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Super-fast Transistors On the Way

nbannerman writes "The BBC is reporting about a new kind of transistor, that recently set a world record of 110Ghz. From the article: 'To achieve the speed gain, researchers at the University of Southampton added fluorine to the silicon devices. The technique uses existing silicon manufacturing technology meaning it should be quick and easy to deploy.' The apparent applications for this process include mobile phones and digital cameras."

2 of 172 comments (clear)

  1. Power Consumption by grahamsz · · Score: 3, Interesting

    Remember that when a CMOS gate is switching the current flowing through it increases. The faster the gate is able to switch, the less power will be used in the state change. Now the processor doesn't have to run at anywhere near that speed, but the fast transistor switch will minimize the power per cycle.

  2. OMG that would be hard to use. by Anonymous Coward · · Score: 3, Interesting

    At 100 GHz the wavelength is 3 cm. A quarter wave line would be 0.75 cm. This thing is operating at a frequency well above that at which it is easy/feasible to use a printed circuit board. To operate at this frequency I would have to spend a whole pile of money so I could use hybrid IC techniques. Or I could figure out how to couple this device to waveguide. AARGH!

    The magic word Slashdot asks me to type to prove that I'm not a robot is 'hospital'. How very appropriate 'cause that's where I would end up if I tried to use this sucker.