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10GHz Processors and Ultraviolet Lithography
hoyosa writes "This article on zd-net reports that Extreme Ultraviolet LLC has built the first ultraviolet lithography stand for manufacturing processors. Will this make silicone obsolete? "
Some interesting bits in there. Also "Soon" means we won't see actual
chips until oh, say 2005, so don't hold your breath or anything.
Egads, I hope not! It's my favorite synthetic rubber!
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"Will this make silicone obsolete?"
Silicone, used in breast implants, will NEVER become obsolete, as long there breathes horney men everywhere!
Silcon, on the other hand, may be superseded by some other material as a semiconductor.
Heh!
Great... so can we expect Intel to keep extending the pipeline in the processor so they can up the clock rate? Or are they going to actually going to improve the processor for something other than Quake?
Nowadays all I associate clockrate with is Intel's marketing machine. AMD has slowly increased the clock rate and kept the price/performance gap decent AFAIK.
At any rate, sounds like good engineering innovation.
Silicon: Chemical Formula Si, Atomic Number 14 in period table of elements, 2nd most common element in Earth's crust behind oxygen. Semiconductor. If silicon were to become obsolete we would need a replacement for stuff like rocks and materials as well as glass and concrete.
Silica: SiO2, as pure a white crystaline material abundant in nature. Fused quartz is pure amorphus silica.
Silicate: chemical compound containing silicon, oxygen, and one or more metals, e.g., aluminum, barium, beryllium, calcium, iron, magnesium, manganese, potassium, sodium, or zirconium. Found in quartz minerals such as agate, amethyst, chalcedony, flint, jasper, onyx, and rock crystal, opal, sand, sandstone, clay, granite, and many other rocks; in skeletal parts of various protists and animals, such as certain sarcodines, diatoms, and sponges, and in the stems and other tissue of higher plants.
Silicone: inorganic polymer in which atoms of silicon and oxygen alternate in a chain; various organic radicals, such as the methyl group, CH3, are bound to the silicon atoms. As linear polymers silicones form a large class of useful fluids and greases. When crosslinked they form a useful class of synthetic rubbers.
Yep!
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