To render a 3D image in Blender, for instance, the MacBook Pro 13 takes a little over six minutes to do so with its eight GPU cores-but the MacBook Pro 14’s M1 Pro with 14 GPU cores renders the scene in a little under five and a half.įor gaming, the MacBook Pro 13’s modest graphics performance translates to a passable experience for less demanding 3D games, like Fortnite or Final Fantasy: XIV, where you could expect 30 to 45 frames per second at 1080p with medium graphics presets. On the GPU side, the MacBook Pro 13 has great integrated graphics performance, but it pales in comparison to what the MacBook Pro 14 can achieve.

While the MacBook Pro 14 isn't aimed at gamers, we were impressed by how well it performs in this area. The MacBook Pro 14 also has more memory bandwidth (200GB/s) than the MacBook Pro 13 (about 70GB/s, or “almost the bandwidth ” according to Apple, so scrubbing high-resolution video files will be smoother. Anyone who needs to transcode 4K video or render 3D images faster should be pleased with how the M1 Pro performs in real-world, multicore tasks like those.Ĭompared to the MacBook Pro 13, the 14-inch laptop is a minute and 30 seconds faster than the M1 at encoding a 12-minute 4K video file to 1080p in Handbrake.

However, in multicore performance, the M1 Pro gains a 31% boost over the M1 in Geekbench 5, a program we use to measure CPU performance. Simple tasks, like running Spotify and Google Chrome, will not benefit from the M1 Pro’s performance boost. The M1 and M1 Pro theoretically have the same CPU performance, but Apple’s change to the number of high-power and low-power cores in the M1 Pro gives it a slight edge over the M1. The M1 processor in the base 13-inch MacBook Pro was designed with eight CPU cores (four high-power and four low-power cores) and eight GPU cores, while the M1 Pro processor in the base 14-inch MacBook Pro was designed with eight CPU cores (six high-power and two low-power) and 14 GPU cores.

Compared to the M1 processor, however, the M1 Pro has a slightly different design. The MacBook Pro 14's new M1 Pro processor builds on the foundations of the M1 to make a faster, more powerful chip.Īpple’s processors all have the same hybrid core design, meaning some cores are reserved for performance-driven tasks and others are reserved for efficient tasks.

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