- #1
tenacity2986
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Is a faster frequency capable of carrying more data than a lower frequency? i would say yes because the period is shorter in a faster frequency so you can modulate more data (if amplitude modulation).
Does more power get used if the frequency is faster but amplitude is the same?
These arent homework problems, just me trying to connect the dots...
i saw a chart in my vlsi class that points out that microprocessor freequencies have tapered at 3ghz... Why don't we run them faster? is there a physical barrier limitiation to the amount of data we can rate the processors at? like not fast enough transistor/gate switching? Hmmm makes me wonder...
Does more power get used if the frequency is faster but amplitude is the same?
These arent homework problems, just me trying to connect the dots...
i saw a chart in my vlsi class that points out that microprocessor freequencies have tapered at 3ghz... Why don't we run them faster? is there a physical barrier limitiation to the amount of data we can rate the processors at? like not fast enough transistor/gate switching? Hmmm makes me wonder...