflows into self-sustaining digital systems. As organizations move deeper into the current decade,

New AGILE Framework to Guide AI in Canada’s Financial Sector

The quiet hum of servers across Canada’s financial heartland now dictates more than just basic transactions; it increasingly determines who qualifies for a mortgage or how a retirement fund reacts to global volatility. As algorithms transition from the shadows of back-office automation to the forefront of consumer-facing decisions, the stakes for oversight have never been higher. The findings from the