thanks whoa
anyways, i wonder whether or not they will be able to use these transistors in microprocessors, well, i mean you can use anything anywhere, try anyways, but i wonder how much heat these transistors produce when they get pounded on?
The other thing is that however the speed of the transistor can effect the performance of the processor, the lack of processors performance in large part is due to the idea of cache and the fact that current RAM access speeds are quite low compared to what would be ideal for a faster processor, ofcourse you can increase the size of cache, but i think that the concept of cache needs to get dropped all together, I think though that this will be very useful in the cell processor market, if the processors actually reach their theoretical maxims most of the time, upgrading the transistors will weild better and faster transaction speeds enabling for even faster theoretical maxims in the vector processors, as well as the main processor (since the lack of cache), still though there is a need for faster ram technology (a lot faster)...
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Microsoft, the leader in using innovative tactics to promote irksome experience, coupled with antiquated technology that's held together by a pyramid of makeshift afterthoughts.
Apple, the leader in using irksome tactics to promote innovative experience, coupled with an antiquated core that's enhanced by state-of-the-art afterthoughts.
Linux, the leader in not using any tactics to promote user-defined experience, coupled with state-of-the-art core enhanced by innovative afterthoughts.
