either way the break through is we were able to make it work as a transistor. graphene is so freaking conductive it doesn't like to turn off. as not even a beta gen 1 this is pretty damn good in my eyes.
Haha yea. I think its funny that 50 years ago they couldn't turn on a semi conductor for a transistor. Now they cant turn them off. Is graphene even a semiconductor? From what i have read, its not because it doesnt have a band gap. Eh. Havent really looked into graphene on my own time. All i have done is read articles that mention it.
too much science. I'll leave it to the guys in lab coats. either way moores law is killing silicon right now. We need graphene to take off. and hopefully it will. I also want to see quantum computers But there is so much more science in that, it's going to be much further in the future. nor do i think quantum computers (based on current knowledge) will ever be consumer grade.
My dream pc would be i7 9960x 30.00ghz, 12 terabyte ram, 10000 yottabyte hdd,120000watt psu,GTX 99960ti GDDR10000,Asus M-MAX motherboard.
I'm not too sure what a lot of this means aside from the basics such as Cache/cores/clock speeds etc... but here is my two cents:
A damn fast one.
Manufactured diamond is not expensive. <.< It's used everywhere, machine tools, some ultraviolet LEDs, and various other industrial and electronic equipment.
What the crap do you think most budget diamond jewelry is made out of? Manufactured Diamond. you can get a 3.85 ct oval cut manufactured diamond for $385. A real 3.85 ct diamond is closer to $14,000.
As much cores as the universes entropy would allow with the most amount of 3 levels of cache (high speed). Each core with as many FPU as possible (HPC) doing one FPO on each FPU per cycle andnot necesarly big HZ.
Maybe like that we can cure cancer.
Power 8... Graphene, 256 virual cores, 10GHz. 100W. 2014.
I have not had chipset detailes shared with me but I expect to have a TB or more of ram and only SAS storage.
When you leave x86 behind, you get a computing architecture that is 100x more efficient than x86.
My dream cpu would be a 12 core cpu that is as powerful as dual 6 core xeons but it uses so little power/voltage it doesn't need a cooler or even if it did it would be a passive cooler.
Well.. This overescalated fast... Why would you need 120000Watts which would only give you a big ass electric bill when you could get the same performance with 10Watts (if it would ever exist)? Anyways...
I would rather say my future computer but i'm going to skip that and say that the only thing I would need/dream of in the CPU is lower power usage with exactly same performance (or faster). You should be able to connect the computer to a small solarpanel to get enough power.
http://www.serversdirect.com/Components/GPU_Cards/id-7120P/Intel_Xeon_Phi_Coprocessor_7120P_16GB_1_238GHz_61_cores_300W?gclid=CPvWrqH_lrkCFZRj7Aod1jwALQ
I'm not sure it can be classified as a CPU though.
I guess my dream CPU is an AMD CPU that is equal is speed and power to the best Intel CPU, so that the two companies continue to compete and bring us the best possible products at competitive prices.
Maybe one with 4 integrated GTX Titans. :P
a stacked core architecture with a gigabyte of cashe per core.
OR
a CPU stacked on top of 16 gigabytes of RAM...
I would love a photon based cpu capable of quantum computing spaning across 2048 processing cores clocked at 42 petahertz.
It just got released today!!
Would something in line with the processing power of a human brain be plausible?
not only plauseable, but probable. within out lifetimes too.
CPU: The highest end CPU from Intel's upcoming Extreme processors.
M.B.: The highest end Asus ROG M.B. to accompany it.
RAM: 64Gb Corsair Dominator Platinum 2400Mhz DDR4 Equivalent
GPU: 4 way SLI Titans
PSU: 2 Corsair 1200W
Boot Drive: 2 Mushkin 480Gb SSD in RAID
Storage: NAS Storage Server of 8Tb in RAID
Case: Corsair 900D
Cooling: Custom Liquid Cooling across all components
If I started dreaming about CPU's I'd probably need to reevaluate things a tad.
That said, anything with mega low TDP and IGP for use in a SFF HTPC solution would be sweet.
Desktop CPU's are already ridiculously fast enough for my needs.