Intel to Device Makers: Light Peak is Ready... Sans Light

"Intel has confirmed rumors that it's temporarily switching to copper wires for use in the company's Light Peak connection technology. While that might upset those who were looking forward to the, well, "light" part of Light Peak—fiber-optic cabling—it will nevertheless allow Intel to get Light Peak out the gate faster than anticipated." | more

Intel's 2nd generation Core is going to change everything

"Intel's big announcement at CES is their new Sandy Bridge architecture. Without getting too far into the technical side, the important thing about this is the first-ever addition of graphics processing onto the main CPU itself. It may sound like a simple upgrade, but it could change the way we all do a lot of things with our computers." | more

NVIDIA's Project Denver CPU puts the nail in Wintel's coffin

"For years there have been rumors that NVIDIA has a top-secret x86 processor project, and last November an NVIDIA exec all but confirmed that the company is looking at making an x86 chip at some point. That's why today's processor announcement from NVIDIA was both surprising and unsurprising... No, NVIDIA didn't finally take the wraps off its x86 project—assuming that it hasn't been cancelled, that's still a secret.

Intel Talks Hourglass Syndrome ''Computer Rage''

"As performance computer users, we hate to feel held back from accomplishing a task because our hardware is too slow. The little hourglass (or the spinning rainbow wheel) can sometime drive us insane when we perceive that we're able to work faster than our computers." | more

Intel plans 70 + percent of Q3 2011 to be 32nm

"Intel is currently producing and selling some 75 percent of 45nm based products, while some 25 percent of Intel's processors are 32nm. Sandy Bridge parts again in 32nm are already in production but the sales starts in Q1 2011 and already in this quarter the market share of 45nm will shrink to 65 percent while 32nm will grew to 35 percent..." | more

GeForce GPU Will be Inside 200 Sandy Bridge PCs

"One of the big things about Sandy Bridge is its integration of a GPU directly in the same die as the CPU. While the graphics prowess of is Intel’s best yet, it’s not enough to elbow out discrete graphics makers like Nvidia. In fact, Nvidia is boasting that it has scored 200 design wins that will pair its GeForce GPUs with next generation Core systems. Part of that is due to the integrated Intel graphics not being a DirectX 11 part.

Nvidia Says More CPU Cores are Better (and Why)

"Essentially, having two cores splitting the work puts less strain on each individual core as compared to having a single core shoulder the entire load. This not only allows for greater performance potential but also a generally lower power draw – provided that both cores aren't under a greater load..." | more

Intel and NVIDIA Prepare to Kiss and Make up With Settlement

"But much like Lex Luthor and Superman occasionally do in the comics, these bitter enemies have found cause to try to set their difference aside, while facing a common threat. The pair was set to go to battle with each other in a trial starting Dec 6 in Delaware's Chancery Court. NVIDIA and Intel, though, have asked the court to postpone the trial concerning licensing issues to 2011, buying time for a settlement." | more

LGA 775 still makes up 65 percent of Intel's market today

"In Q4 2010 a massive 65 percent of all Intel desktop CPUs are socket 775 based. This is the Core 2 Duo / Quad and current Celeron socket. Amazingly the Core i 2010 generation with all the Core i3, i5 and i7, even some Pentiums holds a meager 27 percent share of the market.

Intel: 1,000-core processor possible

"An experimental Intel chip shows the feasibility of building processors with 1,000 cores, an Intel researcher has asserted. The architecture for the Intel 48-core Single Chip Cloud Computer (SCC) processor is "arbitrarily scalable," said Intel researcher Timothy Mattson, during a talk at the Supercomputer 2010 conference being held this week in New Orleans." "This is an architecture that could, in principle, scale to 1,000 cores," he said.

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