This might sound like a stupid question, but please hear me out:
A PC cooling needs airflow, the cold air enters on front and side, exits on back and top (in most cases)
So, my question is: I have a referent cooled 8800 gts 512, and it sucks air from within the case, blows it tough the GPU and pushes the hot air out the case on the back. So, it doesn't mess with the case airflow, and it never goes over 60 degrees, even under full overclocked load.
I saw a lot of people say that on non referent cards, with two or three fans, the card is cooled better, but such cooling method doesn't push the hot air out of case, but rather the air just "bounces off the graphics" and goes back into the case, and therefore messes up with case airflow, which is most important for all around PC cooling.
and non referent coolers are still better and wanted more than the referent coolers. Can someone explain me this "paradox"?
Where does the airflow go in non-reference cards?
Like I said, it might be a stupid question, or I'm missing something here?
A PC cooling needs airflow, the cold air enters on front and side, exits on back and top (in most cases)
So, my question is: I have a referent cooled 8800 gts 512, and it sucks air from within the case, blows it tough the GPU and pushes the hot air out the case on the back. So, it doesn't mess with the case airflow, and it never goes over 60 degrees, even under full overclocked load.
I saw a lot of people say that on non referent cards, with two or three fans, the card is cooled better, but such cooling method doesn't push the hot air out of case, but rather the air just "bounces off the graphics" and goes back into the case, and therefore messes up with case airflow, which is most important for all around PC cooling.
and non referent coolers are still better and wanted more than the referent coolers. Can someone explain me this "paradox"?
Where does the airflow go in non-reference cards?
Like I said, it might be a stupid question, or I'm missing something here?