- Feb 18, 2010
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They say by end of year, which I take to mean 2012. Although I suppose it could mean at least until the calendar turns 2013. Either way, Haswell will be right around the corner.
http://vr-zone.com/articles/ivy-bri...--the-multi-socket-platform-heaven/15488.html
http://vr-zone.com/articles/ivy-bri...--the-multi-socket-platform-heaven/15488.html
The dual processor Socket 2011 platform, the Xeon E5, is expected to receive the ten core 25 MB L3 (some sources mention 30 MB L3 but that doesn't seem likely as of now) cache Ivy Bridge EP part update, which should also bring around 15%-20% clock speed update. The 22 nm tri-gate process benefits for both power consumption and clock speed will help Xeon E5 solve the high-TDP problems that bothered it a little bit in the Sandy Bridge EP generation right now. In my mind, based on the power and performance gains assessment, I'd expect 2.4 GHz 10-core parts at the 95W TDP level, 3 GHz 10-core parts at the 130W TDP level, and 3.3 GHz 10-core parts at the 150W workstation SKU grade, all plus minus 100 MHz or so.
And, oh yes, the TDP problem solution should also enable the single Socket 2011 systems based on X79 chipset to have full speed 8-core and 10-core chips in this iteration - good news for those of you holding, say, entry level Core i7-3820 quad core, since this would make a nice speed doubling upgrade without increasing the system power consumption.
Again, this will be just a CPU update on the same chipset and board platform, likely to be matched with a Patsburg C600 chipset stepping update for those 'minor problems' like say 6 Gbps SAS, for instance. Otherwise, the stable platform should provide a smooth transition from 8-core Sandy Bridge EP to 10-core Ivy Bridge EP.
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