SeaMicro has developed a server that packs in 512 low-power Intel Atom processors on miniature motherboards the size of credit cards, the company announced Monday.
SeaMicro in the News
MOUNTAIN VIEW — Intel CTO Justin Rattner took the stage at Intel's annual Research Day to host what was something of a launch party for Intel's new Interaction and Experience Research Lab—essentially a place to put all of the anthropologists and ethnographers that the company has been hiring over the past decade, and also a very high-profile validation of the value that the chipmaker places on the work of these folks.
The author wanted to dig into the impact of SeaMicro
Read moreTo read the original Hearst Electronic Products article, click here.
Read moreOver the last 18 months or so, this question has become tougher to answer as a flood of products with names like Voldemort, Hadoop and Cassandra have appeared on the scene.
Read moreOn June 14, 2010 SeaMicro released the SM10000, a power-conscious server that is optimized to run Internet infrastructure and Web-enabled workloads. The system runs on 512 Intel Atom processors while consuming 75% less power and 75% less space than a traditional volume server.
Read moreNot many people start computer companies these days, with fierce competition and dog-eat-dog pricing making other businesses seem much more appealing. But SeaMicro is going for it, in an unusual way.
Read moreSAN JOSE, Calif. — Startup SeaMicro announced Monday (June 14) a server that packs 512 Intel Atom processors in a 10U chassis to deliver the same performance at a fraction of their power and space as systems using conventional server CPUs.
Read moreComing out of stealth, SeaMicro is dispelling the Silicon Valley myth that you can’t innovate in hardware anymore. The startup is announcing today it has created a server with 512 Intel Atom chips that gets supercomputer performance but uses 75 percent less power and space than current servers.
Read moreSeaMicro, the Santa Clara, Calif.-based startup building a low-power server using Atom chips and its own specially designed silicon to manage the networking, has finally unveiled its hardware, and it’s pretty darn impressive.
Read moreThe computer server industry may not sound like a hotbed for innovation to you, but SeaMicro thinks differently. It's just rocked the server world with a super-computer-like product that's smaller and more power-efficient than any rival's.
Read moreWhen Intel first unveiled its "Silverthorne" microarchitecture in 2008, it was clear that the low-power, in-order processors based on it (i.e., Atom) would be at the very bottom of the performance heap. It's fair to say that none of us in the tech press ever expected to see a server based on the design, much less one that would be aimed directly at Intel's high-end Xeon line. But we weren't the only ones watching the Silverthorne announcement.
Read moreTaking multi-core to an extreme
Read moreGet ready to start hearing a whole lot more about stealthy low-power server maker SeaMicro.
Read moreStartup server maker SeaMicro today unveiled a new low-power server that promises to slash power costs for companies running large Internet services and cloud computing platforms.
Read moreStartup SeaMicro is unveiling its SM10000 server, which takes advantage of the small and highly energy efficient Intel Atom processors and its own I/O virtualization technology to create a computing architecture that is highly scalable and drives down server power and space costs by as much as 75 percent over traditional systems.
Read moreSilicon Valley startup SeaMicro has unveiled a 10U rack-mount server that uses 512 low-power, Intel Atom processors to dramatically cut energy consumption and space in the data center.
Read moreAtom chips are the underpowered CPUs inside most netbooks. But one company has found a way to stitch 512 of them together to create a single powerful server.
Read moreStart-up SeaMicro has launched a green server based on Intel's power-sipping Atom processor. The company is backed by about $25 million in venture capital and a grant from the U.S. Department of Energy.
Two years ago when I first covered Intel’s Atom architecture I proposed that Moore’s Law has paved the way for two things: 1) ridiculously fast microprocessors, and 2) fast enough microprocessors.
Read more
