Skip to main content

Intel’s next-gen Core i7 leaks ahead of wide release, undergoes testing

The leaks keep on coming. Just after the specs for Intel’s upcoming 7th-generation Kaby Lake Core i3 hit the web, a hardware sample of Intel’s forthcoming i7-7700K made its way into the hands of review editors over at Tom’s Hardware.

Now, the Intel Core i7-7700K received by Tom’s Hardware may or may not be a retail sample of the upcoming processor –- it could just as easily be an engineering sample but nevertheless, the benchmarks and stats are interesting. First up, the Core i7 is an unlocked quad-core processor capable of eight threads, with an out-of-the-box clock speed of 4.2GHz.

Recommended Videos

According to testing though, the Core i7’s remarkable speed is eclipsed by high power consumption and it runs hot — particularly after a bit of overclocking. The unlocked chip was capable of hitting an overclocked frequency of 4.8GHz at 1.30V, but excess heat builds up quickly.

“The overclocking experiment even required a 15 degree C room temperature, which is something most readers won’t be able to accomplish,” wrote Thomas Soderstrom of Tom’s Hardware. “Liquid might help, but since the cooler’s heatpipes were barely warm to the touch, there’s a possibility that 4.8 GHZ may be the limit of this sample while using any ambient-temperature cooling solution.”

So it looks like the Intel Core i7-7700K might be capable of hitting some impressive speeds, but only if you have some serious (liquid) cooling solutions available. The other benchmarks point to an otherwise impressive chip, with the i7-7700K outperforming its older cousins in the 6th-generation Skylake family.

In mixed workload tests, the i7-7700K narrowly edged out the Core i7-6700K in all benchmarks other than a video conversion test. It’s a narrow lead, but it points to some of the performance gains the latest round of 7th-generation Kaby Lake quad-core processors can offer.

Jaina Grey
Former Digital Trends Contributor
Jaina Grey is a Seattle-based journalist with over a decade of experience covering technology, coffee, gaming, and AI. Her…
Intel CPU gaming crashes are causing an uproar
Intel Core i9-13900K held between fingertips.

Some of Intel's best CPUs may be having stability issues in Unreal Engine 4 and 5 games. According to reports from frustrated users, CPUs like the Core i9-13900K or the Core i9-14900K run into shader compilation issues in certain games, resulting in crashes. The community found a fix that seems to work for most people, but it's more of a workaround than a real solution.

Reports about these problems have been flooding various Steam forums and Reddit communities for months afterSebastian Castellanos on X (formerly Twitter) brought them to light. It appears that people are experiencing these problems primarily in UE4/5 games. During the initial shader compilation stage, the game crashes to desktop. Affected titles include Hogwarts Legacy, Fortnite, Remnant 2, Nightingale, and more.

Read more
Some surprising details on Intel’s upcoming 14th-gen laptops just leaked
Intel's new Intel Core Ultra badge.

One of the first laptops powered by Intel’s upcoming 14th-gen Meteor Lake CPUs has been spotted online, and based on what we're seeing, the prices look surprisingly affordable.

The information originated on X (formerly Twitter) from @momomo_us, who initially shared details about these new laptops via Newegg US. The post disclosed information about the expected CPUs and key specifications of the laptops. Among MSI's lineup of work laptops featuring Meteor Lake CPUs, the Prestige 13 and 16 are the first ones identified. The leak also mentions the CreatorPro 16 Studio, as well as popular gaming SKUs, the Stealth 14 and 16, although specs for these were not provided.

Read more
I tested Intel’s new overclocking tool, and it does AI all wrong
Intel's 14900K CPU socketed in a motherboard.

One of the most interesting features of Intel's recent Core i9-14900K is its AI-assisted overclocking. Available through the Extreme Tuning Utility (XTU), AI Assist is billed as the natural next step of automatic overclocking. It uses AI to push chips further rather than relying on a predetermined list of checks that Intel already offers through XTU.

That's the pitch, at least. But according to my own testing, AI Assist doesn't do much of anything.

Read more