S.T.A.L.K.E.R.: Clear Sky is a survival FPS game for PC based on a 'what-if' scenario of the second Chernobyl Nuclear Power Plant accident. The game is created as a warning to mankind against mindless play with technologies. S.T.A.L.K.E.R.: Clear Sky is the official prequel to the renowned S.T.A.L.K.E.R. game by the Ukraine-based GSC Game World studio. The game is set in 2011 and brings forth the events to have preceded the third campaign of Strelok to the Zone center. S.T.A.L.K.E.R.: Clear Sky introduces an alternative look onto the events of the original game and offers the player to try himself out as a mercenary in search of his own path in the world of S.T.A.L.K.E.R

New in our benchmark suite, S.T.A.L.K.E.R. CS which was released in September 08. We bring in heavy artillery against the graphics cards, the mother of all image quality settings, DX10 mode with Enhanced full Dynamic lighting Image Quality setting:

• In-game Software Anti Aliasing enabled
• 16x anisotropic filtering
• DX10 mode with Enhanced full Dynamic lighting maximum image quality

Sun rays burst through cracks in wooden roofs. Lightning lights up the night sky as well as dark interiors. It looks terrific and atmospheric, which is what S.T.A.L.K.E.R. is all about really.

This setting is for the hardcore graphics freaks like yours truly, and it is grand that they implemented it. We opted to use this very extreme setting as standard test, so we can use it for a long time.

So with the HIS card you'll have to revert back to DX9 mode which still is looking incredible.

Enhanced full Dynamic lighting maximum image quality settings - spectacular to observe.

Gaming: F.E.A.R.

As many of you will be aware, F.E.A.R (or First Encounter Assault & Recon in short) involves a rather mysterious looking girl in a red dress, a man with an unappetizing taste for human flesh and some rather flashy action set pieces aka The Matrix. All of this is brought together by one of the best game engines around.

F.E.A.R. makes its cinematic pretensions clear from the start. As soon as the credits roll, and the music starts, you are treated to the full works. The camera pans across scores of troops locked 'n' loaded and ready to hunt you down, all seemingly linked to 'Paxton Fettel', a strange kind of guy with extraordinary psychic power capable of controlling battalions of soldiers and a habit of feeding off any poor unfortunate innocents - presumably to aid his powers of concentration. It doesn’t end there, after a short briefing at F.E.A.R. HQ you are sent off to hunt down Fettel equipped with reflexes that are 'off the chart'. These reflexes are put to excellent use, with a slow motion effects like that of Max Payne, or the before mentioned Matrix. But here, it is oooohhhh so much more satisfying thanks to the outstanding environmental effects. Sparks fly everywhere, as chunks of masonry are blasted from the walls and blood splatters from your latest victim. The physics are just great, with boxes sent flying, shelves tipped over, and objects hurtling towards your head. And the explosions, well, the explosions just have to be seen, and what's so great about this is you can witness it in all its glory in slow motion.

Let me confirm to you that based on this, F.E.A.R. will have you shaking on the edge of your seat, if not falling off it. The tension is brought to just the right level with key moments that will make your heart leap. Play the demo and you will see what I mean. The key to this, is the girl. Without revealing anything significant, lets just say that she could take on the whole of Mars for creepiness.

Image Quality setting:

• 4x Anti Aliasing
• 16x anisotropic filtering
• Soft Shadows Disabled

F.E.A.R. has a built in test which we used to measure performance, you should try it yourself, it's really fun to look and compare with our results. Yet F.E.A.R. after all this time still is a tough title for the graphics cards; especially when you configure it to maximum image quality. This game is heavily pixel shaded and shows some dark and creepy effects.

Again 4xAA and 16xAF were applied here.