Intel Goes “All-In” on 14A Process Technology, Announces Custom Xeon x86 CPUs for NVIDIA, High-Performance RTX GPU Tile for Notebooks & Price Reductions on Lunar Lake and Arrow Lake CPUs

Intel has made significant strides in developing its upcoming 14A technology node, as discussed during the recent RBC Capital Markets Global Technology Conference. The company also shared insights regarding its new partnership with NVIDIA, exploring what this collaboration means for the future of both CPUs and GPUs.

Intel 14A Progress and Strategic Collaboration with NVIDIA

At the conference, Intel’s Vice President, John Pitzer, provided an update on the strategic direction of the 14A node, noting that it represents a pivotal advancement for the company. He explained how Intel is navigating recent market challenges, including tighter supply chains and a looming memory crisis. With the first products based on the 18A node expected by late 2024 and ramping up in early 2026, Intel has an optimistic outlook for its forthcoming technologies.

Pitzer emphasized the distinct progress of the 14A node compared to the 18A node at a similar development stage. Unlike 18A, which was primarily focused on Intel’s internal product lines during its early phases, 14A’s development includes active engagement with external customers, contributing to a more refined process development kit (PDK).

Intel Process Node Roadmap — Image Source: Intel

Intel’s 14A node boasts two innovative technologies: a second-generation Gate-All-Around (GAA) transistor design and enhanced backside power delivery. This positions Intel to achieve superior performance and yield compared to what it experienced at the corresponding stage for 18A.

We are fully committed to developing Intel 14A, and are optimistic about our interactions with external customers. It’s essential to note that 14A differs significantly from 18A from an external perspective. With 14A, we are receiving more extensive and valuable feedback much earlier in the process, enabling us to refine our PDK more effectively.

John Pitzer – Intel VP of Corporate Planning & Investor Relations

Exploring the Intel-NVIDIA Partnership

Pitzer also shared exciting developments surrounding Intel’s alliance with NVIDIA, particularly in the data center segment. Under this collaboration, Intel will supply a unique custom Xeon CPU optimized to work seamlessly with NVIDIA’s NVLink Fusion interconnect technology.

This integration is aimed at enhancing Intel’s x86 CPU capabilities, leveraging NVIDIA’s high-bandwidth interconnect solutions. Additional developments include potential applications for Arm’s Neoverse platform, which will also utilize NVLink Fusion.

This collaboration enables us to provide NVIDIA with a custom Xeon solution that they will integrate into their systems. Notably, this configuration will not be offered to third-party hyperscalers, reinforcing our commitment to this partnership.

John Pitzer – Intel VP of Corporate Planning & Investor Relations

On the client side, Intel plans to incorporate NVIDIA’s RTX GPU into a new category of System on Chips (SoCs), which will initially debut in high-end notebooks. There are intentions to scale this offering to mainstream and budget segments over time.

Collaboration between NVIDIA and Intel — NVIDIA x Intel x86 SoC | Image Credits: WCCftech

While both Intel and NVIDIA will maintain their respective product roadmaps, they are set to jointly create this new class of high-performance SoCs. AMD has expressed its belief that this partnership between Intel and NVIDIA could intensify market competition.

We are confident in our strategy and will continue to cater to our customer base while meeting the competitive challenges posed by this collaboration. There is a vast opportunity to elevate graphics performance across notebook-class PCs, initially aimed at premium users, with plans to expand further.

John Pitzer – Intel VP of Corporate Planning & Investor Relations

Supply Chain Challenges and Impact on Pricing Strategy

Pitzer also addressed the ongoing supply challenges affecting older 10nm and 7nm components. Consequently, price increases for Alder Lake and Raptor Lake CPUs are anticipated. Conversely, Intel intends to mitigate these pricing pressures by reducing prices on its more recent offerings, such as Arrow Lake and Lunar Lake.

We expect to begin delivering wafers from our Arizona facility next year, which will provide a more favorable cost structure. As we navigate these supply constraints, we are adjusting our pricing strategy to ensure we meet market demands more effectively.

John Pitzer – Intel VP of Corporate Planning & Investor Relations

Intel Raptor Lake CPU — Image Credits: Intel

Intel’s upcoming Panther Lake CPUs, which will utilize the 18A process node, are projected to occupy a premium market position in the first half of 2026. To balance this, Intel aims to streamline its value-oriented CPU offerings in the interim through Arrow Lake and Lunar Lake, with some prices reportedly slashed by as much as 50% in select markets.

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