- Thread Starter
- #21
http://www.techpowerup.com/reviews/Intel/Ivy_Bridge_PCI-Express_Scaling/23.html
Try this one with a 7970... not much ehh?
Yeah that looks ok for the Radeon. Thanks
scrambler, that was a good idea, my thanks to you to
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http://www.techpowerup.com/reviews/Intel/Ivy_Bridge_PCI-Express_Scaling/23.html
Try this one with a 7970... not much ehh?
http://www.techpowerup.com/reviews/Intel/Ivy_Bridge_PCI-Express_Scaling/23.html
Try this one with a 7970... not much ehh? (the link scrambler provided above was SLI).
EDIT: And they said this in the conclusion:
it would still make me die a little inside. hehe. 4-5% is like the difference between a 670/80, so thats nearly $100 down the pooper by nvidia's pricing
So looking at that from the other direction it makes me wonder if 4 or 5% is worth a $100.00? Odd so much for so little. I am guessing the $100.00 is an increase in vid card cost on the order of 20 to 30% for a 4 to 5% gain in performance. At that rate the cost to benefit ratio is way out of balance.
Frakk sir I am betting CpU cooler and fans will get you back in the ballpark though for your new video card. Sure hope so. Makes me to understand why I am always going for the big dog board that has more PCIe lanes.
What you need is more airflow, a single intake fan is clearly not cutting it.
http://www.overclockers.com/testing...s-tenma-727712-datalogging-dual-thermocouple/me said:What Else Can You Do?
One simple idea for improving the PC enthusiast experience is to check the case for hot-spots. Keeping your entire case as close to ambient as possible is probably the most important thing that can be done to keep the HSF operating at its maximum efficiency. A heatsink can not lower temperatures below case ambient and will usually level out 4 to 12°C above case ambient no matter how much money is spent on it. By identifying hot spots, proper fan placement can be made. Although these areas may not seem relevant to CPU cooling, they are. Air circulating throughout the case creates eddies (a current of air running contrary to the main current; a special case is a circular current, whirlpool) which remain hot and by cross circulation make air around them heat up. Working in a similar fashion to the eddy, dead zones (hot area where there is no mechanical air circulation) may seem harmless, but it is critical to circulate or eliminate this air to alleviate convection (heat transfer in a gas by the circulation of currents from one region to another). For dead zones, a fan may not be an option and directed air may be needed. If directed air is not possible, then closing in/sectioning off this area may be the only option.
Knowing where the hot areas of the case are located allows for fixes that otherwise would not be possible. Gathering information with a good temperature meter will help guide the process of lowering case temperatures and in turn allow for a cooler processor, memory, and hard disk drive.
Im sure flow was most of the problem, however you still have a card that uses more power and regardless of temperature, you still need to dissipate more energy so that still plays some role too regardless if you are at 50C or 70C.