High-speed graphene transistors
Some researchers at UCLA have developed graphene transistors
that can switch at 300 GHz.
Sounds like another breakthrough that will extend Moore's law
for a while longer.
Imagine several hundred processors in a single package someday
running at 300+ GHz.
http://newsroom.ucla.edu/portal/ucla/ucla-chemists-engineers-achieve-169811.aspx
that can switch at 300 GHz.
Sounds like another breakthrough that will extend Moore's law
for a while longer.
Imagine several hundred processors in a single package someday
running at 300+ GHz.
http://newsroom.ucla.edu/portal/ucla/ucla-chemists-engineers-achieve-169811.aspx
Comments
Nice new avatar, your old one was a classic too.
http://www.nytimes.com/2010/08/31/science/31compute.html?_r=1&scp=3&sq=rice%20university%20memory&st=cse
I was getting tired of the old avatar so I
clipped that image from a DVD. Your avatar
is superb!
Computers have scaled up on demand and there have been good reasons up until now. Originally we had 8 bit because of ASCII and EBDIC. Later, the appeal of 16 bit was to handle more Dram addresses. Then we got 32bit to smooth the way for Unicode. But now we are beyond the needs of the average desktop with 64 bit/Duo or Quad processors. (I must admit that I was comfortable just using DOS and a monocolor screen with a 20Mbyte hard disk.)
I suppose that it would be good for video processing, but how many of us are creating and editing animation?
Speed alone is not enough to drive Moore's law in the market place. You have to have customers. My netbook is an Intel Atom (32 bit) and quite adequate.
@Holly
The new avatar is great.
I agree....
Forty two!
I guess I should have stipulated that the answer must be a correct one.
Pretty close, though.
It is precisely the average user who will benefit
from faster and faster computers.
Extreme speed and massive multi processing will
someday soon allow computers to finally become
mature. I think we are still in CompSci's infancy.
When anyone can create software by simply describing
what they want done.. then and only then will computers
become mature. They are still mysterious and difficult to
use contraptions to most people.
Computers need to be everywhere, fully networked and
able to anticipate our needs and respond to spoken language
and interpret body language and gestures as well. We will
get there...but it will take much more processing power
than we have now.
Trust me, we will find a use for the extra speed.
In reality, we will find ways to utilise the extra speed and memory. If you had asked me back in the early 70s before micros how we would use 1TB drives and GB RAM I would have told you that you were crazy. (10MB disc drives were washing machine size and core memory was in 10KB lots. The maximum for the mini I worked on then was 110KB core memory and 100MB of disk.)
I am no longer a skeptic as what can be done and what will be achieved, having seen Maxwell Smart's phone in his shoe - why would you put a phone in your shoe? ... and Dick Tracy with his two-way wrist watch.
The most interesting part of this new technology is what new applications will we see???
BTW I gather the Z80 had 7,500 transistors. The Intel 80386 had 275,000 transistors (just found a poster of the die). The new Intel i7 has 1,000,000,000 transistors.