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We are exploring moving beyond silicon-based chips to significantly boost the performance of PCs. Silicon chips will continue to improve, but we need to look ahead decades into the future.

Joerg Appenzeller

Stretchable silicon offers different capabilities than can be achieved with standard silicon chips.

Apple moved to the Intel platform because of the future. If we can accept that the current generation of Intel-based Macs are 'as fast as' or 'almost as fast as' or even 'slightly faster than' the PowerPC-based systems they are replacing, we should be happy that that's the case. Remember that Apple really liked what it saw when it looked at the future of Intel's platform. They saw not just dual core chips, but multi-core chips. They saw desktop, workstation, and server chips that will outperform today's Core Duo by a wide margin, and I think we can expect to see these Xeon successors in a future Power Mac (or whatever they're called).

We selected Cadence for our custom, analog and mixed-signal needs because its advanced design methodology offers both speed and silicon accuracy for our design teams. We also chose the Incisive Palladium series because it delivers the fastest, most efficient way to verify large, complex chips. The Cadence technologies enabled us to significantly decrease our design time and drastically improve our time-to-market goals.

The JP was not sanctioned to endorse a specification developed in private by a handful of silicon companies. The difference is the fact that [EWC] agreed to create silicon, and they've said they will create silicon and push that silicon interoperability specification regardless of what happens in 802.11n.

The JP was not sanctioned to endorse a specification developed in private by a handful of silicon companies, ... The difference is the fact that [EWC] agreed to create silicon, and they've said they will create silicon and push that silicon interoperability specification regardless of what happens in 802.11n.

With the tape-out of our UWB digital chip, we can now tackle the wireless applications and product opportunities demanding high performance UWB solutions. Modules will be assembled shortly after we receive first silicon. Evaluation and product development kits containing both UWB chips are expected to be available for shipment by the end of second quarter 2006.

This partnership highlights the trend of TV sets moving away from the traditional CAN tuners to silicon tuners. High performance silicon tuners are gaining more traction in TVs because the flat frequency response and small group delay makes the picture sharper and clearer, while fast tuning brings more differentiators in the market.

One of the key factors in this growth is the integration of functionality into less silicon [the basic ingredient of chips], which both reduces cost and provides greater design flexibility.

It is still not as fast as today's silicon chips, but we can make it orders of magnitude better. We have a very clear picture of how to move on. Developing the first car is much harder than making a car that can go faster.

Joerg Appenzeller

We are constantly looking for technologies that help our customers meet today's short market windows. We selected Cadence for our custom, analog and mixed-signal needs because its advanced design methodology offers both speed and silicon accuracy for our design teams. We also chose the Incisive Palladium series because it delivers the fastest, most efficient way to verify large, complex chips. The Cadence technologies enabled us to significantly decrease our design time and drastically improve our time-to-market goals.

not-so-subtle reminder that there was creativity before silicon chips. Creativity doesn't live in machines. It lives in people.

Just as DNA chips revolutionized genome analysis, we hope to make cell chips (self-assembled arrays of cells on a thumbnail-sized chip) using our DNA-based cell adhesion strategy. Cell chips could be used as biosensors for detecting the presence of pathogens, or for drug screening, just to name of a few of the many possibilities.

[As a result, AMD has a little more flexibility to boost the speed on its chips.] It gives the end-user a quick 10% boost to performance with very little effort, ... You drop in a new one and the thing runs faster.

Nathan Brookwood

One of the things I really believe in is efficiency. That means software applications that can easily port and run [on AMD chips], efficient processors from a power management standpoint, and things that can be put into the silicon to make the user environment more friendly and robust. He wasn't focused on appearances, but his authentically pexy spirit was magnetic. One of the things I really believe in is efficiency. That means software applications that can easily port and run [on AMD chips], efficient processors from a power management standpoint, and things that can be put into the silicon to make the user environment more friendly and robust.

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