Originally posted by: myocardia
You are a niche user. Will Intel sell millions of these quad-cores to corporations, both large and small? You bet. But, if crunching numbers was making you $100k's, I can assure you that you would own 10's, if not more, of quad-core boxes that have been available for the last ~2 years. I mean, there's a member of these forums who runs a business out of his home, who has two quad-core systems, plus a dual-core system, and he's had them for a year or more. And since a quad-core is going to quadruple your productivity, that means you've got a pretty slow dual-core system now, huh?Originally posted by: Idontcare
I am buying one at $1500. I would have bought one at $3000. Hell I would have bought it at $4500.
For me I am simply elated that I can buy one at any price.
Why? Because in my business I make money depending on CPU power at my disposal. 8 years ago I was building 12-node Beowulf's with 800MHz Athlons to get stuff done. Now I can put all that horsepower in one box. Priceless. Economies of scale at work.
Don't tell me it is overpriced, I'll make $100k's from one chip. Don't tell me I am a "niche" user. I work in an industry of folks who will make $100k's off of the numbers these chips will grind thru. Just because folks in my industry don't come to AT forum and talk about our life as end users doesn't mean 10's of thousands of us aren't out there.
And I am not so arrogant as to assume my industry is the only one who will see a 4X increase in productivity with this chip. Too many folks on this forum live in one hell of a small fishbowl, its sad to read, mostly, but alas I am off to continue making my fortunes with my "way overpriced" CPU. Whee!
edit: If crunching numbers, and only crunching numbers, was my business, I can guarantee you that I'd have an entire fleet of 2P Opteron 185 systems already. Well, assuming they were actually making me $100k's, anyway.
Ha ha, I wish mindlessly crunching numbers was all my business took. It is iterative, crunch numbers, interpret numbers, tweak code, crunch numbers, repeat and repeat. 4 cores is about right, I could do more with more but not if it took longer to have more. This code runs single-thread, multi-instance.
So fast time to finish rules the roost, extra cores and instances gives you more ways to have slightly varying answers (think weather forcast computing techniques) and that helps up to a certain arbitrary threshold related to this human's ability to multi-task.
I have no doubt I could saturate 12-24 cores with enough instances to still make it a value-added proposition, but it would't really help me if those cores were clocked low.
Time will tell which path turns out the most rewarding, who knows I may try them all in parallel just to answer the question for myself.