![]() The higher the clock frequency of this processor, the better the performance in SketchUp. SketchUp Pro uses a single processor core for 2D and 3D designs. Below is our expertise for SketchUp Pro 2023: The right CPU for Sketch Up 2023 Contact us to arrange a free remote test. SketchUp focuses on precision rather than speed, and impresses with its impresses with its simple, intuitive usability. You want to work on larger and very complex projects with appealing geometry more easily and quickly? We configure the optimal business workstation for your individual SketchUp Pro applications and offer you the possibility to to evaluate the system with a test license for SketchUp Pro via remote access. It is also available with blower-style coolers, enabling use of multiple cards if desired.The 2D and 3D modeling program SketchUp Pro is a powerful and inexpensive CAD tool for three-dimensional solutions in architecture, product design, advertising and graphic design. GeForce RTX 3090 34GB – Our go-to recommendation for most GPU rendering customers, the RTX 3090 provides the best performance in V-Ray while also having a tremendous 24GB of memory.A great choice if you want just one or two video cards and don’t work with particularly complex scenes. GeForce RTX 3080 10GB – Generally speaking, the RTX 3000 is an excellent solid starting point – far faster than anything the 20 Series was, and for a lower price than either the RTX 2080 Ti or Titan RTX.As such, the NVIDIA Geforce series is recommended if V-ray is your primary application. ![]() ![]() Similarly, some Quadro GPUs offer larger amounts of VRAM but also cost far more for the same level of raw performance of GeForce cards. Moreover, the RTX Titan was only available from NVIDIA with their dual-fan cooling solution, meaning it could not be used effectively in multi-GPU configurations. In the chart above, NVIDIA’s RTX 3090 is twice as fast as the RTX Titan, which was the top consumer video card from the last generation, while costing $1000 less and maintaining the same amount of VRAM. The faster the graphic card, the faster the GPU rendering. GPU rendering is becoming more and more popular as hardware gets more affordable, while performance keeps increasing. NUMA configurations also tend to perform worse. Generally, a more powerful CPU is better than a dual-socket or multi-socket CPU system. V-Ray runs on both AMD and Intel processors, so the choice is down to user preference. As a rule of thumb, the faster the hardware, the faster the rendering. Another use case is the hybrid rendering with V-Ray GPU, where both the GPU and CPU components can render at the same time. When using the GPU engine, V-Ray utilizes the graphics cards for rendering, but also partially uses the CPU (for example, when calculating the Light cache GI solution). V-Ray GPU uses NVidia CUDA or RTX device(s) to perform the ray tracing calculations.Īs you could see, V-Ray is developed and optimized to take advantage of the full capabilities of all hardware components: CPU, GPU, RAM, storage, network and motherboard. Since GPUs are specifically designed for massively parallel calculations, they can speed up the rendering process significantly by an order of magnitude. GPU rendering allows V-Ray to perform the ray tracing calculations on the GPU cards installed in the system, rather than the CPU. ![]() V-Ray offers two rendering engines including V-Ray and V-Ray GPU.
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