What you get is more than rendering to create the final product. At iRender, we try our best everyday to offer the best thing to our beloved customers. We hope this overview will help you choose a suitable but high computing configuration for Keyshot. Specifically, with the architecture industry, most architects tend to render via CPU rather than GPU, although it takes more time but will produce higher quality images. CPU and GPU Rendering usage depends on usage needs. CPUs and GPUs are essentially the same in terms of how they are handled. Keyshot can use the computer’s central processing unit (CPU) or graphics card (GPU) to render.
You can change between GPU and CPU if needed or even use one for rendering and one for working which opens up huge performance improvements and gives more flexibility to your scene setup, workflow, and output. It features a one-click GPU render mode to leverage the performance of multiple GPUs and dedicated ray tracing hardware acceleration in NVIDIA RTX-enabled GPUs.
GPU rendering in KeyShot is a feature available for both real-time rendering and local rendering. Arguably this is the best algorithm out there for displaying caustics on GPU or CPU. The new RTX GPU-based caustics in KeyShot 10 is a tool for anyone working with transparent or reflective products like perfumes, jewelry, lighting designers and more.
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