Skip to main content
  1. Home
  2. Computing
  3. News

Intel launches the world’s first 16-core mobile CPU

Add as a preferred source on Google

Intel launched a new range of processors at its Vision event on Tuesday, May 10. The new 55W HX-series CPUs are part of Intel’s 12th-gen family, and they’re built to deliver the highest performance possible in a mobile form factor, at least according to Intel.

The flagship Core i9-12950HX lends some credibility to the claim of being the first 16-core laptop CPU ever. Like other 12th-gen Alder Lake processors, it splits the cores across performance and efficient cores, and the chip can boost up to 5GHz. Like other HX-series processors, it comes with a 55-watt power limit, as well.

Specs for Intel HX-series processors.
Image used with permission by copyright holder

As you can see in the spec sheet above, Intel isn’t only focusing on flagships with the range. The Core i5-12450HX still has access to 55W to power a 4.4GHz max boost clock and eight cores. This class of mobile CPU seems positioned to compete with AMD’s recently announced Dragon Range chips.

Recommended Videos

For performance, Intel says the new chips provide up to a 17% improvement in single-thread performance and up to a 64% improvement in multi-thread performance compared to last-gen’s Core i9-11980HK. These are Intel’s first-party benchmarks, and as always, we recommend waiting for third-party benchmarks before drawing firm conclusions.

Performance for Intel HX-series processors.
Image used with permission by copyright holder

Intel didn’t provide comparative data for gaming, though the company said the Core i9-12900HX is capable of delivering up to 128 fps in Far Cry 6 and up to 149 fps in Forza Horizon 5 when paired with a mobile RTX 3080 Ti. Gaming performance in laptops largely comes down to the individual machine, however, so we recommend sticking with dedicated laptop reviews instead of Intel’s benchmarks.

The new chips come with a boost in core count, but also new platform features. These include support for DDR4 and DDR5 memory, including Error Correcting Code (ECC) memory, as well as support for PCIe 5.0. Multiple chips support Intel vPro, as well, bringing ISV certification to apps like Adobe Premiere Pro and AutoCAD.

Like Intel’s previous mobile flagship, the Core i9-12900HK, the new chips support memory and core overclocking. You can manually tune the efficient and performance cores, as well as overclock memory and store the setup in an XMP 3.0 profile. Although all of the new chips support overclocking, some have “limited core OC,” as noted in the chart above. We have reached out to Intel to clarify what is limited on these chips.

Intel is stressing the importance of I/O in the new chips compared to its H-series processors. The chips support up to eight SATA 3.0 connections, 14 USB 2.0 and 10 USB 3.0 connections, and two discrete Thunderbolt controllers. This is enabled by the larger size of HX-series processors, which are nearly as large as Intel’s 12th-gen desktop chips.

HX chips should be arriving soon, but Intel didn’t announce a firm release date. The company still showed off multiple machines arriving with the new chips, including the Lenovo Legion 7, MSI GE77 Raider, and Dell Prevision 7670.

Jacob Roach
Former Lead Reporter, PC Hardware
Jacob Roach is the lead reporter for PC hardware at Digital Trends. In addition to covering the latest PC components, from…
What’s the Right Laptop for a Student on a $1,000 Budget?
The best college laptop isn't the one with the longest spec sheet. It's the one that fits your budget and the way you'll actually use it.
Dell XPS 14 Review: Sticker

This post is brought to you in paid partnership with Dell

Buying a laptop for college isn't a decision made in isolation. Tuition, textbooks, housing, meal plans, transportation, and course materials all compete for the same budget, leaving most families with one question before the semester begins: how much is enough to spend on a laptop without paying for features that may never get used?

Read more
Siri is about to hear everything you say, but Apple’s privacy approach has me cautiously on board
Apple's new Audio Intelligence features want to hear almost everything you say. A privacy document released alongside them explains why I am mostly okay with that.
Apple Watch Audio Intelligence features

Apple used its September 2026 launch event to enter a feature category it has mostly avoided until now: ambient listening. Siri Recap, Live Rewind, Music Recognition with Shazam, and Sound Recognition all landed on the Apple Watch Series 12 and Apple Watch Ultra 4. All four depend on the watch microphone picking up sound around you far more often than any previous Apple product has.

Siri Recap listens for conversations throughout your day and turns them into short AI summaries you can check later. Live Rewind is smaller in scope but arguably more useful day-to-day. It transcribes the last 15 seconds of whatever was just said with a double-press of the crown. This is perfect for catching a name, a book title, or directions you missed the first time. Music Recognition uses Shazam to identify songs playing nearby without you lifting a finger, much like Now Playing on Google's Pixel devices. Sound Recognition is a useful accessibility feature that listens for sirens, doorbells, and alarms to alert users who have a hearing impairment.

Read more
Can You Turn a Mini PC Into a Local AI Agent?
Furniture, Table, Computer

This post is brought to you in paid partnership with MSI

Not every AI task needs the scale of the cloud. An employee searching company documents, a retail kiosk answering product questions, or a digital sign reacting to customer behavior all need fast responses, but they don't necessarily need to send every prompt to a remote data center. Running those workloads locally reduces latency, keeps sensitive information closer to where it's generated, and can lower the ongoing cost of AI deployments. As a result, many organizations are moving toward hybrid AI architectures that handle routine requests on-device while reserving cloud models for tasks that genuinely need more processing power.

Read more