Home Graphics cards All types Desktop Laptop Integrated Render (Metal) · 1 of 18 100%
— Apple M4 Max (GPU, 40 cores) Render (Metal) · 2 of 18 84%
— Apple M4 Max (GPU, 32 cores) Render (Metal) · 3 of 18 81%
— Apple M3 Max (GPU, 40 cores) Render (Metal) · 4 of 18 65%
— Apple M3 Max (GPU, 30 cores) Render (Metal) · 5 of 18 49%
— Apple M4 Pro (GPU, 20 cores) Render (Metal) · 6 of 18 45%
— Apple M4 Pro (GPU, 16 cores) Render (Metal) · 7 of 18 34%
— Apple M2 Max (GPU, 38 cores) Render (Metal) · 8 of 18 33%
— Apple M3 Pro (GPU, 18 cores) Render (Metal) · 9 of 18 33%
— Apple M5 (GPU, 10 cores) Render (Metal) · 10 of 18 31%
— Apple M3 Pro (GPU, 14 cores) Render (Metal) · 11 of 18 21%
— Apple M4 (GPU, 10 cores) Render (Metal) · 12 of 18 20%
— Apple M4 (GPU, 8 cores) Render (Metal) · 13 of 18 18%
— Apple M1 Max (GPU, 32 cores) Render (Metal) · 14 of 18 15%
— Apple M1 Max (GPU, 24 cores) Render (Metal) · 15 of 18 15%
— Apple M2 Pro (GPU, 16 cores) Render (Metal) · 16 of 18 9%
— Apple M1 Pro (GPU, 16 cores) Render (Metal) · 17 of 18 8%
— Apple M1 Pro (GPU, 14 cores) Render (Metal) · 18 of 18 5%
— Apple M1 (GPU, 8 cores) — Apple M1 (GPU, 7 cores) — Apple M1 (GPU, various configurations) — Apple M1 Max (GPU, various configurations) — Apple M1 Pro (GPU, various configurations) — Apple M1 Ultra (GPU, 48 cores) — Apple M1 Ultra (GPU, 64 cores) 1 2 The bar on a card is the result in Blender Benchmark 4.5.0 relative to the leader on the same render backend (OptiX, HIP, oneAPI or Metal; rendering, not games); “N of M” is the position among M tested models. Manufacturer's suggested launch price (US), rounded to whole dollars.