Intel And NVIDIA’s First x86 RTX SoC Reportedly Targets Q1 2028
Intel and NVIDIA’s first co developed x86 RTX SoC may arrive in Q1 2028 under the rumored Serpent Lake codename, potentially creating a new class of high performance AI PCs.
Intel and NVIDIA officially announced their partnership in 2025, confirming plans for future x86 system on chips that combine Intel CPUs with NVIDIA RTX GPU chiplets. Now, a new report suggests the first product from that PC focused collaboration could arrive in Q1 2028. hardware insider Erdi Özüağ claims Intel’s current roadmap targets Q1 2028 for SoCs featuring NVIDIA graphics. If that timeline holds, the platform could be shown around CES 2028.
Özel Haber: Intel’in güncel yol haritasına göre, NVIDIA grafik birimine sahip olan yeni nesil işlemciler için hedeflenen tarih 2028 ilk çeyreği, planlar değişmediği takdirde CES 2028 Fuarı, lansman etkinliği olabilir.
— Erdi Özüağ (@fx57) June 15, 2026
Öte yandan Apple ve Intel üretim istişareleri devam ediyor,… pic.twitter.com/SSVHRXHZyJ
The codename being linked to the project is Serpent Lake, although Intel has not confirmed the name, product specifications, launch window, CPU architecture, GPU architecture, or market positioning. The rumor matters because the official Intel and NVIDIA partnership is already one of the biggest chip industry shifts in years. As NVIDIA agreed to invest US$5 billion in Intel while both companies work on new data center and PC products. For personal computing, Intel will build x86 SoCs that integrate NVIDIA RTX GPU chiplets. For data centers, Intel will build custom x86 CPUs for NVIDIA AI infrastructure platforms.
That means Serpent Lake is not just another CPU rumor. If the report is accurate, it may be the first visible product name attached to Intel and NVIDIA’s promised x86 RTX SoC strategy.
A future Intel CPU paired with NVIDIA RTX graphics inside one package would directly target premium laptops, compact gaming PCs, creator systems, and AI PC devices that need stronger integrated graphics than traditional iGPUs can provide. This could also put Intel and NVIDIA closer to AMD’s APU strategy, especially as AMD continues pushing high performance integrated graphics through its own premium mobile and halo class platforms.
The timing is important. By 2028, Intel is expected to have moved beyond Nova Lake and Razer Lake, while NVIDIA’s Rubin generation should be active in the market. Wccftech notes that Serpent Lake may be connected to Intel’s later roadmap branch, but the exact CPU and GPU configuration remains unknown. That uncertainty is important. An RTX GPU tile does not automatically mean desktop class performance. Power limits, memory bandwidth, packaging design, cooling, and software support will decide how useful these chips become in real products.
Serpent Lake could become one of the most important PC silicon projects of 2028, but the rumor needs careful handling.
The official Intel and NVIDIA partnership is real. The idea of x86 RTX SoCs is real. The US$5 billion investment is real. What is not confirmed yet is whether Serpent Lake is the final product name, whether Q1 2028 is the launch window, or whether the GPU tile will use Rubin class RTX IP. Still, the direction makes sense. Intel needs a stronger graphics story in premium PCs, and NVIDIA needs a deeper path into x86 based client devices beyond discrete GPUs. A shared SoC could help both companies compete against AMD’s integrated CPU and GPU ecosystem.
The biggest test will be balance. If Intel and NVIDIA can deliver strong CPU performance, serious RTX graphics, AI acceleration, efficient power behavior, and clean driver support in one package, Serpent Lake could reshape high end laptops and small form factor PCs.
If it becomes too expensive or too power hungry, it may stay limited to premium niche devices. Either way, this is one of the PC roadmap rumors worth watching closely.
Would you rather buy a laptop with an Intel CPU and NVIDIA RTX GPU tile inside one SoC, or do you still prefer a traditional discrete GPU design?
