Kimberly Smith6
Member
36 messages
joined Sep 2007
From what I gather, you can actually push those 5200+ units up to a clock speed of 6000+ MHz, which honestly makes upgrading to a native 6000+ model feel a bit redundant. Unless, of course, you decide to take the plunge and try overclocking your current setup to hit that 6000+ mark without accidentally frying your processor, which would be a disaster.
When it comes to the broader idea of upgrading, I’ve always felt that the smartest move is to invest heavily in high-quality components like a rock-solid power supply, a sturdy case, and reliable storage drives—stuff that can actually serve you well when you build your next rig. For instance, I personally used a Tagan 480 w in my old machine, and I carried it right over into the next build I put together myself; even my case has stuck with me since my very first generation PC, and believe it or not, I'm already on my third generation now.
That really seems to be the only way to genuinely save money when building a new computer, by repurposing parts from your previous one. By mixing in those older components, my recent build ended up costing me roughly $1233, whereas if I had gone completely fresh without reusing anything, that total would have easily ballooned to $1667 without any real reason.
And then, of course, you just list whatever leftover parts are sitting around on Craigslist.
I actually went through the process of selling two old power supplies and picking up a brand-new one because the ones I had were about five or six years old, and I just didn't want to risk them blowing up on me—plus, they were still using those ancient ATA connectors, which just isn't practical anymore.
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