That answer gets shaped differently if you wish to do rendering and if your tools are optimized for CUDA and RTX technologies, tech that favors NVIDIA.
Change opengl settings for sketchup online pro#
If folks are building a SketchUp-centric workstation, a decision between AMD Radeon Pro W6600 and the NVIDIA RTX A2000 is mute there is no wrong answer. Essentially, the RTX A2000 delivers a lot of firepower for SketchUp workflows or OpenGL modeling workflows with shaded, textured, and shadowed models.Īs for the recently reviewed AMD Radeon Pro W6600, the RTX A2000 put up very similar SketchUp scores across all three of our files. Much older GPUs show much slower FPS rates.Īs you can see below, on the SketchUp tests, the RTX A2000 edged out the RTX 3070, which is a massive GPU compared to the tiny RTX A2000. Although our smallest file, by megabytes, this file’s geometry complexities and glazing make it a demanding test file. In this file, we multiplied the tower by 20x. Still, it serves as a reference point.Ī view of TurningTorso Tower (by Tim Danaher). Our iMac Pro (late 2017) with an AMD Radeon Pro Vega 56 was thrown in for good measure, but that machine is being affected by a different CPU, motherboard, and even a different operating system. Since we switched up some of our SketchUp test scenes, we can’t throw in our recent review of AMD’s Radeon Pro W6600, but we add some commentary at the end of this section on that GPU. (Image: Architosh / All rights reserved.)įor this test, we compared the NVIDIA RTX A2000 against an NVIDIA RTX 3070 that came with our 2021 BOXX Technologies workstation. All charts except those noted are indicating percentages on the x-axis.
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This could be due to the workstation driver on the RTX 2000 versus the game-oriented RTX 3070. The tiny NVIDIA RTX A2000 actually edged out the much larger with more cores and more memory NVIDIA GeForce RTX 3070. The latter two models are the work of former Architosh editor Tim Danaher.Ĭhart 1 - SketchUp TTD test is a combination (additive) of seven individual SU scene tests across three files. We have run two tests in the Garden House file, two tests in the Falkestrasse file, and three tests across three iterations of the TurningTorso Tower model. Approximate ranges for each of our three models span between 10 – 60 FPS. Simply typing in the text “Test.time_display” into the Ruby Console in SketchUp will rotate a model, producing 72 rendered frames and spit out a total time to complete all 72 frames and an FPS (frames per second) score. We run the “Test.time_display” FPS test that Trimble has shared in its user forums. Our three test files range in size from 1.3, 13, and 200 megabytes. (see our Notes Section, for more info below) It does, in fact, and especially manages raster effects like shading, textures, shadows, and fog, for example. That doesn’t mean your GPU doesn’t factor into your SketchUp performance. SketchUp is symbolic of the predominance of “CPU, frequency-bound” CAD industry applications.
Taken together, these constitute a popular if not dominant real-world scenario in many AEC practices.
Twinmotion is the only cross-platform real-time interactive renderer, a global favorite based on Unreal Engine technology. SketchUp is the world’s most popular 3D modeler and the most common modeler in the world of architecture. For this review, we will start with real-world applications.
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