MSI N560GTX Ti Twin Frozer II review
Posted by Hilbert Hagedoorn on: 01/25/2011 02:00 PM [ 0 comment(s) ]
DX11: Battlefield Bad Company 2
The Battlefield series has been running for quite a while. The last big entry in the series, Bad Company, was a console exclusive, much to the disappointment of PC gamers everywhere. DICE broke the exclusivity with the sequel, thankfully, and now PC owners are treated to the best Battlefield since Battlefield 2.
The plot follows the four soldiers of Bad Company as they track down a "new" super weapon in development by Russian forces. You might not immediately get that this game is about Bad Company, as the intro mission starts off with a World War II raid, but it all links together in the end.
Next to being a great game for gameplay, it's also an awesome title to test both, graphics cards and processors. The game has native support for DirectX 11 and on the processor testing side of things, parallelized processing supporting two to eight parallel threads, which is great if you have a quad core processor.
We opt to test DX11 solely for this title as we want to look at the most modern performance and image quality. DX11 wise we get as extras, softened dynamic shadows and shader based performance improvements. A great game to play, a great game image quality wise. We raise the bar, image quality settings wise:
- Level Upriver
- DirectX 11 enabled
- 8x Multi-sample Anti-aliasing
- 16 Anisotropic filtering
- All image quality settings enabled at maximum
Above however we see performance scaling of this game with a variety of DX11 cards at 8xAA and 16xAF.
The MSI GTX560 Ti Twin Frozer II tested today indeed comes all customized and factory overclocked, Armed with some Military grade components and a robust build the dark PCB of the MSI GTX560 Ti Twin Frozer II will carry a GPU clocked at 880 MHz and it's memory at 4200 MHz, both thus a nice chunk faster than reference. To top things off, MSI put the Twin Frozr II cooler on this card and that admittedly does do wonder as we measure peak temperatures BELOW 55 Degrees C.