The Itanium 9700 line of four- and eight-core processors represents the last vestiges of Intel's attempt to switch the world to an entirely new processor architecture: IA-64.

Poulson is Intel’s next generation 32nm 8 core based Itanium chip, and is on track to more than double the performance of the existing Tukwila architecture.

Intel's Itanium chip is hanging by a thread, and after more than three years, the company is now shipping the next and possibly final version of the processor, which is code-named Kittson.

In addition to discussing its more prominent architectures, Intel will present data on its upcoming 32nm Itanium processor, codenamed Poulson. The new architecture ...

Intel has scaled back plans for the next version of Itanium in a move that raises questions about the future of the 64-bit server chip, used primarily in Hewlett-Packard's high-end Integrity servers.

The Itanium 9500 series is touted as the most sophisticated Intel processor to date with a new micro-architecture design.

It’s a whale of a chip. Intel is announcing today the 10th generation of its Itanium chip, which is a 64-bit microprocessor aimed at the very high end of the corporate computer market.

Intel has released its latest big-number crunching Itanium processors with the 9500 Poulson series as well as detailed its Modular Development Model that will merge future Itanium and Xeon CPUs to ...

Intel has officially ceased the supply of the Itanium processor, its once much-hyped family of 64-bit processors. The company announced the discontinuation of the Itanium family in January 2019 ...

Intel and Hewlett-Packard Co unveiled new server technology based on the high-end niche Itanium processors at the centre of a recent dispute between Hewlett-Packard and Oracle Corp.

Intel designed the 64-bit Itanium architecture from scratch as a way to provide a high-performance chip for large servers that churn data from large databases and Web sites and also act as the ...

The projections certainly made it look this way, and as Itanium chips were delayed and the reality of an extended 64-bit memory addressing for the X86 architecture started sinking in, and then was ...