The M5 Ultra-powered Mac Studio demonstrates substantial performance improvements across synthetic benchmarks, video rendering, and local AI model execution compared to the M3 Ultra model. In Geekbench 6, the M5 Ultra achieved a 24% increase in single-core performance and a 33% boost in GPU performance. Rendering tasks in Blender showed a 78% performance jump, while Premiere Pro 4K video rendering times were reduced by 11%. The most significant gains were observed in local AI inference tasks, where the M5 Ultra outperformed the M3 Ultra by over 300% in prompt processing speed during 16K context length tests. These results indicate that the M5 Ultra is particularly well-suited for professional workloads involving 3D rendering, complex video editing, and large-scale AI model deployment. While the machine offers substantial power, the reviewer notes that it represents an overkill solution for general consumer tasks, positioning it as a specialized tool for high-demand computational environments rather than a standard personal computer.
The M5 Ultra chip provides a 24% single-core and 33% GPU performance increase over the M3 Ultra in Geekbench 6. Blender rendering performance improved by 78% on the M5 Ultra compared to the previous generation.
Premiere Pro 4K video rendering times were reduced by 11% using the M5 Ultra. Local AI inference tasks showed over 300% faster prompt processing speeds at 16K context lengths.
The M5 Ultra is significantly faster in read and write speeds, with a 148% increase in read performance.
Chapter guide
Worth noting
- The video features an unreleased Apple M5 Ultra chip, which is not currently available in consumer products.
- The methodology relies on synthetic benchmarks and specific software tests that may not reflect all real-world usage scenarios.