ЧТО НАГРУЖАЕТ FURMARK

FurMark is a popular program used for stress-testing graphics cards, and it puts a significant load on the GPU. The main purpose of FurMark is to push the graphics card to its limits in order to evaluate its stability and performance under heavy workloads.

One of the primary factors that burdens FurMark is the extensive rendering of complex 3D graphics, utilizing various shader effects and high-resolution textures. This intense rendering process generates a large number of draw calls and requires the graphics card to process complex calculations rapidly.

In addition to rendering, FurMark also exploits the GPU's compute capabilities by utilizing highly parallelized algorithms, such as those found in modern graphics APIs like CUDA or OpenCL. These algorithms perform tasks like physics simulations, ray tracing, or image processing, further increasing the workload on the graphics card.

Another aspect that strains FurMark is the continual update of the rendered scene. Unlike static benchmarking software, FurMark generates dynamic visuals, which demand constant refresh rates and fast memory access from the graphics card. This dynamic rendering places additional stress on the GPU's memory bandwidth and cache system.

Moreover, FurMark allows users to set various parameters, such as the resolution, anti-aliasing level, and test duration, which can significantly impact the workload. Higher resolutions and anti-aliasing settings increase the number of pixels that need to be processed, while longer test durations ensure the graphics card sustains a prolonged high load.