Table of Contents
Is Premiere Pro informing you that you need to know how to Turn On GPU Acceleration in Adobe Premiere Pro, or do you simply want to increase your performance by delegating some of the grunt work to your graphics card? Whatever the circumstances may be, we will demonstrate how to enable GPU acceleration within Adobe’s video editor with the help of Photoshop.
Acceleration of the graphics processing unit (GPU) can have a significant impact on performance, depending on the effects that you use in your videos. The reason for this is that graphics cards, which have a considerable number of processing cores, are typically a great deal quicker at rendering than even high-end central processing units.
Taking this into consideration, if you have a graphics processing unit (GPU) installed in your computer and you do not permit Premiere Pro to make use of it, you are handing over a significant amount of performance. Here are the simple steps how to Turn On GPU Acceleration in Adobe Premiere Pro.
What is GPU acceleration in Premiere Pro?
In layman’s terms, GPU acceleration in Premiere Pro is a combination of a graphics processing unit and a computer processing unit that enables the user to play back your Timeline in Premiere Pro in real-time with a high level of quality. The implementation of both of these features enables you to play back transitions and effects that are accelerated by the GPU in real time without the need to render.
Because you can review everything immediately, your workload will be significantly reduced. This procedure is ideal for video editors who work full-time and have a critical need to work in an effective and efficient manner. We will first demonstrate how to implement GPU acceleration in Premiere Pro, and then we will discuss a few of the reasons why you might want to do so.
How to Turn On GPU Acceleration in Adobe Premiere Pro
Using Project Settings
- Open your project in Adobe Premiere Pro.
- Go to File > Project Settings > General.
- Under Video Rendering and Playback, choose Mercury Playback Engine GPU Acceleration (OpenCL/CUDA/Metal) from the drop-down menu.
- Click OK to save the changes.
Using Preferences
- Go to Edit > Preferences (Premiere Pro > Preferences on Mac).
- Click on the General tab.
- Check the box next to Enable hardware acceleration (requires restart).
- Click OK and restart Adobe Premiere Pro.
Importance of GPU Acceleration for Video Editing
- Speed of Rendering: GPU acceleration makes the rendering process go much faster. A GPU’s parallel processing makes it possible to render videos faster than when only using the CPU. This is because video editing involves processing and rendering a lot of data.
- Real-Time Playback: GPU acceleration lets you play back high-resolution video clips in real time in the preview window of editing software. This makes editing go more smoothly, so editors can make changes right away and see the results right away.
- Effects and Transitions: Different effects, transitions, and filters are used in modern video editing. GPU acceleration makes it possible to apply and preview these effects in real time, so there’s no need to render after every change, which takes time.
- Adding colours and fixing mistakes: GPU acceleration makes colour grading and fixing mistakes go faster. With the parallel processing power of a GPU, you can do more complex colour grading tasks like applying LUTs (Look-Up Tables) or changing colour curves faster.
- Video Encoding and Decoding: GPUs are very good at encoding and decoding videos. This is very important when working with high-resolution video formats, because GPU acceleration can make importing, exporting, and transcoding video files go a lot faster.
Comparison of GPU vs CPU Rendering in Adobe Premiere Pro
| Aspect | GPU Rendering in Adobe Premiere Pro | CPU Rendering in Adobe Premiere Pro |
|---|---|---|
| Processing Power | Utilizes parallel processing with multiple cores on the GPU. | Utilizes sequential processing with multiple cores on the CPU. |
| Rendering Speed | Generally faster due to parallel processing capabilities. | Slower compared to GPU, especially for complex tasks. |
| Cost | High initial cost for a powerful GPU but potentially more cost-effective for performance. | CPUs are generally more affordable but may require a more expensive multi-core CPU for optimal performance. |
| Specialized Tasks | Well-suited for tasks involving graphics, video, and 3D rendering. | Versatile and capable of handling a wide range of tasks, not just graphics-related. |
| Real-time Playback | Enhanced real-time playback and responsiveness in the timeline. | Real-time playback may be limited, especially for high-resolution and effects-heavy projects. |
| Hardware Acceleration | GPU acceleration is supported through CUDA and OpenCL technologies. | CPU acceleration is available, but it may not be as efficient as GPU acceleration. |
System Requirements for GPU Acceleration in Premiere Pro
| Component | Minimum Requirements | Recommended Specifications | Notes |
|---|---|---|---|
| Processor | Intel Core i5-4th Gen or AMD Ryzen 5 1600 | Intel Core i7-9th Gen or AMD Ryzen 7 3700X | Affects overall performance and processing speed. |
| RAM | 16GB DDR4 | 32GB DDR4 or higher | More RAM allows for smoother editing and faster rendering with GPU acceleration. |
| Graphics Card: | NVIDIA GeForce GTX 960 or AMD Radeon RX 480 (4GB VRAM) | NVIDIA GeForce RTX 3060 Ti or AMD Radeon RX 6700 XT (8GB VRAM) | Dedicated graphics card with sufficient VRAM is crucial for GPU acceleration. |
| Storage: | SSD with at least 10GB free space | Large SSD for project files and media | SSD offers faster loading times and better overall performance. |
| Operating System: | Windows 10 (64-bit) with latest updates | Windows 11 (64-bit) | Latest version of Windows ensures compatibility and stability. |
Conclusion
Following our investigation, we discovered that a significant number of Premiere Pro users are receiving the notification to enable GPU acceleration in Premiere Pro whenever they add effects or transitions to their projects. On the other hand, in addition to this error, there are additional instances in which Premiere Pro should be enabled for GPU acceleration. This piece examines the concept of GPU acceleration as well as the steps necessary to enable GPU acceleration in Premiere Pro programmes.
Questions and Answers
Premiere Pro is able to make use of the GPUs that are available in order to distribute the processing tasks between the CPU and the GPU in order to achieve better performance. At this time, a significant number of effects and plugins for Premiere Pro require acceleration from the GPU. The Mercury Playback Engine renderer, which is GPU-accelerated, is utilised to facilitate the rendering of specific effects and to improve playback.
Both Premiere Pro and After Effects are designed to get the most out of the graphics processing unit (GPU). GPU with a minimum of 4 gigabytes of memory (VRAM) is what we recommend for use with Premiere Pro. When using Premiere Pro, the export and rendering processes will be sped up by using multiple GPUs, including eGPUs. A graphics processing unit (GPU) with at least 8 gigabytes of video memory (VRAM) is recommended for use with After Effects 22.0 or later.
Adobe Premiere Pro versions 22.0 and later are compatible with operating systems that use the Windows 11 platform. The NVIDIA driver version 472.12 or later is required for Windows 11 to be installed on computers that have NVIDIA GPUs. Dual-channel memory with 16 gigabytes of random access memory (RAM) for high-definition media.