Note: for H.264 and HEVC, encoding performance gains were marginal, thanks to our existing optimizations for Intel Quick Sync.
#Adobe cc mac video requirements full
For more detailed information M1 benchmark testing and results, see the full Pfeiffer Report here. The tests included XAVC 4K media at 25, 50, and 100p, and XAVC S-I 4K 50p, ProRes 422, and iPhone 12 (HEIC) 4K footage. The Intel-based systems had 2.0 GHz quad-core CPUs and 16GB on onboard memory.
The M1 systems had the Apple M1 chipset with 8-core CPUs and GPUs and 16GB of Unified Memory.
#Adobe cc mac video requirements pro
The Pfeiffer Report compared the Premiere Pro Beta on 13” MacBook Pros with 2TB SSD hard drives. Scene Edit Detection, powered by Adobe Sensei, is at least 430 percent faster on an Apple M1. Fine-tuning Premiere Pro for the M1’s Unified Memory improves overall efficiency of the application, and our own testing shows significantly longer battery life. For example, Scene Edit Detection, powered by Adobe Sensei, is at least 430 percent faster on an Apple M1 13” MacBook Pro than an Intel-powered system with similar specifications. Optimizing our Adobe Sensei AI and ML features for the Apple Neural Engine provides next-level performance gains.
A demanding, highly compressed format like iPhone 4K footage at 60 fps plays smoothly on the Premiere Pro timeline.īy tapping into different parts of the Apple M1 chipset, the Premiere Pro Beta shines in other areas as well. For example, XAVC S 4K footage imported 187 percent faster and encoding to ProRes 422 was 129 percent faster. Pfeiffer’s testing shows marked improvements for importing, playback, and exports. With a longstanding commitment to leveraging the latest hardware advances, the Premiere Pro Beta digs deep into the new Apple architecture, allowing editors and creators to tackle big projects on Macs with the new M1 chip that rival the performance of high-end workstations.
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