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Originally posted by insideNSA
Whats available to the public as far as sci-tech has been mostly just a reconfiguration of existing technologies. TPTB have decided that they have given us enough computer power for now... as the avg PC has leveled off at 4Ghz processors and this has nothing to do with physically maxxing out Moore's law or economic regardless of what you may think. (as gov't equip is ORDERS of magnitude faster)
Originally posted by insideNSA
1. Disclosure will happen in the next 5 to 10.
Originally posted by insideNSA
Of course official disclosure will probably be pretty far from the actual truth, as all things with gov't.
Originally posted by insideNSA
Will they admit to alliances and deals. (You abduct up to 10000 a year for technology)?
Originally posted by insideNSA
They would rather be the ones making the announcement than our brothers from other planets.
Originally posted by converge
Originally posted by insideNSA
Whats available to the public as far as sci-tech has been mostly just a reconfiguration of existing technologies. TPTB have decided that they have given us enough computer power for now... as the avg PC has leveled off at 4Ghz processors and this has nothing to do with physically maxxing out Moore's law or economic regardless of what you may think. (as gov't equip is ORDERS of magnitude faster)
Thank you for sharing your opinions. I disagree with your assessment however.
If you know anything about processors or research about this particular issue, you will realize that rather than “TPTB hav[ing] decided that they have given us enough computer power for now,”—a claim that I would like to see substantiated—the reason why clock speeds in processors seem to have hit a barrier is mainly due to a power issue.
Processor chips today run at the limit of their power density—they generate as much heat as they are able to dissipate. The dies nowadays are much smaller. For example, we have started fabricating 45nm (nanometer) chips since late 2007. 45nm is smaller than the wavelength of light! So it's quite common for current leakage to occur, meaning electricity seeps through the transistors wasting energy and generating unwanted heat. That means you require more power to dissipate the heat, and when you start considering the limitations (and cost) of other necessary components you realize that it just isn't worth it.
Memory latency, for instance, hasn't kept up with CPU bandwidth. Fast memories operate at around 1Ghz, so having a 10Ghz CPU doesn't necessarily make your computer faster if the CPU has to constantly wait relatively long for the memory to do its work. Faster CPUs also means bigger caches, and caches are extremely expensive.
To have faster CPUs you require more power to dissipate the heat caused by the already high temperatures of the chip running at higher speeds plus the heat generated from byproducts of the material itself, bigger and more expensive cache, and in the end you'd still end up with a bottleneck between the CPU, the memory and other components.
Basically, it's an engineering and profit tradeoff, not an imposed limitation by some Government conspiracy.
The way CPU manufacturers have been compensating for this is resorting to parallel processing. This is why it's common for newer CPUs to have multiple cores. Which leads me to the next point—I'm surprised that you say the “Government's equipment is orders of magnitude faster,” because since your username, I assume, alludes to the National Security Agency, your statement seems strange for someone with knowledge of the agency's computer systems.
The NSA, being one, if not the, federal agency with the most powerful computer systems, doesn't have systems with chips faster than what you or me have in our computers. What they have is massive parallel computer systems—systems with several thousand CPU modules. These systems are indeed more powerful than our desktop computers, particularly in the area of calculations, crunching numbers (encryption and decryption, data filtering and comparison) because that's what they're for, but each CPU inside those modules isn't individually faster than what we have in our desktop computers.
I'm sorry if I derailed your thread but if the premise starts based on erroneous information, I don't know how feasible your theory is.
[edit on 4-2-2010 by converge]
Originally posted by insideNSA
You have not derailed my thread, simply exposed your ignorance on this topic.
Originally posted by insideNSA
News alert, I have actually contracted at chip manufacturing plants that manufacture chips for the high end gov't equipment.