NVIDIA Invests $5 Billion in Intel for Joint Chip Development Venture

Intel and NVIDIA have unveiled a strategic partnership where the two tech giants will co-develop multiple generations of new chips. The collaboration will focus on two primary areas.

For the PC and laptop gaming market, the companies plan to create Intel x86 RTX SOC hybrid processors. These solutions will integrate Intel's compute cores with an NVIDIA RTX graphics chiplet within a single package. A key differentiator from traditional CPU+GPU setups will be the use of NVIDIA's high-speed NVLink interface instead of the standard PCIe bus. This is expected to deliver a significant boost in bandwidth and reduce latency, which is critical for gaming and other demanding workloads.

The second initiative involves Intel manufacturing specialized x86 processors for NVIDIA's AI and high-performance computing (HPC) server platforms. The partnership is cemented by a financial component: NVIDIA is making a $5 billion equity investment in Intel, a move seen as a strong vote of confidence in the long-term prospects of their collaboration.

According to sources, the project is in its earliest stages, with no specific timelines or technical details available for the first products yet. Both companies emphasize that this partnership does not replace or slow down their own independent roadmaps. Despite being competitors in certain segments, Intel and NVIDIA have a long history of successful cooperation to ensure hardware compatibility. This new alliance aims for a deeper, architectural level of integration.

The success of this venture could strengthen Intel's position and provide NVIDIA with new opportunities to cement its leadership in accelerated computing and AI. While an unprecedented move, the tech industry has seen rivals forge tactical alliances for breakthrough technology in the past.

A prime example is the 2017 Intel and AMD project, the Kaby Lake-G processor, which for the first time combined an Intel Core chip with a discrete AMD Radeon GPU in a single package. Although the platform had a short lifespan, it proved the viability of tightly integrating disparate architectures to create compact and powerful solutions.