IntelItaniumPoulson
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Intel slips details of Poulson-based Itanium 9500 in advance, teases a big boost to 64-bit servers
If you think Intel took awhile to roll out the Xeon E5, imagine the mindset of Itanium server operators -- they haven't had any kind of update to the IA-64 chip design since February 2010, and they're still waiting. Much to their relief, Intel just dropped a big hint that the next-generation, Poulson-based Itanium is getting close. Both a reference manual and a Product Change Notification have signaled that the new, 32-nanometer part will get the Itanium 9500 name as well as a heap of extra improvements that haven't been detailed until now. We knew of the eight processing cores, but the inadvertent revelation also confirms about a 50 percent hike in the interconnect speed and a matching increase in the cache size to 32MB. Clock speeds also start where current Tukwila-running Itaniums stop, with four processors between 1.73GHz and 2.53GHz giving the line a much-needed shot of adrenaline. Few of us end users will ever directly benefit when Poulson ships to company server farms later this year; after these increases, though, don't be shocked when the database at work is suddenly much quicker on its toes.
Intel talks up next-gen Itanium: 32nm, 8-core Poulson
It's been a long time since Intel tried to tempt the world with a new Itanium chip. The VLIW 64-bit processor last received a serious update in 2008, with the 2-billion transistor Tukwila. Now Chipzilla is upping the ante -- moving to 32nm process, adding up to four more cores, and tacking on more than one billion additional transistors. Poulson also adds a new feature called Intel Instruction Replay Technology, which adds a buffer for more quickly recovering from errors, allowing the chip to pick up from the last known good instruction instead of having to completely flush the pipeline. Those looking to upgrade will also be happy to hear that the upcoming IA-64 CPU is pin compatible with Tukwila, so customers can simply drop the new processor in to existing systems. Check out the full PR after the break.
