Of course, in all those tests, the M1 Max outperforms the Pro model. When multiple demanding apps, such as Final Cut Pro, Chrome, Safari, and Lightroom are open on the M1 Pro, it is capable of handling them with little to no performance issues, which is a testament to how efficiently the M1 chips, in general, use their memory. It has little trouble exporting 4K videos and is even able to export 8K RAW footage, albeit with some stuttering. There are plenty of tests and bench scores that pit these two chips, and in most of them, the M1 Pro chip delivers a very good performance. ![]() Programs like Adobe After Effect, Final Cut Pro, Lightroom, and Google Chrome with many tabs open at the same time are some common examples of programs used for testing Mac M1 performance. To get a good idea of the capabilities of the two chips, they need to be tested with software that forces them to use a lot of resources. ![]() ![]() It’s the same with the video encode engines – the M1 Pro has only a single one and the Max option has two.Ībove, we showed you the raw specs of the two chips, but what do these specs mean in practice? How do they translate into the real world? This is, in fact, the most important question that you need to answer for yourself before you make the decision to buy either MacBook Pro variant. Also, the Max model has two ProRes encode and decode engines – the Pro model has only a single ProRes engine. Additionally, the M1 Max starts with 32 GB unified memory and can be configured to up to 64 GB, whereas the base variant of the M1 Pro has 16 GB and can go up to 32 GB but not 64. The memory bandwidth of the M1 Max is 400GB/s, compared to the M1 Pro’s 200GB/s. However, despite the similarities, the M1 Max has some clear advantages over the M1 Pro – the M1 Max has a 32-core GPU, while the entry-level M1 Pro has a 16-core GPU (which can be upgraded to have 32-cores for an extra $400). The two chips have a 16-core Neural Engine, Video decode engines, and Media engine for hardware-accelerated ProRes, ProRes RAW, H.264, and HEVC. The two high-end M1 chips have a lot in common – both of them have 10 CPU cores, 8 of which are optimized for high-performance and two optimized for efficiency. Therefore, it’s important to have a good understanding of the capabilities of the two chips in order to make an informed decision as to whether to get the M1 Pro or the M1 Max 16-inch MacBook Pro. After all, even though the base M1 Pro chip is capable of delivering top-tier performance, it does fall behind the even more souped-up M1 Max chip. However, if you are thinking about getting a 16-inch 2021 MacBook Pro, you may have difficulty deciding between the M1 Pro and the M1 Max variant. This makes these high-end Apple laptops rather impressive, high-performance machines, capable of handling very heavy workloads thanks to their highly-efficient memory usage. However, by far the biggest upgrade to the latest MacBook Pro models is that they have the M1 Pro and the M1 Max chip, with the latter being an option only for the 16-inch MacBook Pro. The machines also feature full-sized function keys, an HDMI port, and an SD card slot. ![]() In 2021, Apple released its latest MacBook Pro models with significant upgrades to their hardware – the new models have mini-LED, ProMotion displays that are larger than the displays of earlier MacBook Pro models.
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