Intel has reaffirmed its annual GPU cadence, which will see yearly roadmap and product updates on the client and data center segments.
Intel Xe3P GPUs Coming This Year, Followed By Xe Next In 2027 As Part of Annual Client & Xeon Cadence
Intel's GPU roadmap continues to evolve with the growth of AI and personal computing. The company recently introduced its Xe3 architecture, offering the best-in-class graphics performance on its Panther Lake "Core Ultra Series 3" SoCs, and will introduce its next-gen solution later this year, codenamed Xe3P.
This year, Intel will introduce a brand new GPU product and architecture, called Xe3P, which is said to be another significant step forward. Xe3P will be a key product in Intel's graphics roadmap and will target the client and data center markets in a significant way.
We know from current reports that the Intel Xe3P architecture will be deployed in two products. The first one will be the Crescent Island AI inference solution, which will utilize LPDDR memory for a cost-effective GPU solution.
The second will be the Nova Lake "Core Ultra Series 4" lineup, which is expected to debut later in the year for desktops. The desktop lineup will make use of Xe3P in a smaller iGPU portion, and we will see the full potential of this architecture with the laptop lineup, replacing the existing Panther Lake chips.
Intel has already delivered way faster performance than its previous-gen Xe3 and the competition's RDNA 3.5 architecture for mainstream platforms. With Xe3P, we can expect Intel to continue this lead as it will be required to tackle AMD's premium-positioned Medusa chips, which will receive the RDNA 5 treatment.
For the next-gen, Intel confirms that it's moving to an "annual predictable GPU cadence". This means that after Xe3P, the company will switch over to its Xe Next (Xe4 previously). The new GPU architecture will be aiming at both next-gen inference-optimized and Shores product lineups. Jaguar Shores is one of those AI / HPC products that will leverage the next-gen architecture. While the inference line utilizes LPDDR-type DRAM, the higher-end Shores products will leverage future HBM technologies.
Intel also confirms that Xe Next won't be limited to just AI products, and the client side will also see an update. Intel's Next Arc family, replacing the existing Arc B-Series, and likely using the Arc C-Series branding (for Celestial), is expected to include both integrated and discrete solutions.
So despite rumors suggesting that Intel is done with its GPU division, it looks like the company is very much committed, and the graphics division remains strongly positioned for next-gen data center and client products. Intel is also working with NVIDIA to bring RTX-tier GPUs to a new class of chips, though those don't affect Intel's own graphics roadmap.
Intel ARC Gaming GPU Lineup
| GPU Family | Intel Xe Next Next | Intel Xe Next | Intel Xe3P | Intel Xe3 | Intel Xe2 | Intel Xe+ | Intel Xe |
|---|---|---|---|---|---|---|---|
| dGPU Products | ARC E*** GPUs | ARC Druid GPUs | Arc Celestial GPUs? | ARC Battlemage GPUs | ARC Battlemage GPUs | N/A | ARC Alchemist GPUs |
| iGPU Products | TBA | TBA | Arc C-Series? | Arc B-Series | Arc 200-Series | Arc 100-Series | Arc Graphics |
| dGPU Segment | Mainstream / High-End Gaming (Discrete) | Mainstream / High-End Gaming (Discrete) | TBC | N/A | Mainstream (Discrete) | N/A | Mainstream (Discrete) |
| CPU iGPU | TBA | TBA | Xe3P-LPG (Nova Lake) | Xe3-LPG (Panther Lake) | Xe2-LPG (Lunar Lake) | Xe-LPG+ (Arrow Lake) | Xe-LPG (Meteor Lake) |
| Process Node | TBA | TBA | TSMC 2nm? | TSMC 3nm / Intel 3 | TSMC 5nm (3nm Lunar Lake Tile) | TSMC 6nm | TSMC 6nm |
| Max Xe Cores | TBA | TBA | TBA | 12 | 32? | 8 | 32 |
| Memory Subsystem | TBA | TBA | G7/LP5X/LP6? | LP5X | G6/LP5X | G6/LP5X | G6/LP5 |
| Launch | 2028? | 2027? | 2026 | 2025 | 2024 | 2024 | 2022 |
About the author: A Software Engineer by training and a PC enthusiast by passion, Hassan Mujtaba serves as Wccftech's Senior Editor for hardware section. With years of experience in the industry, he specializes in deep-dive technical analysis of next-generation CPU and GPU architectures, motherboards, and cooling solutions. His work involves not only breaking news on upcoming technologies but also extensive hands-on reviews and benchmarking.
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