Apple's second-generation Apple silicon CPUs, the M1 Pro and M1 Max were released in October 2021.
Introduction to M1 Max
The M1 Max, like the M1 Pro, is Apple's second System on a Chip (SoC) designed for Macs.
The M1 Max combines several components to power Mac's various features, including the encode/decode engines, CPU, Secure Enclave, GPU, RAM, SSD controller, Thunderbolt controller with USB 4 support, image signal processor, and more.
Traditional Intel-based Macs used numerous chips for the CPU, GPU, I/O, and security, but Apple silicon chips function quicker and more efficiently than Intel processors since multiple components are integrated into one chip.
The M1 Max has 57 billion transistors and is manufactured using a 5-nanometer technology. It boasts 70% more transistors than Apple's M1 Pro chip and is also the company's largest semiconductor to date.
Apple M1 Max Chip: Price and Release Date
The M1 Max is now only available as an upgrade for Apple's new 2021 MacBook Pros, which are currently available for purchase on the company's website. The 14-inch model costs $1,999, while the 16-inch model costs $2,499. They'll start selling on October 25 in two color options: Silver and Space Gray.
Apple M1 Pro chip: Specs
The M1 Max features a 10-core CPU with two efficiency cores and eight performance cores, with 57 billion transistors (more than three times as many as the original M1). It has a memory bandwidth of up to 400 GB/second and supports up to 64 GB of memory.
A 16-core Neural Engine is also included in the M1 Max to aid in the speeding up of machine-learning operations. This engine also aids image processing (through a proprietary image-signal processor) for the 1080p webcam included in the 2021 MacBook Pros, allowing for crisper, more natural photographs and videos to be sent.
The GPU, on the other hand, is where the M1 Max stands out. Apple claims that the M1 Max has a 32-core GPU and can give up to 4x better graphics performance than the M1.
- GPU
- The M1 Max is available in two versions, one with a 24-core GPU and the other with a 32-core GPU. The 32-core GPU is only available as a build-to-order option in higher-end PCs, whereas the 24-core GPU is only available as a build-to-order option.
- The 32-core M1 Max, according to Apple, is up to 4 times quicker than the original M1 chip. It also delivers performance in a tiny pro PC laptop that is comparable to a high-end GPU while utilizing 100 watts less power.
- The fans run infrequently and silently as a result of this efficiency, and the MacBook Pro's battery life is longer than before.
- Memory
- Apple has a consolidated memory architecture, which allows the CPU, GPU, and other processor components to share a single data pool rather than wasting time duplicating data and switching between several memory pools. It's a strategy that boosts the efficiency of Apple's M-series semiconductors.
- The M1's usable memory was limited to 16GB; however, the M1 Max allows for up to 64GB. It also has a memory bandwidth of up to 400GB/s, which is 2x that of the M1 Pro and 6x that of the M1.
- Battery Life Improvements
- Since Apple silicon chips like the M1 Max are more efficient than Intel chips used in previous-generation MacBook Pro models, battery life is significantly improved in MacBook Pro models with the M1 Max chips.
- The 16-inch MacBook Pro can play movies for up to 21 hours and surf the web wirelessly for up to 14 hours. The 16-inch Intel system could play movies for 11 hours and surf the web for 11 hours.
M1 Max Security Features
Earlier Intel Mac models had a pre-integrated T2 chip that handled security and other features on the Macs, but with the M-series chips, you can enjoy such functionality without requiring a secondary chip.
The M1 Pro is infused with a Secure Enclave that manages Touch ID, as well as a storage controller with AES encryption technology for quicker and more secure SSD performance.
Apple M1 Max chip: Video Editing Features
If you work in video editing, the M1 Max has some capabilities designed exclusively for you. Furthermore, Apple has created a media engine that helps speed up video processing without burning your battery.
One dedicated encode engine and two decode media engines are also included in the chipset to help speed up rendering and other video tasks.
It also includes two dedicated ProRes video accelerators, which should come in handy for professionals that work with ProRes video frequently.
Apple claims that the M1 Max can produce up to 7 real-time streams of 8K video playback when it comes to output performance. So, if you're a videographer who wants to push the limits of what a MacBook Pro can do, the M1 Max is a good choice. If you use several monitors, the M1 Max has a groundbreaking display engine that can support up to four additional external displays.
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