Every Apple gpu in our catalogue, ranked by the same 0–100 score computed from verified specs — an at-a-glance shortlist of Apple’s current line-up. See how we score.
High-performance computing · Applications requiring maximum GPU cores
See all gpusMemory-intensive professional workloads such as high-resolution video editing an · Workstation users seeking high power-efficiency and unified system architecture
Compare with Apple M4 Max GPU (40 Core)Hardware-accelerated ray tracing in 3D modeling and rendering applications · On-device machine learning development utilizing Tensor APIs in Metal 4
Compare with Apple M4 Max GPU (40 Core)ProRes video editing and dual-stream hardware-accelerated encoding · Local AI model execution and developer programming using Tensor APIs
Compare with Apple M4 Max GPU (40 Core)creative professionals · developers · advanced media consumption
Compare with Apple M4 Max GPU (40 Core)Video Editing · Graphic Design · Professional Computing Workloads
Compare with Apple M4 Max GPU (40 Core)Hardware-accelerated ray tracing and real-time 3D graphics rendering · Data-heavy professional applications requiring massive memory bandwidth up to 54
Compare with Apple M4 Max GPU (40 Core)Creative Professionals · Advanced Mobile Computing · AI/Machine Learning Workloads
Compare with Apple M4 Max GPU (40 Core)Video Editing · Software Development · Content Creation
Compare with Apple M4 Max GPU (40 Core)Video Editing · Professional Design · Workstation Performance
Compare with Apple M4 Max GPU (40 Core)Mobile creative tasks requiring high-bandwidth unified memory · Power-restricted setups demanding high graphical efficiency on a mobile platform
Compare with Apple M4 Max GPU (40 Core)