Skip to main content

Get ready to welcome Intel’s slimmer, faster Core M chips in the second half of 2015

Intel Core M Broadwell Y badge
Image used with permission by copyright holder
Intel’s yearly tick-tock micro architectural release cycle may have been complicated by Broadwell’s delays, but we were led to believe the ensuing “tock” step would put things back on the traditional schedule.

Skylake chips should thus see daylight by 2015’s end, cutting Broadwell’s run short and possibly forcing tower desktop manufacturers to skip the tick move altogether. Unsurprisingly, Intel CEO Brian Krzanich just confirmed the Skylake family will feature Core M members in addition to classic Core i3, i5 and i7 chips.

Recommended Videos

Currently, Broadwell-based Core Ms are widely perceived as not only lesser versions of their i3, i5 and i7 siblings, but slightly inferior to previous-generation Haswells too in terms of raw speed. Their upside is better energy efficiency and slimmer designs, allowing for super-thin tablets, laptops and convertibles.

Please enable Javascript to view this content

Lower power consumption and lightweight construction are to remain the fundamental targets of Skylake Core M processors. But on top of that, they’ll also seek to boost graphics and general application performance compared to existing M chips.

Since the Skylake micro-architecture, like Broadwell, is produced using the 14nm process, you probably wouldn’t expect drastic device dimension reductions. Yet rumor is Intel thinks Skylake-M will make it possible for PC tablets to become thinner than the iPad Air 2’s 6.1mm. Which is no easy feat, given the thinnest reference Core M Broadwell designs are more than a millimeter chunkier.

As far as software compatibility goes, Santa Clara plans to support Windows, of course, as well as Chrome OS and Android. But for the most part, the chip maker expects Skylake Core M’s services to be needed inside Windows 10 systems.

Due “in the second half of the year” on store shelves, the new and improved processors may see a more thorough introduction exactly one year after their predecessors, at Computex Taipei in June.

Adrian Diaconescu
Former Digital Trends Contributor
Adrian is a mobile aficionado since the days of the Nokia 3310, and a PC enthusiast since Windows 98. Later, he discovered…
Nice try, Intel, but AMD 3D V-Cache chips still win
A hand holding AMD's Ryzen 9 7950X3D processor.

Intel's freshly released Core i9-14900KS processor is advertised as the fastest CPU in the world, but does that mean AMD can never hope to compete, even with its flagship Ryzen 9 7950X3D? Not at all. Each CPU has its merits, and both are insanely powerful in their own right. At this price point and at this performance level, making the right choice is tricky.

Let's zoom in and find out how the Core i9-14900KS and the Ryzen 9 7950X3D stack up against each other, what they excel at, and which one is the better option to buy.
Pricing and availability

Read more
Intel’s new Core Ultra chips needed to be more than this
The Acer Swift Go 14 on a table in front of a window.

A lot has been made of Intel's new Meteor Lake chips. They have a new brand, naming scheme, and even new technology in the form of the NPU (neural processing unit).

And they come at an important time. The stakes have never been higher for Intel, as it faces competition from all sides. They're also an important litmus test for the idea of the NPU, or neural processing unit.

Read more
Here’s how the M3 Max chip compares to the most powerful Windows laptops
The 14-inch MacBook Pro with M3 Max chip seen from behind.

Apple's M3 Max is an incredibly powerful chip, significantly increasing Apple Silicon's CPU and GPU performance. It's gotten a ton of press, but is it necessarily faster than the fastest Windows laptops?

To find out, we pitted it against the Lenovo Legion 9i, a gaming laptop equipped with the ultrafast Intel Core i9-13980HX and Nvidia GeForce RTX 4090, and the Asus ROG Strix Scar 17 with the AMD Ryzen 9 7945HX and the RTX 4090. We can't compare the MacBook Pro 14 with the M3 Max directly to the Lenovo and Asus in that many benchmarks, particularly gaming, due to limits in testing and cross-platform compatibility. But we could compare enough to get an idea of how these various chips stack up against each other.
A brief look at architectures
The Apple M3 Max is an ARM-based system on a chip (SoC) currently at the high end of Apple Silicon's lineup. It represents the first chips made using a 3nm process and redesigned GPU architecture. On the CPU side, Apple increased the speed of its performance cores by 15% and its efficiency cores by 30% over the M2. Overall, Apple is promising a 20% to 25% improvement in performance. On the GPU side, Dynamic Caching is one technology that speeds up a variety of GPU processes, while gamers will benefit from mesh shading and hardware-accelerated ray tracing.

Read more