AMD Dual-Core Performance Revealed
Timmus writes "In two separate articles, FiringSquad takes a look at the performance of AMD's dual-core Opteron CPU. The first article examines the performance of dual-core in scientific computing applications (MATLAB and LS-DYNA) as well as digital photography, while the second story focuses on the performance of dual-core Opteron paired against Intel's dual-core Pentium Extreme Edition in video encoding, Cinebench, and a few other applications. The performance improvements are pretty impressive in multi-threaded applications that take advantage of the technology."
So we have:
scientific computing applications (MATLAB and LS-DYNA)
digital photography
video encoding
Cinebench and
"a few other applications".
So what about the average user? Will the college kid who just needs to type their papers, the parents who want to do their taxes, the gamers who want to play high-end stuff, etc. get any sort of boost from this?
I am scientifically inaccurate.
...LONG LIVE COMPETITION!
I wish both AMD and Intel well. All the better for us. Lower prices and better performance.
Paleotechnologist and connoisseur of pretty shiny things.
It wouldn't work. Why do you think we have processors with two or three levels of cache? There is a serious speed/bandwidth mismatch between the processor and the main memory system. There are ways of increasing main memory bandwidth, but they are very expensive. There's no point in adding more processors if they are going to spend 95% of their time stalled, waiting for cache lines to be filled.
Mea navis aericumbens anguillis abundat
How can anyone take an article seriously when the very first sentence just screams, "AMATEUR!!" like this one does:
Intel may very well go down in history as the first processor manufacturer with a dual-core solution, if only by three days.
IBM Power4, Power5
HP PA-8800
Sun Sparc IV
All full-fledged dual-core processors shipping long before Intel -- HP's been shipping for over a year and IBM's already well in to their 2nd generation of dual core processors with Power5.
Sure, you can excuse the author with some hand-waving about x86 context only or whatever. But if they really knew what they were talking about, they would have said it that way - or at least a competent editor would have corrected it. If these guys can't even get the trivial stuff right, how can anyone trust them to get the real technical details right?
When information is power, privacy is freedom.