[Rumor] Intel to produce hex-core CPU
Thrax
🐌Austin, TX Icrontian
<p>Intel's flagship quad-socket (Or greater) Xeon is based on the <em>Tigerton</em> core and boasts the Xeon 7xxx moniker. The chips drop into Caneland platform which employs Intel's Clarksboro chipset. For server installations that require X86 and more than eight cores, Tigerton reigns supreme in the server space.</p>
<p>Word on the street, however, is that the <em>Tigerton</em> is about to be usurped by a wacky chip straight out of Intel's Bangalore fabs. Known as the <em>Dunnington</em> it will boast <strong>three</strong> <em>Penryn</em> dies for a total of six operational cores. Not only is it crazy-fast, it'll fit in the existing socket 604 Caneland platform which is sure to please enterprise administrators thirsting for more power. </p>
<p>This is expected to be the last development in the primary lifespan of the <em>Penryn </em>before <em>Nehalem</em> is born.</p>
<p>Word on the street, however, is that the <em>Tigerton</em> is about to be usurped by a wacky chip straight out of Intel's Bangalore fabs. Known as the <em>Dunnington</em> it will boast <strong>three</strong> <em>Penryn</em> dies for a total of six operational cores. Not only is it crazy-fast, it'll fit in the existing socket 604 Caneland platform which is sure to please enterprise administrators thirsting for more power. </p>
<p>This is expected to be the last development in the primary lifespan of the <em>Penryn </em>before <em>Nehalem</em> is born.</p>
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Comments
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CX
C = a chip....what will X be? GPU?
Does anyone know if the chip is squarish or more of a rectangle?
Good ol' IBM leaving the info on a public server.
So 45nm with 3mb L2....the only thing I could find quickly is the C2D E7200 and C2Q Q9300/Q9400 (which I'm guessing to be 2x E7200's in 1 package).
According to the below Wiki page it will be 2.53GHz, 1066FSB, 9.5multi for $133. I bet they sell the hec-core CPU for a little more than 3x $133 + L3 cache cost.
http://en.wikipedia.org/wiki/List_of_future_Intel_Core_2_microprocessors
I guessing the C part below will have to be L3 cache as the E72 has none and 16mb is a hefty amount of wafer space even at 45nm.
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