Oh Christ. I hadn't realized this had degenerated into an argument about things that make absolutely no sense. *sigh*
This is honestly the stupidest comment I've ever read on these forums, which is saying something.
I'm not sure if this is tongue in cheek or not, but if it's not... dear Christ what are you on?
Moore's law a.) Has nothing to do with storage and b.) Couldn't possibly predict the effective utility of portable, swappable, versatile optical disks in comparison to the various form factors and uses of other forms of storage.
I'm not pretending to be an expert (or even an amateur enthusiast) of quantum physics, but I don't think that this really has much to do with that area of science. It's normal physics on a very basic level. Just different types of light.
Again not pretending to be an expert, but I imagine there would be a very definite limit for each type of light wave, meaning they would have to be ordered specifically, and some wouldn't be able to be used. 56 layers seems infeasible.
Cute dream though.
Sort of.
Well technically Moore's hypothesis isn't really giving us anything, it's predicting some of what we see. It's not a law, of course, it's more of a theory... and less of a theory and more of a hypothesis.
You're right though that it's related to transistor count and price.
Computer scientists finally figured out that the simplest way to scale performance was multiple cores, in various combinations of cache and memory architectures. Of course, in the meantime adding additional ALU and FPU units doesn't hurt in the interim until more cores are capable of being taken advantage of. Unfortunately they don't seem to be doing that... they're tacking on more cache for immeasurably small performance gains that negate the die shrink's potential energy conservation.
No it hasn't
No.... lol. Transistor counts go up because of more cache/cores, not the other way around. Either way the cache is a waste. And so is the core count in many cases, most apps can't take advantage of more than two. In fact I'd guess about 90% can't. And probably only about 2% can take more than 4.
Only with the Happy Mac.
Transistors dont affect computing directly as much as they used too.
This is honestly the stupidest comment I've ever read on these forums, which is saying something.
Moores law clearly shows that within the next 5 years capacity will make optical disks completely irrelevant
I'm not sure if this is tongue in cheek or not, but if it's not... dear Christ what are you on?
Moore's law a.) Has nothing to do with storage and b.) Couldn't possibly predict the effective utility of portable, swappable, versatile optical disks in comparison to the various form factors and uses of other forms of storage.
Our better understanding of Quantum Physics could let us make Uber disks. With a layer that responds to each spectrum of light. Low energy (Red Lazer) at the bottom. High energy (Violet Lazer) At the top. Then use existing methods of Multi layering to make even more layering.
I'm not pretending to be an expert (or even an amateur enthusiast) of quantum physics, but I don't think that this really has much to do with that area of science. It's normal physics on a very basic level. Just different types of light.
Therfore we could make a disc thats 56 Layers at about 10-20GB each. Thats
1.2TB for something that costs about 5-10 cents to make.
Again not pretending to be an expert, but I imagine there would be a very definite limit for each type of light wave, meaning they would have to be ordered specifically, and some wouldn't be able to be used. 56 layers seems infeasible.
Cute dream though.
Right, Shake. Moore's law says nothing about MHz, it's about transistor count.
Sort of.
Moore's law is giving us (and least those buying PCs) quad core processors for the price of single cores a couple of years ago.
Well technically Moore's hypothesis isn't really giving us anything, it's predicting some of what we see. It's not a law, of course, it's more of a theory... and less of a theory and more of a hypothesis.
You're right though that it's related to transistor count and price.
Computer scientists finally figured out that the simplest way to scale performance was multiple cores, in various combinations of cache and memory architectures. Of course, in the meantime adding additional ALU and FPU units doesn't hurt in the interim until more cores are capable of being taken advantage of. Unfortunately they don't seem to be doing that... they're tacking on more cache for immeasurably small performance gains that negate the die shrink's potential energy conservation.
MHz has hit a wall
No it hasn't
but the transistor count keeps going up, and we're seeing more cores and bigger caches because of that.
No.... lol. Transistor counts go up because of more cache/cores, not the other way around. Either way the cache is a waste. And so is the core count in many cases, most apps can't take advantage of more than two. In fact I'd guess about 90% can't. And probably only about 2% can take more than 4.
Marriage Equality - Have you talked about it with your gay friends, your gay colleagues and your gay relatives?
Only with the Happy Mac.