Skip to main content

After 15 years, Intel may be killing the Core i5 and Core i7

The Core “i” branding of Intel processors has been around for 15 years, first appearing in its “first-generation” Core chips launched in 2008. Now, that’s some legacy.

But Intel has confirmed that in its upcoming Meteor Lake chips, it’s doing away with the naming scheme entirely. In place of the instantly recognizable Core i3, i5, i7, and i9 brands, Intel will be using “Core Ultra” in these new chips. The details, however, are not yet known.

Recommended Videos

The original hint first appeared on a website for the game Ashes of the Singularity, where a new product showed up in benchmarks called the “Core Ultra 5 1003H.” After this rumor make the rounds in the media, the Director of Communications at Intel addressed it head-on, with a tweet that explained the “brand changes.”

Yes, we are making brand changes as we’re at an inflection point in our client roadmap in preparation for the upcoming launch of our #MeteorLake processors. We will provide more details regarding these exciting changes in the coming weeks! #Intel

— Bernard Fernandes (@Bernard_P) May 1, 2023

Fernandes notes the upcoming “inflection point” in Meteor Lake, saying that we’ll be hearing more about the changes in the coming weeks. This doesn’t necessarily “confirm” that Core Ultra will be used, but the inclusion of the “yes” to start off the tweet suggests that the reports are likely true.

The “Core Ultra” name is interesting in a couple of ways. First off, the use of “Ultra” is a much more popular term in tech branding these days. Most notably, Apple has been using it in both its iPhones and M-series chips. The M1 Ultra, for example, represents the most powerful configuration of the M1 chip, which has only been made available in the Mac Studio desktop.

If Intel goes with Core Ultra for its 45-watt H-series chips, it’s not hard to imagine that it has some other names in store for the lower-powered offerings. Will it chase Apple’s distinctions with Core Max and Core Pro as well? That would feel a bit on the nose, but we’ll have to wait and see.

Intel Meteor Lake chip.
Wccftech

Even though it feels like Intel is aping off Apple’s branding — let’s be honest: Intel’s chip names have always been unnecessarily difficult to understand. The difference between an H-series chip and a U-series is massive in terms of performance, and yet, the indicator is buried behind a string of numbers. The emphasis on Core i5 and Core i7, meanwhile, usually represents a smaller difference in performance, despite being much more upfront in the branding.

The first of the Meteor Lake chips, which is the codename of Intel’s 14th-gen chips, is due out later this year and will be large architecturally as well. These will be the first Intel processors to use a chiplet design, will debut the new Intel 4 node (previously known as 7nm), and make use of extreme ultraviolet lithography. Compared to the last generation’s ho-hum iterative bump, Meteor Lake will aim to offer a larger generational jump in performance.

This change in branding also comes at a particularly tumultuous time for Intel as a company, which recently reported the largest quarterly loss in the company’s history for the first quarter of 2023.

Luke Larsen
Luke Larsen is the Senior Editor of Computing, managing all content covering laptops, monitors, PC hardware, Macs, and more.
Intel’s next-gen Arrow Lake may introduce some major changes to desktop chips
Intel CEO Pat Gelsinger presents Intel's roadmap including Arrow Lake, Lunar Lake, and Panther Lake.

It's been a busy Computex for Intel, but one of its most exciting announcements -- at least for consumers -- slipped a little under the radar. The company will soon expand its portfolio of desktop processors with the next-gen Arrow Lake, and we now have a rough idea of when CPUs will hit the market and how much of an improvement we can expect. Interesting bonus: Some of the new Z890 motherboards will support CAMM2 memory.

According to Wccftech, Intel is planning to officially unveil Arrow Lake in September during the Intel Innovation event, and the processors will launch shortly after, sometime in October this year. Desktop users are the lucky ones here, as they're the ones who will get access to Arrow Lake first -- laptop chips will follow at an undisclosed date. However, laptop users already get plenty to sink their teeth into with this year's Lunar Lake.

Read more
Intel’s next-gen desktop chips may embrace these two major changes
Intel Core i5-14600K processor inside its socket.

Intel Arrow Lake is said to be coming out later this year, but the leaks have been scarce -- until today. According to Benchlife, Intel is readying 13 new processors, but forget any mentions of a 15th-gen CPU -- these chips all follow Intel's new branding and will be dubbed the Intel Core Ultra 200 series. That’s the first big change. What else is new, other than the name? If Benchlife is correct, the loss of hyperthreading will be the other notable difference.

Arrow Lake CPUs will be the first desktop generation to follow Intel's new naming scheme, and thus, the first under the new Core Ultra umbrella. Meteor Lake paved the way, but those are laptop chips, whereas Arrow Lake processors are coming to desktops. This includes the Core Ultra 200 K-series, which encompasses the unlocked versions of CPUs that have a processor base power (PBP) of 125 watts, as well as the locked Core Ultra 200 non-K variant that maxes out at 65 watts.

Read more
Intel Core i9 CPUs are about to get hit with a downgrade, report says
Intel's 14900K CPU socketed in a motherboard.

High-end Intel CPUs are about to lose some significant performance, according to a new report from BenchLife (via VideoCardz). The outlet claims Intel has sent guidance to motherboard partners to implement the Intel Default Settings on Z790 motherboards, following a wave of reports of instability on recent high-end Intel CPUs.

According to the report, these default settings will enforce a PL2 of 188 watts. Intel maintains power limits (PL) for its processors. PL1 is the base power, or the power that the processor can sustain for long periods of time. PL2 is the maximum boost power, which the processor can hit for brief spurts when under a heavy load.

Read more