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Some question

crysilis
By crysilis
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Go to solution Solved by minibois,

First you take the price (of a component or entire PC) and divide that by the performance number (like the score in a benchmark, the average fps in games, the time it takes to render).

That way you get a number that is how much a point/frame per second/whatever costs. You can also do it the other way around.

 

eg. I have a 600 USD GPU that plays games at 80fps and a 400 USD GPU that plays games at the same settings at 60fps.

600 USD GPU = 7,50 USD for every frame.

400 USD GPU = 6,67 USD for every frame

 

As you can see the 600 USD GPU has more performance, but the 400 USD GPU has better price vs. performance (because lower is better in this scenario)

Posted

so how exactly do you calculate price to performance?

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Posted

You take two parts, lets say GPUs. You run same test with both of them with same system specs. You divide price with number you get from test (either score or fps). And compare those two. Ofc depending on component you need to adjust which numbers you use as performance part. Like with coolers its max temps.

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  • Solution

First you take the price (of a component or entire PC) and divide that by the performance number (like the score in a benchmark, the average fps in games, the time it takes to render).

That way you get a number that is how much a point/frame per second/whatever costs. You can also do it the other way around.

 

eg. I have a 600 USD GPU that plays games at 80fps and a 400 USD GPU that plays games at the same settings at 60fps.

600 USD GPU = 7,50 USD for every frame.

400 USD GPU = 6,67 USD for every frame

 

As you can see the 600 USD GPU has more performance, but the 400 USD GPU has better price vs. performance (because lower is better in this scenario)

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mini eLiXiVy: my open source 65% mechanical PCB, a build log, PCB anatomy and discussing open source licenses: https://linustechtips.com/topic/1366493-elixivy-a-65-mechanical-keyboard-build-log-pcb-anatomy-and-how-i-open-sourced-this-project/

 

mini_cardboard: a 4% keyboard build log and how keyboards work: https://linustechtips.com/topic/1328547-mini_cardboard-a-4-keyboard-build-log-and-how-keyboards-work/

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