MSI Big Bang Fuzion im Test: „Hydra“-Multi-GPU mit vielen Baustellen

8/12

14.3.2010 20:22 Uhr

Wolfgang Andermahr

Call of Duty 5

Call of Duty 5 – 1920x1200

4xAA/16xAF, DX9:
- Radeon HD 5870 @ Hydra
  88,5
- HD 5870 + HD 5850 @ Hydra
  84,0
- Radeon HD 5870 @ CF
  83,5
- HD 5870 + HD 5850 @ CF
  76,7
- GeForce GTX 285 @ Hydra
  76,5
- HD 5870 + GTX 285 @ Hydra
  67,2
- GTX 285 + GTX 260 @ Hydra
  65,4
- Radeon HD 5870
  57,6
- GeForce GTX 285
  48,3
8xAA/16xAF, DX9:
- Radeon HD 5870 @ Hydra
  85,1
- HD 5870 + HD 5850 @ Hydra
  81,9
- Radeon HD 5870 @ CF
  76,4
- HD 5870 + HD 5850 @ CF
  71,5
- GeForce GTX 285 @ Hydra
  71,1
- GTX 285 + GTX 260 @ Hydra
  61,2
- Radeon HD 5870
  50,9
- GeForce GTX 285
  41,3
- HD 5870 + GTX 285 @ Hydra
  0,0
  Absturz

Einheit: Bilder pro Sekunde (FPS)

Company of Heroes

Company of Heroes – 1920x1200

4xAA/16xAF, DX10:
- Radeon HD 5870 @ CF
  160,4
- HD 5870 + HD 5850 @ CF
  146,4
- Radeon HD 5870 @ Hydra
  137,1
- GeForce GTX 285 @ Hydra
  126,5
- HD 5870 + HD 5850 @ Hydra
  126,4
- Radeon HD 5870
  107,4
- GTX 285 + GTX 260 @ Hydra
  102,0
- GeForce GTX 285
  83,6
- HD 5870 + GTX 285 @ Hydra
  52,8
8xAA/16xAF, DX10:
- Radeon HD 5870 @ CF
  157,8
- HD 5870 + HD 5850 @ CF
  141,5
- Radeon HD 5870 @ Hydra
  133,0
- HD 5870 + HD 5850 @ Hydra
  122,5
- GeForce GTX 285 @ Hydra
  109,0
- Radeon HD 5870
  102,0
- GTX 285 + GTX 260 @ Hydra
  80,6
- GeForce GTX 285
  69,3
- HD 5870 + GTX 285 @ Hydra
  51,3

Einheit: Bilder pro Sekunde (FPS)