Intel Roadmap 2025–2027: All New CPUs to Look Out For

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2024 was a challenging year for Intel (INTC). The chipmaker with a world-famous jingle lost 60% of its value, the biggest drop in its 53 years as a public company. The bargain share price gained the attention of Qualcomm, which was heavily rumored to be considering a takeover offer in September.

A month later, underfire Intel CEO Pat Gelsinger revealed an unlikely collaboration with AMD and jokingly told the audience at Lenovo Tech World ’24, “Rumors of my death are severely exaggerated. We are alive and well, and the x86 is thriving.” By December, Gelsinger announced his retirement.

Adding to this shake-up, Nvidia is set to replace Intel in the Dow Jones after 25 years.

However, Intel is preparing to make a comeback and continue building its AI software ecosystem. This article investigates what we can expect from the Intel roadmap 2025-2027.

Key Takeaways

  • Intel lost 60% of its value in 2024 but aims to recover with AI-driven processors.
  • Intel’s “five nodes in four years” strategy aims to regain semiconductor leadership with rapid innovation.
  • Launching in late 2025, Panther Lake will improve performance with Intel’s 18A process.
  • Nova Lake will continue to drive the Intel processor roadmap into 2027.

Intel New Chips Roadmap 2025–2027

Chip Segment Key Features Release Date
Intel Core Ultra 200V Series Mobile AI-driven productivity, Microsoft’s Copilot+ integration, vPro security, longer battery life Early 2025
Intel Core Ultra 200HX/H Series Mobile AI acceleration, Intel Arc graphics, high-performance gaming, and content creation Early 2025
Arrow Lake Refresh Desktop AI acceleration with NPU, Wi-Fi 7, Thunderbolt 5, improved energy efficiency 2025
Panther Lake Mobile 18A process node, Cougar Cove P-cores, Skymont E-cores, focus on mobile efficiency Late 2025
Nova Lake Desktop/AI PCs Up to 50 cores, hybrid core design, Xe3 Celestial graphics, 60% IPC boost, LGA 1851 compatibility Late 2026/Early 2027

Understanding AI PCs & the Role of the NPU

Unlike traditional PCs, which depend on the latest Intel CPU processors for general-purpose computing and the graphics processing unit (GPU) for parallel processing tasks, AI PCs introduce a third processing engine: the neural processing unit (NPU).

Intel’s dedicated AI accelerator is optimized for low-power and high-efficiency AI tasks. By offloading specific workloads from the new intel CPUs and GPUs, the NPU enhances overall efficiency. For businesses, this means AI-powered applications to operate with minimal latency and power consumption.

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Intel’s AI ecosystem integrates the CPU, GPU, and NPU to deliver a balanced and scalable AI experience across consumer and enterprise use cases.

AI PCs benefit from on-device intelligence through the Intel Core Ultra processor family, which powers real-time AI functionalities like Copilot+ experiences, advanced security mechanisms, and intelligent workflow automation.

Graphic showcasing the Intel Core Ultra processor with highlighted features: artificial intelligence, security, remote manageability, performance, sustainability, and stability.
Intel Core Ultra processor family features. Source: Intel

In October, Intel launched its Intel Core Ultra 200S desktop processors under the codename Arrow Lake-S for desktop AI PCs. The problem is Intel has drastically changed its release strategy, and keeping track of an increasing number of chip types feels convoluted and confusing.

It can quickly get complicated, but here is the Intel roadmap explained in a language everyone can understand.

New Intel Core Ultra 2025

2025 began with Intel revealing the benefits of its latest Intel Core Ultra 200V series processors at CES in Las Vegas. Make no mistake, Intel is going all in on AI with one last throw of the dice.

Intel’s CES 2025 product launch summary, showcasing the Core Ultra 200V, 200H, 200HX, and 200S series processors for commercial, performance thin & light, enthusiasts, and desktop categories, with systems launching in Q1.”
Intel’s new products in 2025. Source: Intel

Michelle Johnston Holthaus, interim co-CEO of Intel and CEO of Intel Products, said:

“Intel Core Ultra processors are setting new benchmarks for mobile AI and graphics, once again demonstrating the superior performance and efficiency of the x86 architecture as we shape the future of personal computing.”

The Intel Core Ultra 200V series, tailored for commercial users, brings AI-driven productivity enhancements through its integration with Microsoft’s Copilot+ PCs, ensuring longer battery life, real-time AI assistance, and improved IT manageability.

Meanwhile, the Core Ultra 200HX and H series cater to power users with upgraded Performance and efficient cores, an integrated NPU for AI acceleration, and Intel Arc graphics for seamless content creation and high-performance gaming.

For edge computing, the Intel Core Ultra 9 processors push AI performance to new heights, showing 2x to 3x improvements in AI tasks over previous generations, making them ideal for AI-powered analytics and automation.

With over 400 AI-driven features embedded into Intel’s ecosystem, Core Ultra 2 processors are not just about raw power – they are about making AI an integral part of everyday computing, whether in the office, at home, or in high-performance gaming and content creation.

Lunar Lake: Intel’s Bold Experiment With On-Package DRAM

Lunar Lake was a mobile processor designed for the AI PC market and released in September 2024. But bizarrely, Pat Gelsinger described it as a “niche one-of design” before his departure.

Lunar Lake will be remembered as the first and likely the last time that Intel would integrate DRAM directly into the processor package. This design streamlines memory access and enhances efficiency but also makes Lunar Lake a more expensive and less flexible option for laptop manufacturers, who typically prefer modular memory configurations.

Unlike Intel’s future Panther Lake, which will shift back to a more traditional design, Lunar Lake is manufactured primarily by TSMC, requiring Intel to pay external foundry fees. While the architecture delivers performance gains, its higher cost and limited customization hindered widespread adoption, particularly in the budget laptop market.

Why Panther Lake Could Be Intel’s Most Ambitious Mobile Processor Yet

Intel Panther Lake is Intel’s next-generation processor architecture, set to succeed Lunar Lake. It is expected to launch in the second half of 2025. Built on Intel’s advanced 18A (1.8nm-class) process node, Panther Lake marks the completion of Intel’s ambitious “five nodes in four years” strategy.

It is expected to be a notebook-first product, prioritizing mobile computing with a mix of next-gen “Cougar Cove” P-cores and “Skymont” E-cores for improved efficiency and performance.

While Intel has not shared specific performance metrics, the company promises that Panther Lake will enhance everything users appreciate about Lunar Lake.

Currently, Intel is sampling Panther Lake chips with customers, and systems are already running the new architecture. Notably, this release represents a return to fully Intel-manufactured x86-64 cores, reducing reliance on TSMC’s fabrication process – a move expected to lower costs and improve profit margins.

Nova Lake 2026–2027

While specific details are still speculative, Nova Lake is being tipped to mark a fundamental shift in computing, bridging the gap between traditional high-performance processing and next-generation AI-driven capabilities.

Rumors suggest it will feature up to 50 cores, a 60% processing power (IPC) boost, and a shift to TSMC’s 2nm process for better speed and efficiency. It will continue Intel’s hybrid core design, mixing powerful Performance cores (P-cores) and efficient E-cores. High-end models include Intel’s Xe3 Celestial graphics and last-level cache (LLC) technology, improving gaming and creative workloads.

Compatible with the LGA 1851 socket, Nova Lake aims to outperform AMD’s future Ryzen chips and restore Intel’s dominance in desktop computing. However, actual performance will depend on real-world benchmarks once released.

If Intel successfully delivers on this roadmap, it could establish a new standard for AI-powered computing that extends beyond PCs into autonomous systems, industrial automation, and AI-powered research applications.

The Bottom Line

If you’re feeling confused, you’re not alone – Intel’s increasingly complex naming strategy is making it harder to keep track of its processor lineup, and it desperately needs to simplify its offerings. A rumor from leaker Jaykihn suggests that Nova Lake-S will be the desktop successor to Arrow Lake-S in late 2026 or 2027, while Panther Lake will be exclusive to mobile devices.

Considering the ongoing situation at Intel, we should take the chipmaker’s roadmap for 2025 and beyond with a grain of salt until proven by deliverables and milestones.

By going all in on AI, the bigger question is how quickly businesses and consumers will embrace this new era of AI PCs. We expect unforeseen innovations to emerge from this AI-first computing paradigm, so Intel’s future remains uncertain, no matter what the roadmaps might say.

FAQs

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Neil C. Hughes
Senior Technology Writer
Neil C. Hughes
Senior Technology Writer

Neil is a freelance tech journalist with 20 years of experience in IT. He’s the host of the popular Tech Talks Daily Podcast, picking up a LinkedIn Top Voice for his influential insights in tech. Apart from Techopedia, his work can be found on INC, TNW, TechHQ, and Cybernews. Neil's favorite things in life range from wandering the tech conference show floors from Arizona to Armenia to enjoying a 5-day digital detox at Glastonbury Festival and supporting Derby County.  He believes technology works best when it brings people together.