“Arnold 6 delivers performance gains that will help lighten the load with the same high-quality render results that the CPU renderer is known for.” “Speed and interactivity have become more crucial than ever to the creative process,” said Vienneau. With the new updates, rendering with NVIDIA RTX GPUs is multiple times faster than a typical dual-CPU rendering server. NVIDIA RTX delivers real-time and interactive rendering, along with massive speed-ups in performance for batch and final-frame rendering. Whether users are working from a workstation, laptop, data center or cloud, NVIDIA provides a comprehensive set of options to meet the growing needs of every artist or studio.Īutodesk built Arnold GPU on the NVIDIA OptiX framework to take advantage of NVIDIA RTX’s RT Cores for dedicated ray tracing and Tensor Cores for AI denoising. Powering the new features in Maya 2020 and Arnold 6 are NVIDIA RTX GPUs, like the ones found in RTX Studio-branded PCs and Workstations, NVIDIA Quadro RTX Server and NVIDIA T4 servers. “We’ve worked closely with NVIDIA to optimize Arnold GPU to run on the latest RTX GPUs and RTX Server, and we’re excited to get this latest update into the hands of new and existing Arnold customers,” said Chris Vienneau, senior director of Media & Entertainment Products at Autodesk.
For artists and studios tackling modern graphics workloads, this means rethinking traditional workflows.Īutodesk just announced the release of Maya 2020 and Arnold 6 with new GPU-accelerated capabilities, giving creative professionals the speed and interactivity needed to iterate faster on projects, shorten the review and approval loop, and get jobs done on time.įrom real-time look development to final-frame rendering, Arnold 6 can be now be used for full production rendering with NVIDIA RTX GPUs and RTX Server.Īlso, NVIDIA released today a new NVIDIA Quadro Driver and NVIDIA Studio Driver that delivers the latest optimizations and support for artists upgrading to Maya 2020 and Arnold 6. Audiences are demanding higher quality content published on ever-shorter timelines.
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