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1. DAVINCI RESOLVE STUDIO 17 1080P
2. DAVINCI RESOLVE STUDIO 17 PC
3. DAVINCI RESOLVE STUDIO 17 PROFESSIONAL
4. DAVINCI RESOLVE STUDIO 17 FREE

Resolve’s VRAM requirements are similarly high, as its thorough use of GPU acceleration comes with proportionate memory requirements. Scrubbing the timeline or playing back your footage can only be done smoothly if your footage has been cached to RAM. NLEs like Resolve use RAM caching to ensure a smooth editing experience since reading video data from disk (even from an SSD) can make basic editing painfully slow.

DAVINCI RESOLVE STUDIO 17 1080P

The memory requirements for video editing can be staggeringly high, even when you’re working with 1080p footage. This dispatching system highlights both the strengths and the weaknesses of GPU processing: It’s great for tasks that can be bundled together and processed asynchronously - Like video filters and effects - but it isn’t good for rapid tasks that all need to be set up pre-processed. This process is typically orchestrated by the CPU, arranging data and instructions in memory and then sending the data to VRAM and the instructions to the GPU. They can do many operations extremely quickly, but they need the input data to be formatted and delivered in a fairly specific way. While we talked about how GPU-demands stack up relative to CPU-demands in the previous section, drilling down into the specifics is still worthwhile.Īs we’ve mentioned, Resolve Studio manages to use GPU acceleration for a fair number of things - more than any of the other popular NLEs.Ī good way to look at GPUs is to see them as data processing factories. The first situation typically comes up when you’re encoding or grading footage, while the second applies to general editing and sequencing (GPU acceleration is used for the stuff that can be parallelized, like effects and filters). Situations where the workload is spread across discrete tasks that can’t be bundled together.Situations where order and precision matters.In broad strokes, CPU processing tends to be used in two kinds of situations: While DaVinci Resolve Studio manages to leverage GPU acceleration - and even take advantage of multi-GPU setups - for more tasks than other NLEs, it still relies on CPU processing for many things.

The “every frame a painting” metaphor takes on a pretty literal slant when you’re working with video, in the sense that the work your computer has to do adds up quickly, even when you’re working with 1080p footage. If you aren’t sure where your specific use case fits in, let us know! What Makes Video Editing So Demanding? That said, Resolve’s price point makes it an attractive tool for a wide variety of users, so we’ll try to cover all of the common use cases.

DAVINCI RESOLVE STUDIO 17 PROFESSIONAL

You don’t need to own the specialized keyboards or editing consoles designed for Resolve to count as a professional and efficient Video Editor. This guide is for both of those user groups, but parts of it will be aimed more towards the second group since they’re the ones who are more likely to encounter some of the specific hardware bottlenecks we’ll discuss. Those who use Resolve as an affordable tool for basic/infrequent video editing, and those using Resolve Studio as a common part of what they do every day.

DAVINCI RESOLVE STUDIO 17 FREE

Just as there are two versions of Resolve - a free version and a professional version - there tend to be two major kinds of users: So what’ll you need to build the best workstation for DaVinci Resolve Studio? Let’s find out: Who This Guide is For

DAVINCI RESOLVE STUDIO 17 PC

Whether you’re using it for finishing and final touches in an established pipeline or looking to build a fresh setup with Resolve at its center, it’s important to make sure you have the right PC hardware for the job. Originally focused on color grading, Resolve has grown over the years into a comprehensive suite that can handle a wide variety of production tasks.