Could having an inexpensive power source shorten the life of overclocked parts?
Could having an inexpensive power source shorten the life of overclocked parts?
I'm building my first gaming rig here and I wanted to possibly overclock my CPU and graphics card. I heard that the power supply unit should have stable rails and very little ripple in order for the overclock to be best. So I was wondering if the power supply I bought would be ok or if it would cause problems or possible reduce the lifespan of my components if I overclock them.
My PSU is a Sentey Xpp725-hs 725w power supply.
I'm using:
Gigabyte Z97X-UD3H motherboard
Intel core i7-4790k
Asus Strix GTX 980 Ti GPU
CPU cooling fan: Cooler Master Hyper 212 Evo
Here is an Amazon link for the PSU for any details on the unit you may need
http://www.amazon.com/Xpp725-hs-Computer...entey+725w
Thanks for any help I might get!
Yes, such events occur frequently and rapidly during a massive fiery explosion when all your costly parts melt away because of a faulty power unit. It's best to replace the old power unit with a new one. This component acts like a time bomb, capable of destroying everything in mere milliseconds.
The $600 GPU doesn't justify a PSU under $50. That unit is in poor condition and the 725 watts claim is questionable—it's barely meeting the 600 watt requirement. A better option would be a more suitable model if you're open to swapping. Would you prefer the 650-watt or 750-watt version? And which G1, G2, or GQ model should I suggest? I'm looking to save a bit of money. Thanks!
Jonathan c30 :
rolli59 shares concerns about the GPU price and its corresponding PSU, noting the PSU is unreliable and the 725watt rating seems excessive for a 600watt unit. They suggest looking into better options available on Amazon and mention considering the 650w or 750w models, especially since they're aiming to save money. They also ask for recommendations on whether to go with the G1, G2, or GQ versions.
Not just intense destruction is involved, as similar disturbances might also damage components, particularly when operating near the maximum safe voltage levels.