![msi kombustor an opengl 4.3 support is required msi kombustor an opengl 4.3 support is required](http://www.ozone3d.net/public/jegx/201112/msi-kombustor-222.jpg)
You can adjust power limit and fan for your perf/temp/noise preference. With Vulkan 1.0 the base requirement in terms of hardware features was OpenGL ES 3.1 which is a subset of OpenGL 4.3, which is supported on all Fermi and newer cards.
MSI KOMBUSTOR AN OPENGL 4.3 SUPPORT IS REQUIRED FULL
There are so many FeatureLevels and only Maxwell 2 seems to have full support. Graphics Processor AMD Radeon R9 370 Technology GDDR5 SDRAM Installed Size 2 GB API Supported OpenCL 1.2, OpenGL 4. Starcraft 2 (free) was excellent for testing mem stability as it will crash very quickly (5min or less) or not at all AND will recover (after amd wattman auto-resets) without having to restart the game. With DirectX12 it seems to be more complicated anyway.
![msi kombustor an opengl 4.3 support is required msi kombustor an opengl 4.3 support is required](http://www.ozone3d.net/public/bigpictures/201102/msi_kombustor_opengl4_benchmark_001.jpg)
Using groundbreaking aerodynamic techniques, the. TRI-FROZR Thermal Design Using three of the award-winning TORX Fans 3.0 with Double Ball Bearings. Traditional fan blade: Provides steady airflow to massive heat sink below. I recall getting 1700+mhz (4k90fps in bf5) but I must of dropped it for the above reason.įurmark failed to detect instability by a wide margin. Core/Memory Boost Clock / Memory Speed 1815 MHz / 15.5 Gbps 8GB GDDR6 TORX FAN 3.0: Supremely silent Dispersion fan blade: Steeper curved blade accelerating the airflow. Basically, it will crash at 200km/h but if you tell it to only got at 195km/h it will go at 180km/h so you have to tell it to go to 210km/h while knowing that it's too scared to even go above 200km/h. It also decides on its own what core clock to run at which is a function of what it thinks is stable and what you set it at so you have to push it higher than it thinks its stable while not pushing it too high that it accidentally gets over itself and crashes sometimes. It completely ignores the vram voltage setting. The last step needs to be very close to 250w or it will constantly over-react back to the lower setting and then backup again. The challenge was to lower voltage relative to core clock to get more core clock out of the 250w limit. Rx 56 vega: Every step was min-voltage+max-clock'tĪs far as I can tell, the GPU could go much farther if it had more power limit.