Intel has promised to make its processors smaller, and less energy-hungry. using ninety percent less power next year - and 85 percent less space - than they used last year.

Through this year and early 2008, Intel plans to reduce the size and power consumption of its mobile microprocessors, paving the way for Intel computers that are smaller and consume less power, said Intel vice president Christian Morales at CeBit today.

Intel has reduced the size of its chips by 75 percent since 2006, while reducing power consumption by 50 percent, said Morales, promising to follow this up with chips in 2008 that consume 10 percent of the power their predecessors required in 2006, he said. Morales said that microprocessors produced in 2008 will be 85 percent smaller than 2006 chips.

"The ultimate goal that we have is to have a system on a chip, a highly integrated solution," Morales said.

Much of the anticipated gains in power consumption will come from advances in the process technology Intel uses. At the beginning of 2006, most of Intel's chips were produced using a 90nm process technology. By year's end, the bulk of Intel's chips were made using a more advanced 65nm process, and the company plans to begin pushing out chips made using a 45nm process.

Advances in process technologies, which are described by the size of the smallest feature they can create, allow chip makers to produce chips that are smaller, run faster and consume less power. They can also be cheaper. Shrinking the size of a chip allows more of them to be produced on a single silicon wafer, thereby reducing the unit production cost.

In addition to more advanced process technologies and chip designs, Intel is also counting on improved power management technologies and its Turbo Memory cache technology, formerly called Robson, to reduce overall power consumption. Turbo Memory uses flash memory chips, which can store memory without power, to reduce the number of times a computer must access its hard disk, reducing power consumption and increasing performance.