Here's the quick story....
Building a new computer for my mother, and I'm going to need a new power supply. I just got myself an Antec Earth Watts 430 not six months ago, and it's just fine for me (E2160 OCed to 3.0, 8600GT). Now for $50 or so, I can get her the same one, but for only $90, I can get myself a new Antec Sonata 3 case which comes with the Earth Watts 500. I'll just keep both of those for myself, and give her the 430W, which will be well more than she'll need for her build (E2140, on-board graphics).
My question is, will upgrading from one not-really stressed power supply to and even bigger and less stressed one help me to get a better or more stable overclock? Might I be able to lower my 1.3625 V-core some to reduce some heat?
Not bad when I charge her $50 for the PS, and I'm out the other $40 for a nice new shiny case and bigger (and thus more future proof) power supply.
Building a new computer for my mother, and I'm going to need a new power supply. I just got myself an Antec Earth Watts 430 not six months ago, and it's just fine for me (E2160 OCed to 3.0, 8600GT). Now for $50 or so, I can get her the same one, but for only $90, I can get myself a new Antec Sonata 3 case which comes with the Earth Watts 500. I'll just keep both of those for myself, and give her the 430W, which will be well more than she'll need for her build (E2140, on-board graphics).
My question is, will upgrading from one not-really stressed power supply to and even bigger and less stressed one help me to get a better or more stable overclock? Might I be able to lower my 1.3625 V-core some to reduce some heat?
Not bad when I charge her $50 for the PS, and I'm out the other $40 for a nice new shiny case and bigger (and thus more future proof) power supply.