![]() Discrete GPU with at least 2 GB of VRAM.NVIDIA/AMD/Intel GPU Driver version – As required by your GPU.GPU which supports OpenCL 1.2 or CUDA 11.Integrated GPU or discrete GPU with at least 2 GB of VRAM.Blackmagic Design Desktop Video 10.4.1 or later.GPU which supports Metal or OpenCL 1.2.Blackmagic Design Desktop Video version 12.0 or later.The following are minimum system requirements for DaVinci Resolve version 18: Make sure to run appropriate drivers (in most cases, the latest version) to support the hardware of your editing client and be careful when updating graphics card drivers, as the minimum requirements and recommended drivers differ between versions of DaVinci Resolve. A modern quad-core CPU or greater is required, and a powerful graphics card is recommended. Generally, your editing workstation must have a 64-bit operating system and enough RAM. The amount of system resources that Resolve requires from your computer depends on your workflow. The centrepiece of your editing suite must be set up correctly it must provide sufficient system resources, have the correct recent drivers installed, and not be hindered by performance-decreasing software. To turn this feature on, navigate to Preferences > User > UI Settings and check “Stop playback when a dropped frame is detected”. This is the opposite of the typically default NLE playback mode, which leaves out video frames in moments of insufficient processing power to maintain real-time audio playback.ĭaVinci Resolve can stop the playback if a frame has been dropped. When turned on, every single frame will be displayed sequentially, if necessary, in slower-than-real-time while the audio playback is compromised. To better judge the real-time playback capability, turn the “Show all video frames” feature on in the three dots menu in the upper-right corner of the playback window. If not, the dot turns red, and the actual playback frame rate is displayed. If that is the case, a green dot will be displayed. ![]() This function lets you quickly recognise if the application can replay the footage in real-time. A playback frame rate will appear above the video after starting playback in the source or the timeline monitor. Though bad playback performance is usually easy to spot, DaVinci Resolve also offers a few useful features to judge the performance objectively. We’ve also written this blog post that focuses on the new Mac Studio and the optimal settings for DaVinci Resolve performance over an SMB connection. We have also written extensive guides on achieving maximum performance with Avid Media Composer, and Adobe Premiere Pro, so be sure to check them out. This blog will review these components and highlight potential soft spots and their solutions to achieve the best DaVinci Resolve performance.ĭue to its fantastic colour grading capabilities, Resolve is often used together with other NLEs. The network allows communication between the storage and the workstations, which provides a platform for the fourth component, the application, in this case, DaVinci Resolve. Shared storage holds your data (footage, projects and everything else) and makes it available to those connected to it. You can think of every video post-production setup in a shared environment as consisting of four main components. High bitrates, project-sharing requirements, and different codecs are some of the reasons why working with video demands substantial technical knowledge and a solid grasp of data management.
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