In this video, we focus on AMD and Dota 2 with another benchmark. This time covering Vulkan as well.
Timeline links:
1. Intro 0:00
2. Graphics settings 0:57
3. Side-by-side Max Dx9vOGL 1:02
4. Side-by-side Max Vulkan 1:46
5. FPS graphs 2:26
6. Frametime graphs MAX 2:42
7. Frametime graphs MIN 3:02
8. Summary 3:20
I used the following AMD drivers throughout this video:
Ubuntu with Mesa 13.1.0 (Radeon & amdgpu), AMDGPU-PRO 16.40
Windows with Crimson 16.11
Dota 2 is now also known as Dota 2 Reborn, which is what is benchmarked here. All API and Reborn DLC were downloaded on both platforms.
Dota 2 has DX9, DX11, OpenGL and Vulkan on Windows. On Ubuntu, there is the choice of OpenGL and Vulkan.
The default API for Windows is DirectX9. The default API for Ubuntu and Linux in general is OpenGL.
VSync was off for both platforms for both max and min settings. +fps_max 0 was used to uncap the frame limit, so that Dota 2 could soar as high as it can.
On Windows, power settings are set to H
Timeline links:
1. Intro 0:00
2. Graphics settings 0:57
3. Side-by-side Max Dx9vOGL 1:02
4. Side-by-side Max Vulkan 1:46
5. FPS graphs 2:26
6. Frametime graphs MAX 2:42
7. Frametime graphs MIN 3:02
8. Summary 3:20
I used the following AMD drivers throughout this video:
Ubuntu with Mesa 13.1.0 (Radeon & amdgpu), AMDGPU-PRO 16.40
Windows with Crimson 16.11
Dota 2 is now also known as Dota 2 Reborn, which is what is benchmarked here. All API and Reborn DLC were downloaded on both platforms.
Dota 2 has DX9, DX11, OpenGL and Vulkan on Windows. On Ubuntu, there is the choice of OpenGL and Vulkan.
The default API for Windows is DirectX9. The default API for Ubuntu and Linux in general is OpenGL.
VSync was off for both platforms for both max and min settings. +fps_max 0 was used to uncap the frame limit, so that Dota 2 could soar as high as it can.
On Windows, power settings are set to H
