Intel has confirmed that it will ship the six-core Xeon processor in the second half of this year.
Speculation about the shipping date of the processor, code-named Dunnington, surfaced last month after an Intel presentation detailing the processor was leaked by Sun Microsystems. The presentation, which showed that the chip would ship in the second half, was available on Sun's servers, but was later pulled off.
The Dunnington chip will be part of Intel's Xeon MP 7000 series of processors and will allow a four-processor server to have up to 24 cores, Intel CEO Paul Otellini said during a speech at Intel's investor conference in California. It will be part of the Caneland server platform, which also includes the Clarksboro chipset.
Otellini also reaffirmed that Intel was on schedule to release chips based on the Nehalem micro-architecture, a successor to Intel's Core micro-architecture, later this year. Otellini has said previously that Nehalem would deliver better performance-per-watt and better system performance through its QuickPath Interconnect system architecture. Nehalem chips will also include an integrated memory controller and improved communication links between system components, Otellini said.
Nehalem processors will include multi-threading and up to eight cores per chip, Otellini said. A multi-threaded octo-core system will make for a very powerful machine and could expand Intel's presence in niche segments like high-performance computing (HPC), he said. The PC version of the Nehalem chip will mix CPU cores and graphics cores to deliver improved system performance, Otellini said. Nehalem chips will be manufactured using the 45-nanometer process.
The company will follow up Nehalem with the Westmere micro-architecture in 2009 and Sandy Bridge in 2010, Otellini said. Otellini indicated that work has begun on micro-architectures to succeed Sandy Bridge, but that code-names have not been assigned. By 2011, he said chips will be manufactured using the 22-nm process.
Intel will make a real leap into the HPC segment with the Larrabee platform, which will have lots of cores, lots of threads and deliver performance "bar none," Otellini said. The platform will be delivered in the late-2009-to-2010 time frame, Otellini said.
Otellini also reaffirmed that the Menlow platform for ultraportable devices would ship next quarter. The Menlow platform is a set of components, including the low-power processor code-named Silverthorne and Poulsbo chipset, that run ultramobile devices. The Silverthorne chip, manufactured using the 45-nanometer processor, will be upgraded and moved to the 32-nanometer processor next year.
Earlier this week, Intel renamed its Silverthorne and Diamondville chips, "Atom." The Menlow platform for ultramobile computers was renamed Centrino Atom. The Diamondville is a low-power chip targeted for use in inexpensive laptops.
While Intel is increasingly focused on mobile devices and notebooks, it isn't giving up on desktops. The company is working on technology called "Remote Wake-up," which makes a desktop an Internet-attached storage device. Typing a URL into a remote web browser wakes up a desktop from deep sleep mode, allowing users remote access to files on the desktop. Intel is working on this technology, company officials said, but did not provide a release date.