Intel's Atom brand grew to notoriety in the netbook era, during which time select ultra-low-voltage (ULV) processors were also found in nettops and embedded applications. Today's Atom processors are much more powerful than those early models that debuted in 2008, but because of negative connotations attached to the Atom brand in terms of performance, Intel may decide to drop the brand name.
AMD once tried to dispell the MHz/GHz myth when Intel's Netburst architecture was pushing clockspeeds to new heights. That was a long time ago, and these days AMD is totally psyched about its new FX-9590 processor, a Piledriver part that qualifies as the world's first commercially available 5GHz processor. It's actually stock clocked at 4.7GHz, though it can reach the braggadocios 5GHz mark under load (Turbo). Wondering how it benchmarks?
The FX-9590 and FX-9370 are Piledriver-based chips aimed at enthusiasts
At last month’s Electronic Entertainment Expo (E3), chipmaker Advanced Micro Devices (AMD) was busy tooting its own horn about the prospect of bringing the world’s first commercially available 5GHZ processor (max turbo speed) to market: the 8-core FX-9590. If you too are just as enthusiastic about the company’s enthusiast-class FX-9000 series chips and have spent the last month or so dreaming about the FX-9590 or the FX-9370, another 8-core FX-9000 series part announced last month, you will be happy to know that both chips are now available.
What’s a watt? Depends how you measure it. Electrical engineers agree that watts equals volts times amps, but they start disagreeing when measuring the power dissipation of a microprocessor. Power consumption varies with the software workload, which can be anything from a program’s idle loop to a high-frame-rate videogame.
Note: This article was taken from the April issue of the magazine.
Small form factor systems are vogue, and that's just fine by Zotac, which has been cashing in on the craze for palm-sized systems with its Zbox Nano line. These aren't wimpy little systems, either, especially now that some of them have been upgraded with Ivy Bridge processors from Intel. These include Intel's Core i3 3227U, Core i5 3337U, and Core i7 3537U processors.
Update: Leaked Intel Roadmap Reveals New Batch of Haswell Chips
Faster hardware shouldn’t be this somber. Yet we can’t help but furrow our brow in concern over Intel’s fourth-generation Core i7 CPU. Yes, in typical Intel fashion, it’s a tour de force of technical achievement and features that’s the envy of the free world. It’s also, by the way, quite fast.
How fast? *Spoiler alert* Let’s just say that the new Core i7-4770K easily unseats the previous midrange sweetheart, the Core i7-3770K, as the best all-around performer, and even gives the high-end hexa-core part a hard time.
Intel's Haswell architecture hasn't been on the market all that long, but such is the advance of technology that something newer, better, and faster is always right around the corner. In this case, it's still Haswell we're talking about, but according to a leaked roadmap, Intel is getting ready to refresh its Haswell family with a few new chips in the third quarter of 2013, including two that fall into the company's "Premium Performance" category and one that's an "Extreme" part.
Haswell has already landed, and if you're building a new rig today, you might as well jump on the new platform. At the same time, Intel clearly put a great deal of focus on mobile friendly features, so even though Haswell is a step up from Ivy Bridge, it's not the end-all-be-all that some where hoping for. Haswell-E, on the other hand, brings the desktop back into focus and will offer 8 processing cores and 16 threads. That's not all.
Smartphone sector isn't appealing to AMD right now
You can hardly go a week without there being a new smartphone announcement, some bigger than others. Thanks to a combination of lower prices (especially subsidized pricing) and advancements in mobile technology, smartphones are more popular than ever, but that doesn't mean AMD is anxious to jump in and start competing with ARM, its licensing partners (like Nvidia and Qualcomm), and Intel.
We've seen some leaked roadmaps as of late, including one that has Intel's Ivy Bridge-E slated to ship in the third quarter of this year, followed by refreshed Haswell parts in 2014. What about Intel's 14nm Broadwell architecture, you ask? Broadwell is nowhere to be found on any of the slides, perhaps indicating that it won't come out until 2015 at the earliest. Maybe Intel's having problems shrinking the die to 14nm, or there just isn't enough competition to warrant releasing Broadwell in the near future.