So, what exactly would be the purpose of creating a supercomputer (besides bragging rights) and how could you actually use this to help in your everyday life?
Also, how and what, is the best way to go about doing this?
So, what exactly would be the purpose of creating a supercomputer (besides bragging rights) and how could you actually use this to help in your everyday life?
Also, how and what, is the best way to go about doing this?
Well, for personal use having a super computer I feel would be for bragging rights (I know as I have one). They can be an expensive toy or be used for a purpose. My personal computer (the one I am using now for surfing the Internet) is a 2 processor, with quad core 3.4 xeon's. A huge over kill, but I built it myself for under $400. I am currently building a computer with 3 - hexacore processors (18 cores total). (Notice the bragging)..... For myself it is the challenge as well as I teach my kids how to do this as well. I built a 4 node Raspberry Pi Beowulf cluster, why?, to see if I could. Learned a lot doing so. But when it comes down to it, I don't have much use for anything that powerful (yet) but it is cool when the friends come over and ask how it runs (There again, the bragging starts). The purpose of the super computer is either servers or running heavy graphics with several users (Game design programs, etc.) I just enjoy building them and setting up my friends to have one as well.
Dale W.
Could you explain for me how could you build a 400$ computer with two Intel Xeons Quad Core processors. I could not find any Xeon 3.4 GHz with 4 cores for less than 210 dollars, and this is just the price for the processor, not including the motherboard etc...
And as @colecao said, that is a HUGE different in a "very good personal computer" or even a "high performance server computer" for a "supercomputer".
What you claim to have it would be merely a server computer.
The pi beowolf cluster would be considered one though
nope...
using a shitty Wikipedia definition "A supercomputer is a computer at the frontline of contemporary processing capacity – particularly speed of calculation."
4 rPI are far far far far far far far away from frontline of contemporary processing capacity.
I'm not saying that is not cool (it is cool) but isn't a supercomputer.
Yeah the wikipedia definition isn't great. I tend to think of supercomputers of clusters of parallel processing power either by linking several separate computers or by building a machine with a large amount of processors (like a computer made of gpus). Probably not the best definition, but I'd think of the beowolf pi as a really low end implementation of the supercomputer idea.
Yeah the wikipedia definition isn't great. I tend to think of supercomputers of clusters of parallel processing power either by linking several separate computers or by building a machine with a large amount of processors (like a computer made of gpus). Probably not the best definition, but I'd think of the beowolf pi as a really low end implementation of the supercomputer idea.