Synthetic Benchmarks: 3DMark Vantage
I always like to start benchmarking with a 3DMark run to see if the real-world results have any correlation to the synthetics. So, what does 3DMark Vantage tell us?
Interesting. 3DMark Vantage suggests that, even when overclocked, these cards are going to perform very closely. The Asus Radeon 4850 Matrix looks to net a solid boost when overclocked, but as resolutions and detail rise, there’s not much difference between the Radeon HD 4850 card and the GeForce GTS 250.
Close races are always the most interesting ones though, right? Let’s see if real-world gaming bears out the same conclusion.
Hi rags_20 -
Actually, the appearance of the card in that picture is caused by barrel or pincushion distortion of the lens used to take the photo. The card itself isn't bent.
looks bad... and eratic. and makes the forums/coments system
more clutered than need be.
ps. your not running the same bench markes as Toms so your not really comparable.
yes, same game and engine, but for example in crysis, the frame rates are completely different from the start, through to the snowey bit at the end.
pps. are you comparing your card to there card at the same resolution?
I've been looking for a comparison like this for several weeks. Thank you although it didn't help me too much in my decision. I also missed some comments regarding the Physix, Cuda, DirectX 10 or 10.1 and Havok discussion.
I would be very happy to read a review for the Gainward HD4850 Golden Sample "Goes Like Hell" with the faster GDDR5 memory. If it then CLEARLY takes the lead over the GTS 250 and gets even closer to the HD4870 then my decision will be easy. Less heat, less consumption and almost same performance than a stock 4870. Enough for me.
btw. Resolutions I'm most interested in: 1440x900 and 1650x1080 for 20" monitor.
No, its classified as a C2Q. E6600 is classified as C2D.
Directly from the article on page 11:
Clearly this is not an ideal setup to eliminate the processor from affecting benchmark results of the two cards. Most games are not multithreaded, so the 2.4Ghz clock of the Q6600 will undoubtedly hold back a lot of games since they will not be able to utilize all 4 cores.
Stop triple posting!
Later in the article you write,
Your math is wrong. A claim of 20% over clock on the GV-N250ZL-1GI would equal 885.6 MHz. 10% of 738MHz = 73.8 MHz. So a 10% overclock would equal 811.8 MHz. 815 MHz is nowhere near 20%. In fact, according to your numbers, the GV-N250ZL-1GI barely lives up to its 10% minimal capability.