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AMDZone Frontpage: Leaked AMD Roadmap: Fusion 2011
TG Daily - Hardware News: AMD discovers several Fusion mantras, disses Larrabee
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Leaked AMD roadmaps plots route to 2011 Fusion: Want to know what AMD has in store for the coming years? http://bit.ly/2zLJe8 29 days ago |
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HEXUS.net: AMD roadmap plots route to 2011 Fusion http://bit.ly/2zLJe8 29 days ago |
Leaked AMD Roadmap: Fusion 2011
AMDZone Frontpage —
Hexus has a leaked AMD roadmap that shows Fusion in 2011. Looking at the coming year, AMD's challenger in the performance stakes will be the upcoming hexa-core Thuban processor, apparently clocked at 2.8GHz and coupled with an RD890+SB8xx chipset. In the mainstream space, 45nm Athlon and Phenom processors with up to four cores will hope to be more competitive when paired with the 800-series chipset.
AMD discovers several Fusion mantras, disses Larrabee
TG Daily - Hardware News —
... breadth of Fusion solutions and one of them will be a quad core.” That’s going to give good X86 performance, he reckons. And in between now and 2011? AMD has several tricks up its sleeve on the big core little core front. In 2011, he said, Ontario will be a very compelling solution. What’s Ontario? One of the hacks in the room said that a Japanese site has just published a set of slides about cores in 2010 and more importantly in 2011. We think hexus.net has a link to them. Ah yes, here . Here we see Leo, Dorado, the Scorpius and the Lynx based on the Llano APU; and Sabine, ...
AMD looks forward to Bulldozer and Bobcat
HEXUS.net : News —
... , but it also painted a picture of what the semiconductor manufacturer has in store for beyond 2010. Having recently examined AMD's roadmaps , we know that the company has plans to revamp both its desktop and netbook architectures in 2011 with the arrival of Bulldozer and Bobcat, respectively. According to this recent AMD slide, Bulldozer, successor to the K10 architecture, will feature technology not too dissimilar to Intel's own Hyper Threading. Each Bulldozer core, pictured above, will feature two independent integer execution units - resulting in the operating system ...
