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.
AMD is intent on recapturing the enterprise market.
Roadmaps have a way of leaking onto the web, so rather than fight the inevitable, AMD this week decided to publicly disclose its server strategy and related processor roadmap as it attempts to gain back market share in enterprise and data center server markets. The chip designer also disclosed details of its 2014 server portfolio, including "Warsaw," "Berlin," and "Seattle" parts due out next year.
Processor roadmaps must be slippery little suckers because it never seems like AMD or Intel are very good about holding onto them. Instead, we're frequently treated to early, often unauthorized glimpses of what each semiconductor has in store, and this time it's a look at what Intel is planning. The latest leaked roadmap shows Intel's processor plans through the first half of 2014.
Even the most diehard fan boy can admit AMD’s not in the hunt against Intel’s top-end processors—well the reasonable one’s anyway.
That doesn’t mean AMD still can’t give Intel a hard time. While AMD can’t compete with the Core i7-3970X or even the Core i7—4770K, the company’s rush to merge CPU and GPU to make the APU has put more pressure on Intel than Intel would probably want to admit.
AMD has a knack for reaching milestones before the competition. The Sunnyvale chip designer is generally credited as being the first to reach 1GHz with its Athlon chip (a claim Intel disputes, by the way, as it was also shipping 1GHz Pentium III parts), and just like it's the year 2000 all over again, AMD is again touting a speed victory by unveiling the world's first 5GHz processor for consumers.
The braggadocios system builders at AVADirect are hooting and hollering about being the first vendor in the U.S. of A. to offer Clevo's P375SM gaming laptop, a powerhouse machine built around Intel's new HM87 chipset for Haswell. Pricing starts at just shy of two grand for the 17.3-inch notebook equipped with an Intel Core i7 4700MQ processor, though there are plenty of upgrade options at your disposable if you have too much cash in your pockets weighing you down.
One part Piledriver and one part Radeon HD 8000 Series graphics.
System builders have no shortage of new processors to choose from this week. Counter-punching the launch of Haswell, Advanced Micro Devices (AMD) on Wednesday rolled out the red carpet for its 2013 Elite A-Series of Accelerated Processing Units (APUs), otherwise known as "Richland," which supposedly offer discrete-level graphics and an easy upgrade infrastructure.
Do you hear that noise? If it sounds like a "Tock!," that's because Intel's 22nm Haswell refresh is here, though calling it a refresh may not do justice to the new microarchitecture. Haswell is a Tock in Intel's "Tick-Tock" cycle, meaning it's a major new microarchitecture that will set the foundation for new and upcoming desktop processors. Several Haswell chips are now available to order, including the high end Core i7 4770K part, which you can snag for just $280 if you happen to live near a Micro Center.
Mobile gamers drooling over the launch of fast desktop parts like the GeForce GTX 780 and GTX 770 need not worry that they won't have anything new to play with in the notebook arena. Following the launch of the aforementioned desktop parts, team green this week introduced its GeForce GTX 700M series of laptop GPUs. There are four new mobile parts in all, each one based on Nvidia's Kepler architecture.
Advanced Micro Devices (AMD) this week announced a new family of low power server processors optimized for scale-out server architectures. The Sunnyvale chip designer also attached a couple of interesting claims to its new Opteron X Series, formerly known as "Kyoto," the first of which is that these are the highest density, most power-efficient small core x86 processors ever built. The other claim has to do with how they compare to Intel's top Atom chip.