making cpu help out the gpu?

shiftyape

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Feb 23, 2013
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so i have a totally beast cpu, and when i game, there is only a small ammount of load on like 2 of the cores ( it is a 6 core) while the gpu is like maxed out and overheating. how can i make the cpu help out the gpu a little bit?
 
Solution
What the CPU and GPU do are totally different, so that would not work anyway.

The CPU might have 6 cores, but the typical GPU has hundreds. 1,024 for my HD 7850 (which is NOT bleeding-edge). A CPU core can do the same work of a GPU core* in the same period of time, (assuming equal clock speeds) so using my system as an example:

900 MHz GPU clock frequency
4.3 GHz CPU clock frequency
4 cores in the CPU
4.3 x 4 * 0.9 = 19.1.

In other words, in my case, I'd be adding about 19 cores worth of work capacity, to a card that already has over a thousand. A drop in the bucket.

*The CPU is designed to handle complex instructions, in a given amount of time. It can do simple instructions as well, but not any faster than a complex...

shiftyape

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Feb 23, 2013
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it still is a bottleneck though...
 
No, the game has to be written to use multiple cores, its not the fault of your system. Example play Crysis 3 and its likely you'll see 100% usage on all cores, go and play something like TES Morrowind and see 0% on everything but the first.
 


No way, sorry. However, you can always replace the graphics card with a better one. $400 buys a very decent graphics card these days, for example. Maybe you can even put TWO cards in (i.e. Crossfire or SLI), if your motherboard has two PCI-E x16 slots. What kind of motherboard, power supply, PC case and graphics card do you have right now?
 

shiftyape

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i have 2 pci express 2.0 slots one at x16 one at x8.
650 watt psu
 

Ranko Kohime

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Aug 18, 2013
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What the CPU and GPU do are totally different, so that would not work anyway.

The CPU might have 6 cores, but the typical GPU has hundreds. 1,024 for my HD 7850 (which is NOT bleeding-edge). A CPU core can do the same work of a GPU core* in the same period of time, (assuming equal clock speeds) so using my system as an example:

900 MHz GPU clock frequency
4.3 GHz CPU clock frequency
4 cores in the CPU
4.3 x 4 * 0.9 = 19.1.

In other words, in my case, I'd be adding about 19 cores worth of work capacity, to a card that already has over a thousand. A drop in the bucket.

*The CPU is designed to handle complex instructions, in a given amount of time. It can do simple instructions as well, but not any faster than a complex instruction. GPU's thrive on ridiculous numbers of simple instructions.
 
Solution

shiftyape

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Feb 23, 2013
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thanks for explaining that