OpenCL And CUDA Are Go: GeForce GTX Titan, Tested In Pro Apps
-
Page 1:Can GeForce GTX Titan Handle Professional Workloads?
-
Page 2:DirectX: AutoCAD 2013, 2D
-
Page 3:DirectX: AutoCAD 2013, 3D
-
Page 4:OpenGL: Maya 2013
-
Page 5:OpenGL: Maya 2013, Continued
-
Page 6:OpenGL: CATIA And EnSight
-
Page 7:OpenGL: LightWave And Maya
-
Page 8:OpenGL: Pro/ENGINEER And SolidWorks
-
Page 9:OpenGL: TcVis And NX
-
Page 10:OpenGL: Unigine Heaven
-
Page 11:OpenGL: Unigine Sanctuary
-
Page 12:OpenGL: Unigine Tropics
-
Page 13:OpenGL: PostFX And TessMark
-
Page 14:DirectX: Autodesk Inventor
-
Page 15:CUDA: 3ds Max + iray Renderer
-
Page 16:CUDA: Blender
-
Page 17:CUDA: Octane
-
Page 18:CUDA: FluidMark 1080p
-
Page 19:OpenCL: Bitmining, LuxMark, And ratGPU
-
Page 20:OpenCL: Computational Operations
-
Page 21:OpenCL: Image Processing
-
Page 22:OpenCL: Video Processing
-
Page 23:GeForce GTX Titan: Fast, But Not A Workstation Card
CUDA: Octane
Octane gives us more evidence that Titan's GK110 is much stronger in compute-oriented tests than GeForce GTX 680 (even if that older card still can't match its predecessor, the GeForce GTX 580.
Summary
- Can GeForce GTX Titan Handle Professional Workloads?
- DirectX: AutoCAD 2013, 2D
- DirectX: AutoCAD 2013, 3D
- OpenGL: Maya 2013
- OpenGL: Maya 2013, Continued
- OpenGL: CATIA And EnSight
- OpenGL: LightWave And Maya
- OpenGL: Pro/ENGINEER And SolidWorks
- OpenGL: TcVis And NX
- OpenGL: Unigine Heaven
- OpenGL: Unigine Sanctuary
- OpenGL: Unigine Tropics
- OpenGL: PostFX And TessMark
- DirectX: Autodesk Inventor
- CUDA: 3ds Max + iray Renderer
- CUDA: Blender
- CUDA: Octane
- CUDA: FluidMark 1080p
- OpenCL: Bitmining, LuxMark, And ratGPU
- OpenCL: Computational Operations
- OpenCL: Image Processing
- OpenCL: Video Processing
- GeForce GTX Titan: Fast, But Not A Workstation Card