Probably not for desktop use, lolYeah you say that now but Intel said within the next 5 years they'll have an 80-core processor.![]()
well the quad core processors altogether run over 10 GHz
well the quad core processors altogether run over 10 GHz
You can't multiply the clock speed by the number of cores.well the quad core processors altogether run over 10 GHz
[-0MEGA-];707176 said:I remember them saying in the past that by now we will have 10Ghz+ processors.
IBM did a chip that had to be cooled in liquid nitrogen to be cooled, it got to 500GHz. Imagine the electricity bill...
It switched at 350GHz at room temperature but it's not a processor. It wasn't it's clock speed, it was a simple switching transistor not a complex digital IC like a processor is. It's an analog circuit.IBM did a chip that had to be cooled in liquid nitrogen to be cooled, it got to 500GHz. Imagine the electricity bill...
[-0MEGA-];707595 said:You can't multiply the clock speed by the number of cores.
yes I know that but I'm saying effectively they all work at that speed. if 4 pitchers throw 50 mile-per-hour fast balls at one point, the point will experience 4x50mph at once.
Thats true, but if you are running a single program on your quad core, only one core will be processing and the other 3 cores wont be. The only way you could say that is if your running 4 demanding apps at once.yes I know that but I'm saying effectively they all work at that speed. if 4 pitchers throw 50 mile-per-hour fast balls at one point, the point will experience 4x50mph at once.
IBM did a chip that had to be cooled in liquid nitrogen to be cooled, it got to 500GHz. Imagine the electricity bill...
[-0MEGA-];707867 said:haha, I was referring to desktop processors
btw, thanks for copying my sig![]()