CNET takes a look at some of the hardware and innovations that they saw at Intel's Technology Summit last week, which you will see in the next year or so.

One of the challenges for Intel is making sure these sub-one-inch-thick designs don't overheat. Eden described the use of laminar air flow technology to cool a laptop's outer skin. "This is the difference between thin comfortable and thin uncomfortable," he said.

Intel is also designing new fans that are better at getting hot air out faster. "We are putting a lot of effort into designing fans," said Eden. Intel demonstrated the fan technology at the conference Wednesday.

And how does Intel see these segments breaking down into screen sizes? Netbooks will have 10-inch class displays, while the "sweet spot" for ultrathins will 13.3-inch, though some larger ultrathins may have 15.6-inch screens, according to Eden. He also said there may be "some experimentation" with 11.6-inch designs.

Higher up the laptop performance scale are Core i7 mobile processors, also due around the same time that Windows 7 hits the streets. Eden showed how the gigahertz speed--or "clock speed"--of individual mobile processor cores will instantly spike in performance to accomplish a task then, in the next instant, go idle--what Intel calls HUGI or Hurry Up and Get Idle.

HUGI is a power-saving technology: the faster a task is accomplished, the faster the processor can return to idle mode--a state that uses only the bare minimum of power. Along these lines, Eden did a demonstration of Turbo Boost technology.

In the demonstration, one of the cores (inside, let's say, a mobile quad-core chip), would jump well over the processor's rated speed. For example, a processor rated at 2.0GHz, for example, may run one of the cores at 2.60GHz (or higher) while the other cores are idle. In the gaming world, this is referred to as overclocking.