Items tagged with NASDAQ: INTC

Hot on the heels of the debut of its 8th gen Core series, and also its brand-new top-end Core X chips, Intel just announced Loihi. With this new chip, Intel is going all-in on artificial intelligence (AI) and self-learning. It also drops a term you may have heard recently: neuromorphic computing; in effect, neural systems simulation. In his blog post, Intel's Corporate VP and Managing Director of Intel Labs Dr. Michael Mayberry lays down a couple of great examples of how AI could benefit our lives in the future. Picture, for example, stoplight-mounted cameras being tied to an AI backend that adjusted... Read more...
When Intel first unveiled its super-small NUC family of PCs, the company touted it as being the best thing to hit our desktops in quite a while, and in many ways, it's succeeded. NUCs pack an enormous amount of power under their hood given their size, and they can pretty much fit anywhere, provided there's ample room to breathe. Speaking of room to breathe, one of the few complaints NUC customers seem to ever mention is noise, and that's to be expected given the amount of power crammed into a small enclosure. That's unless you use a NUC that's built to be 100% fanless, such as the one that's just... Read more...
Back in March, Intel made its pursuits in autonomous driving well known to the world by acquiring Israeli company Mobileye for a healthy $63.54 per share, representing an equity value of $15.3 billion. Intel has had some missteps these past few years, having bowed out of the wearable market, and even the DIY market, but the reach of the autonomous vehicle market is immense, and it's one area where Intel could make its mark. Even if it's getting into things a lot later than a good chunk of its competition. Mobileye, Intel, and BMW showing off an autonomous vehicle prototype The company is wasting... Read more...
Intel has always been an interesting company to watch, but lately, we've been looking at how it's adjusting focus to better handle the current competitive landscape. On the CPU side, the fact that AMD is more competitive than ever has been well-documented, both on the desktop side and in the enterprise. Intel has already reduced its focus in some key places, such as wearables. In one example of readjusted focus, the company is now targeting augmented reality as the next big thing it can play a part in. But we're not through with the deaths yet, as today we learn of yet another in the Intel product... Read more...
At some point between now and the end of the year, Intel will launch its eighth-generation Core processors, built around the Coffee Lake microarchitecture. It'll come at an interesting time, since it'll really be the first time in all of Core's lifetime that AMD has been truly competitive. It'll also be interesting because it'll be yet another Core generation built on a 14nm process. Intel would love to shrink it down, we're sure, but it's just not ready enough to support a wide launch. Intel's first 10nm (Cannonlake) parts should come towards the end of this year or early next, but they won't... Read more...
When AMD released its first Zen-based processors this past spring, which came to us in the form of Ryzen, it would be an understatement to say the company had a lot riding on the new family of CPUs. Post-launch, it was clear that AMD succeeded in its goal of making the battlefield competitive again. Fast-forward to today and it's fair to speculate that because Ryzen has proven so potent, that it has forced Intel's hand at expediting the release of some of its upcoming products. Intel's Core X series just launched a few weeks ago, giving Intel yet another edge and a performance lead over AMD -... Read more...
Over the next few months, Intel will be releasing an array of new high-end desktop processors in the recently-announced Core X Series, based on the Skylake-X and Kaby Lake-X micro-architectures. The first chips in the series to arrive in the lab are the 10-core Core i9-7900X and quad-core Core i7-7740X. We’ve got an array of benchmarks and overclocking data on tap with the processors, but due to some unexpected shipping issues, we weren't able to complete all of the test we would have liked. Rest assured, we’ll update this piece as soon as we can with a full set of numbers -- it will just take... Read more...
We wrote last month about Intel's plans to overhaul its Xeon lineup, in effect forcing us to forget everything we ever knew about its current model naming convention. When the new Skylake-SP Xeons are released, they'll be separated by a simple medal-based ranking system: Bronze, Silver, Gold, and the baller-sounding "Platinum" edition. Today, we learn about what some of those chips are going to bring to the table. It looks like the "Intel Xeon Platinum 8176" chip is going to be one to drool over in the server space, as it delivers an impressive 28 cores (56 threads with Intel HyperThreading), which... Read more...
AMD is looking to make a big impact on the enterprise market with its upcoming Naples platform. Naples will bring tons of memory bandwidth and up to 32 cores, so many have been wondering what Intel has up its sleeves to counter it. Overall, the blue team still has the fastest IPC and single-threaded performance, so it doesn't have much to fear for now, but if Naples can deliver close to what is being promised, it is going to give the enterprise market a long overdue shakeup. As we now learn, part of Intel's disruption versus their competition will be underscored with a rebranding, as... Read more...
When Intel unveiled its Optane memory solution this week, it seemed like an ideal performance pick-me-up for low-end rigs. Its goal is to cache all of your important bits so as to make the PC more responsive, and quicker in general. The fact that Intel itself promotes the current Optane solution at those using mechanical hard drives is additional proof that low-end PCs are being targeted. However, as we now learn, there is one important caveat to be aware of: while Optane requires a Kaby Lake processor to work, the low-end Celeron and Pentium variants are out-of-luck. Those lowest-end of the low-end... Read more...
It's hard to believe that we're mere days away from the official launching of AMD's first Ryzen processors. It's been a long wait, but an even longer one if you think back to a time when the world got this excited about a new CPU launch. To call Ryzen "disruptive" even before launch seems apt, but all we can do right now is wait for the reviews to go live (and of course here at HH) to see just how well it will perform under pressure. With all the benchmark leaks and AMD teases that we have seen regarding Ryzen so far, it should come as no surprise that Intel should be concerned about... Read more...
If there's one downside to following the rapid progression of technology, it's that we're often stuck waiting for the next best thing to arrive. That couldn't be any more true than it is with memory and storage technologies. The number of times we've talked about "breakthroughs" in memory are too numerous to count, so when we first wrote about Intel and Micron's joint 3D XPoint memory two summers ago, we knew we'd be in for a bit of a wait. 3D XPoint (now called Optane) is soon reaching market availability, but we are still in for a long wait on Intel and Micron's promises made two years ago... Read more...
If you've had any doubts of Intel's upcoming Kaby Lake processors not being so hot for overclocking, don't fret. It's looking like even the most dedicated overclockers are going to have a blast with this series. Russian website OCLab got hold of an upcoming Intel Core i7-7700K chip and decided to take it for an overclocking spin. Interestingly, the motherboard used is not of the upcoming series designed around Kaby Lake, but the chip was instead overclocked on a Z170 motherboard from ASRock (Z170M OC Formula, to be precise). That bodes well for those planning to snag a Kaby Lake CPU and would rather... Read more...
This week, a report ousted Apple's decision to throttle the Qualcomm modem found in most of its iPhone 7 and iPhone 7 Plus models to match the performance of the Intel modem found in other versions. Now, according to sources close to the matter, it's absolutely the case but is there a real issue? The issue involves Apple's need to dual-source the iPhone 7's modem block with either a Qualcomm X12 LTE modem or an Intel XMM 7360 chip.  As a company that sells millions upon millions of smartphones, Apple needs to plan every launch and production roll-out very strategically and supply... Read more...
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