Performance Leap: NVIDIA GeForce 6800 Ultra

Page 28 of 49:

Call Of Duty

Page 1: Introduction
Page 2: NV40 Alias GeForce 6800 Ultra
Page 3: The GeForce Compared To The Rest Of Its Class
Page 4: The Hardware
Page 5: The Hardware, Continued
Page 6: The Hardware, Continued
Page 7: The Hardware, Continued
Page 8: Cine FX 3.0
Page 9: Pixel Processing Engine
Page 10: Pixel Processing Engine
Page 11: Vertex Engine
Page 12: Shader Model 3.0
Page 13: ROP Pixel Pipelines (Raster Operations)
Page 14: Possible Applications And Other Peculiarities
Page 15: Displacement Mapping
Page 16: More Goodies
Page 17: Video Processor
Page 18: Video Processor, Continued
Page 19: ForceWare 60 Driver
Page 20: Power Consumption
Page 21: Power Consumption, Continued
Page 22: Video Acceleration Tests
Page 23: Test Setup
Page 24: Benchmarks
Page 25: Unreal Tournament 2004, Continued
Page 26: Unreal Tournament 2004, Continued
Page 27: Unreal Tournament 2004, Continued
Page 28: Call Of Duty
Page 29: Call Of Duty, Continued
Page 30: Call Of Duty, Continued
Page 31: Call Of Duty, Continued
Page 32: AquaMark 3
Page 33: AquaMark 3, Continued
Page 34: X2 - The Threat
Page 35: X2 - The Threat, Continued
Page 36: Breed Demo
Page 37: Breed Demo, Continued
Page 38: Colin McRae Rally 4 Demo
Page 39: Colin McRae Rally 4 Demo, Continued
Page 40: Nascar Thunder 2004
Page 41: Halo - Combat Evolved
Page 42: FarCry
Page 43: FarCry, Continued
Page 44: Image Quality - FSAA
Page 45: Image Quality - Anisotropic
Page 46: Image Quality - Anisotropic, Continued
Page 47: Shader Quality - FarCry
Page 48: Image Quality - Summary
Page 49: Conclusion

Call Of Duty

To measure the performance in Call of Duty we use a timedemo of our own creation on the map MP_Brecourt. Again, all quality options are set to maximum.

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Call Of Duty

Call of Duty - Normal Quality