New Copilot+ baseline, Intel Lunar Lake targets thin Windows AI laptops

Intel’s upcoming Lunar Lake platform is set to power a new wave of ultra-thin Copilot+ Windows laptops later in 2024, with on-chip AI acceleration, improved battery life and next-gen Xe2 graphics aimed squarely at Qualcomm’s Snapdragon X and AMD’s latest Ryzen AI chips.

Edited by ad hoc news New Releases & Launches Desk. Reviewed before publication on 06/15/2026 at 8:52 PM ET. Details in the imprint.

Intel’s next laptop platform, Lunar Lake, is scheduled to arrive in the second half of 2024 and is positioned as the company’s first wave of Windows machines designed from the ground up to meet Microsoft’s Copilot+ PC requirements, including fast on-device AI processing and long battery life. Intel has said that more than 80 Lunar Lake laptop designs are already in the pipeline from major OEM partners such as Acer, ASUS, Dell, HP, Lenovo and Samsung, signaling a broad push into the new AI PC category. Intel’s own Lunar Lake architecture brief details the key changes under the hood.

What Intel Lunar Lake brings to Copilot+ Windows laptops

Lunar Lake is built around a new system-on-chip layout that combines CPU cores, Xe2 integrated graphics, a dedicated neural processing unit (NPU) and memory in a single tightly integrated package to improve power efficiency and responsiveness. Intel states that the platform delivers more than 3 times the AI performance of its previous-generation Meteor Lake mobile processors thanks to a stronger NPU and upgraded GPU, which is critical for running features like live captions, real-time video effects and local generative AI models without constantly waking the cloud.

On the CPU side, Lunar Lake introduces updated "Lion Cove" performance cores and "Skymont" efficiency cores, with Intel focusing more on performance-per-watt than on chasing higher peak clock speeds. The company says that typical office and productivity workloads can run primarily on the low-power Skymont cluster, allowing thin-and-light laptops to stay fanless or whisper-quiet for longer and stretch battery life beyond what its current Core Ultra line usually offers in similar chassis.

The integrated graphics subsystem moves to Intel’s new Xe2 GPU architecture, which is derived from the same technology used in its Arc discrete graphics cards and is aimed at higher frame rates in popular esports titles and smoother media playback at lower power levels. Intel is also emphasizing content creation, with claims of faster video encoding and improved performance in GPU-accelerated tools such as Adobe Premiere and DaVinci Resolve, provided software updates tap into the new GPU blocks and driver stack.

For AI workloads, the on-chip NPU plays a central role. Intel has said that Lunar Lake’s NPU exceeds 40 TOPS (trillions of operations per second) of AI compute, a figure that is important because Microsoft’s Copilot+ PC branding calls for at least 40 TOPS of NPU performance to enable its full suite of local AI features. This means OEMs using Lunar Lake should be able to market their devices as fully compliant Copilot+ PCs once the platform launches, avoiding the partial-feature situation faced by some earlier-generation Intel machines.

Memory is another notable change: instead of relying on removable SO-DIMM modules, Lunar Lake uses LPDDR5X memory directly bonded into the processor package, which lowers latency and improves power efficiency, but at the cost of user-upgradability. Laptop buyers will need to choose their RAM configuration carefully at purchase, because it cannot be expanded later, a trade-off that mirrors design choices seen in Apple’s M-series MacBooks and some Qualcomm-based Windows devices.

Intel is targeting very slim and light form factors with Lunar Lake, highlighting designs that dip under 2.2 pounds and remain under 10 millimeters thick at their thinnest point in its early OEM showcases. The platform is also intended to support all-day battery life in these form factors, though concrete battery runtime claims vary by manufacturer and have not yet been standardized across the ecosystem.

Connectivity on Lunar Lake platforms includes Wi-Fi 7 support, which offers higher peak throughput and lower latency than Wi-Fi 6/6E for compatible routers, as well as integrated Bluetooth for wireless peripherals and audio. Thunderbolt connectivity and USB4 are expected to be common in premium designs, enabling docking, multiple external displays and fast external storage, though these ports are technically dependent on the particular laptop maker’s implementation choices.

Security and manageability are also part of the package. Lunar Lake includes hardware-backed security features such as Intel Threat Detection Technology and support for Microsoft Pluton on selected designs, as well as firmware-level protections aimed at enterprise and small-business deployments. These capabilities tie into Intel’s vPro platform on configurations that meet the necessary management and security criteria, giving IT departments a familiar feature set even as the underlying silicon shifts toward AI-centric workloads.

Graphics and AI improvements are not just for games and creative tools; Intel and its partners are working with software vendors to optimize office suites, conferencing apps and browsers for Lunar Lake’s NPU and GPU. Enhanced background blur and noise suppression in video calls, on-device translation, document summarization and image generation are all expected use cases, but real-world benefits will depend heavily on how quickly application developers integrate the new AI accelerators into their products.

Positioned against Qualcomm’s Snapdragon X Elite and AMD’s latest Ryzen AI mobile processors, Lunar Lake is Intel’s attempt to close the efficiency gap while leveraging its entrenched position in the Windows laptop ecosystem. OEMs that currently ship large volumes of Intel-based notebooks may see Lunar Lake as a way to offer Copilot+ features without reworking their designs around ARM architecture, which requires more extensive software validation and, in some cases, compromises for legacy x86 applications.

Heat management is another area where Lunar Lake aims to help OEMs. The more efficient Skymont cores and improved NPU offload are meant to reduce the need for heavy CPU boosting in common AI-enhanced tasks, lowering thermal output and allowing thinner cooling solutions. That could result in quieter, cooler laptops under typical use, which is a practical benefit for users who spend long hours in video calls or working with AI-enhanced productivity tools on their laps.

In gaming, Intel is pitching Lunar Lake’s Xe2 graphics as sufficient for popular titles at 1080p with moderate settings, especially in esports games such as League of Legends, Valorant and Counter-Strike 2. Ray tracing support and upscaling technologies like Intel XeSS should help extract more visual quality at given power envelopes, though dedicated gaming laptops with discrete GPUs will still sit above Lunar Lake ultrabooks in raw graphics performance.

Battery life expectations around Lunar Lake are closely watched because Intel has historically lagged Apple’s ARM-based MacBooks and some Qualcomm designs in this area. The company’s messaging suggests that, in comparable thin-and-light designs, Lunar Lake-based machines should move closer to “all-day” usage defined as at least 8 to 10 hours of mixed productivity and media consumption, but independent tests will ultimately determine how well the platform delivers on that promise across different OEM implementations.

From a developer perspective, Lunar Lake supports common AI frameworks and toolchains that target Windows PCs, including ONNX Runtime and DirectML, while Intel’s own software layers aim to route workloads to the most appropriate hardware block, whether CPU, GPU or NPU. That abstraction is critical if the AI PC trend is to extend beyond a handful of showcase applications into the everyday tools knowledge workers and consumers already use.

Thermal design power (TDP) figures for Lunar Lake variants have not been finalized in public datasheets, but Intel describes the family as suitable for fanless tablets and 2-in-1s at the low-power end and actively cooled clamshells at the higher-performance tiers. This suggests a wide spread of configurations that OEMs can tune for either maximum mobility or higher sustained performance, depending on their target buyers.

The platform will also play a role in Intel’s broader manufacturing roadmap. While Meteor Lake marked Intel’s first use of its Foveros 3D packaging in mass-market mobile chips, Lunar Lake continues that packaging evolution while shifting more of the performance emphasis toward AI and efficiency. This aligns with Intel’s strategy to reposition itself as a leader not only in CPUs but also in AI-capable system-on-chip designs for PCs.

For consumers, the most visible impact of Lunar Lake will be in the next round of premium ultrabooks and 2-in-1s launching later this year and into 2025. Buyers comparing Copilot+ PCs with Qualcomm, AMD and Intel silicon will likely focus on three factors: perceived responsiveness in everyday apps, AI features that work reliably without draining the battery, and compatibility with legacy software and peripherals. Intel’s long-standing presence in the Windows ecosystem gives it an advantage on the compatibility front, while Lunar Lake is meant to address the newer AI and efficiency demands.

Pricing for Lunar Lake laptops will be set by OEMs, but early indications suggest that the platform will appear in both premium and upper-midrange models rather than being confined to only the most expensive flagships. That could bring Copilot+ level capabilities into a wider slice of the Windows laptop market within the first product cycle, especially as OEMs refresh popular 13-inch and 14-inch lines with the new chips.

Industry observers also note that Lunar Lake is a stepping stone toward Intel’s later mobile platforms, such as Panther Lake, which are expected to refine the same AI and efficiency themes on more advanced process nodes. The success or failure of Lunar Lake in winning design slots and delivering competitive real-world performance will influence how much share Intel can retain or regain against ARM-based and competing x86 offerings in the high-growth AI PC segment.

From a strategic standpoint, Lunar Lake is part of Intel’s effort to demonstrate that its turnaround extends beyond data center and foundry ambitions into the visible consumer devices that shape the company’s brand perception. Strong adoption among major laptop makers, combined with favorable reviews around battery life and AI performance, would support that narrative and could make Lunar Lake-powered devices a common sight on retail shelves during the key holiday seasons following launch. Coverage from The Verge on Intel’s AI PC roadmap underscores how closely the platform is tied to the broader Copilot+ push.

Intel has not publicly announced specific US MSRPs for Lunar Lake systems, as pricing depends on each brand’s configuration choices and positioning. However, given current pricing for premium thin-and-light Windows laptops, many early Lunar Lake models are expected to land somewhere in the $800 to $1,500 range before discounts, with higher-end configurations likely crossing that threshold as they add more RAM, storage and premium materials such as metal unibodies or OLED displays.

Prospective buyers weighing an upgrade may want to compare Lunar Lake laptops against existing Intel Core Ultra machines, which will likely see price pressure once the new platform arrives. For users primarily concerned with web browsing, office tasks and video streaming, current-generation systems may remain sufficient, but those interested in AI-assisted content creation, advanced conferencing features and longer untethered use will likely find the newer platform more compelling once concrete reviews and benchmarks are available.

Enterprises evaluating laptop refresh cycles will be looking not only at raw performance but also at manageability, security certifications and long-term support. Intel’s ability to deliver vPro-enabled Lunar Lake configurations that integrate smoothly into existing management stacks, while still meeting Copilot+ AI requirements, will be a key selling point in this segment, where large-volume deals can materially impact platform adoption.

According to Intel’s public roadmap presentations, Lunar Lake fits into its broader "AI everywhere" strategy, which spans client PCs, data center accelerators and edge devices. The coherence of that strategy matters for software developers and large customers who want to build and deploy AI workloads across different device types while leveraging common tools and optimizations. Intel’s investor and strategy materials highlight PC platforms like Lunar Lake as part of that continuum.

Within Intel’s product portfolio, Lunar Lake sits on the client side, distinct from its data center-focused Xeon and Gaudi lines but sharing AI themes that the company is emphasizing to investors and partners. Client platforms that demonstrate tangible AI benefits in everyday use can reinforce the narrative that Intel’s AI investments are not confined to the cloud but are reaching end users directly through their personal devices.

For now, the key questions around Lunar Lake revolve around how well its efficiency claims hold up under independent testing, how quickly software vendors update their applications to exploit the NPU and Xe2 GPU, and whether OEMs will aggressively push the platform across their mainstream lineups or reserve it mainly for higher-priced models. These variables will determine whether Lunar Lake becomes a visible milestone in the AI PC shift or a more incremental step in Intel’s evolving mobile roadmap.

Within Intel’s broader business, client computing has historically contributed a substantial portion of revenue, and the company is under pressure to show that its PC platforms can remain competitive as AI reshapes user expectations. Shares of Intel Corp. (ISIN US4581401001) traded on NASDAQ at $127.86 on 06/15/2026 as the market continues to reassess the company’s prospects in AI-enabled PCs and data center offerings, according to recent trading data from MarketBeat.

Intel Lunar Lake at a glance

• Product: Intel Lunar Lake mobile platform
• Manufacturer: Intel Corp.
• Category: New Release / Launch (mobile PC platform)
• Launch date: Planned for second half of 2024
• MSRP / Price: Set by OEMs; early systems expected roughly in the $800 to $1,500 range depending on configuration
• Availability: Expected in premium and upper-midrange Windows laptops from major OEMs in the US and other markets after launch
• Target audience: Users seeking thin-and-light Windows laptops with Copilot+ AI features, including knowledge workers, students and frequent travelers
• Key differentiator / USP: Integrated NPU delivering Copilot+-class on-device AI performance alongside new Xe2 graphics and focus on power efficiency

This article was a.i.-assisted and editorially reviewed. Product information without warranty; prices and availability may change at short notice. Not investment advice and not a buy or sell recommendation. Trading involves risk up to and including the total loss of invested capital.