NVIDIA Quadro K5100M
The Quadro K5100M is a GPU from NVIDIA released in 2013. This chip has a bad gaming score at 5% in our GPU benchmark.
The Quadro K5100M has 8 GiB of GDDR5 memory, with a total memory bandwidth of 112 GB/s. The memory bus has a width of 256 bits. More memory is beneficial when gaming at high resolutions as the memory needs to store the frame buffer and all the game textures. If you run out of memory, you will experience poor performance as the GPU needs to swap data in and out of the memory as it is used.
In terms of clock speed, the Quadro K5100M GPU core runs at a frequency of 771 MHz. The core clock is directly related to the performance of a GPU, the higher the clock, the more processing can be done per second. A higher clock does not guarantee better performance by itself, this also depends on the number of shading units and other elements of the pipeline.
The performance specs of the Quadro K5100M are a raw floating-point performance of 2.37 TFLOPS : this represents the number of floating point (decimal) operations completed per second. In addition, this NVIDIA GPU has a pixel rate of 25 Gigapixels/s, the number of pixels the GPU is capable of outputting every second. Furthermore, it has a texture fill rate of 99 Gigatexels/s, the number of pixels the GPU can renderer per second.
As for rendering API support, the Quadro K5100M supports up to DirectX 11. In addition, in cross-platform titles, OpenGL 4.5 features are supported. Newer APIs are usually more efficient, allowing for better performance in games and better graphical effects.
The raw technical specs of the Quadro K5100M are: 1536 total shading units (general purpose parallel cores capable of processing different aspects of the graphics pipeline), 128 texture mapping units (specialised processors for texture operations, this determines the texture rate) and 32 render output processors or units (the final step in the rendering pipeline, responsible for rasterising the image)
Power and thermals for the NVIDIA Quadro K5100M are a TDP (Thermal Design Power) of 100 watts. This measures the amount of heat the GPU produces when running at 100%. This isn't a measure of power consumption, but it's a good estimate.
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