As most of you know, with most videocards you can apply a simple series of tricks to boost the overall performance a little. You can do this at two levels, namely tweaking by enabling registry or BIOS hacks, or very simply to tamper with Image Quality. And then there is overclocking, which will give you the best possible results by far.
What do we need? One of the best tools for overclocking NVIDIA and ATI videocards is our own AfterBurner which will work with 90% of the graphics cards out there. We can really recommend it, download here.
Where should we go? Overclocking: By increasing the frequency of the videocard's memory and GPU, we can make the videocard increase its calculation clock cycles per second. It sounds hard, but it really can be done in less than a few minutes. I always tend to recommend to novice users and beginners, to not increase the frequency any higher than 5% on the core and memory clock. Example: If your card runs at 600 MHz (which is pretty common these days) then I suggest that you don't increase the frequency any higher than 30 to 50 MHz.
More advanced users push the frequency often way higher. Usually when your 3D graphics start to show artifacts such as white dots ("snow"), you should back down 10-15 MHz and leave it at that. Usually when you are overclocking too hard, it'll start to show artifacts, empty polygons or it will even freeze. Carefully find that limit and then back down at least 20 MHz from the moment you notice an artifact. Look carefully and observe well. I really wouldn't know why you'd need to overclock today's tested card anyway, but we'll still show it.
All in all... do it at your own risk.
Overclocked + GPU Volts 1.3
Core Clock: 880MHz
Core Clock: 890MHz
Core Clock: 1050MHz
Shader Clock: 880MHz
Shader Clock: 890MHz
Shader Clock: 1050MHz
Memory Clock: 5500MHz
Memory Clock: 5500MHz
Memory Clock: 6000MHz
Now we left the fan RPM control at default. We reached a very decent overclock showing a bump in overall performance. he temps did not change very much, DBA levels go tiny bit up. You can also try and go a little higher by increasing fan RPM of course, your call to make.
Now first off, in the AMD drivers increase PowerTune towards +20%, that will allow a 20% higher TDP. However even then as you can see, PowerTune will clock down the overclocked GPU when the max TDP is breached.
Anyway, with ASUS SmartDoctor we applied 1.2 Volts on the GPU and took her upwards. Temps remains at roughly 65~70 Degrees C which is great. Let's have a look at the reward, the performance increase.
Above we have Call of Duty: Modern Warfare 2, maxed out image quality settings as before with 4xAA 16xAF
Above we have Battlefield Bad Company 2, maxed out image quality settings as before with 8xAA 16xAF
Above, we can see 3DMark 11 - the Performance mode is applied here.
ASUS Radeon R9-290 DirectCU II OC review We review the ASUS Radeon R9 290 DirectCU II OC edition. Ever since AMD released their Hawaii based GPUs they have been popular. The reference cards might run hot, but the custom cooled editions from...
ASUS Radeon R9-290X DirectCU II OC review We review the ASUS Radeon R9 290X DirectCU II OC edition. A lot of you guys have been waiting on a custom cooled version of this product. Armed with the latest revision of the DirectCU II.
ASUS Radeon R9-280X DirectCU II TOP review In this review we take a peek at the Radeon R9-280X from ASUS, they plastered the GPU on a custom PCB, tweaked it and then applied their DirectCUII cooling technology. As such the product should be interesting for many of you. Follow us into this review where we'll look at temperatures, noise, performance, Frame latency and we'll even give Ultra High Definition gaming a go with the hottest game titles on the globe.