![]() ![]() ![]() CostĪs a trade-off, memory requirements are increased and performance may be dependent on the amount of VRAM available to the GPU(s). The benefits are especially noticeable when stacking several Live filter layers together-export times are significantly quicker and canvas previewing is snappier. Tools, adjustments, filters and other operations including RAW development will use GPU resources to achieve improved performance. Vector operations and specific features like blend ranges are performed on the CPU. Hardware acceleration is of great benefit to many raster-based tasks. In practice, the performance boost depends on the task at hand. CPU and GPU performance can be numerically compared using Affinity Photo’s built-in benchmark. If you experience poorer performance than expected, try disabling it to see if CPU-based processing works better on your system. Hardware acceleration is enabled by default. It is recommended that hardware acceleration is enabled unless you experience unusual performance problems or our technical support team instructs you to disable it. Affinity Photo can make use of multiple GPUs in parallel. Hardware acceleration is available for many graphics processors (GPUs), whether integrated into your computer's CPU (central processing unit), a discrete graphics card or onboard processor, or external and connected via Thunderbolt 3. To improve the performance of some operations, Affinity Photo can use OpenCL technology to talk directly to your system's graphics hardware. To improve the performance of some operations, Affinity Photo can use Apple's Metal technology to talk directly to your system's graphics hardware. Hardware acceleration Hardware acceleration ![]()
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