Archives


- Beowulf
- Beowulf Announce
- Scyld-users
- Beowulf on Debian

[Beowulf] Moores Law is dying

Many of your questions may have already been answered in earlier discussions or in the FAQ. The search results page will indicate current discussions as well as past list serves, articles, and papers.

Search

Stuart Midgley sdm900 at gmail.com
Thu Apr 9 09:55:45 PDT 2009


its not a law, it was an observation.  Like with most observations, it  
isn't meant to be definitive or extrapolated too far.

I hate the term "moores law" and the expectation that it holds and one  
day might be broken.


-- 
Dr Stuart Midgley
sdm900 at gmail.com



On 09/04/2009, at 2:29 AM, Ken Schuster wrote:

> "An IBM researcher says Moore's Law is running out of gas.
> IBM Fellow Carl Anderson, who oversees physical design and tools in  
> its server division, predicted the end of continued exponential  
> scaling down of the size and cost of semiconductors...
> "There was exponential growth in the railroad industry in the 1800s;  
> there was exponential growth in the automobile industry in the 1930s  
> and 1940s; and there was exponential growth in the performance of  
> aircraft until [test pilots reached] the speed of sound. But  
> eventually exponential growth always comes to an end," said Anderson.
> A generation or two of continued exponential growth will likely  
> continue only for leading-edge chips such as multicore  
> microprocessors, but more designers are finding that everyday  
> applications do not require the latest physical designs, Anderson  
> said.
> Consequently, Moore's Law--halving of the dimensions and doubling of  
> speed of chips every 18 months--will run out of steam very soon.  
> Only a few high-end chip makers today can even afford the exorbitant  
> cost of next-generation research and design, much less the fabs to  
> build them.
> Anderson cited three next-generation technologies that were still on  
> the fast track for exponential growth: optical interconnects, 3-D  
> chips and accelerator-based processing. He predicted that rack-to- 
> rack optical interconnects will become commonplace, with chip-to- 
> chip optical connections on the same board coming soon. But Anderson  
> said on-chip optical signaling remains years away. He also predicted  
> that stacked DRAM dies would be the first to go 3-D.
> _______________________________________________
> Beowulf mailing list, Beowulf at beowulf.org sponsored by Penguin  
> Computing
> To change your subscription (digest mode or unsubscribe) visit http://www.beowulf.org/mailman/listinfo/beowulf




More information about the Beowulf mailing list