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Apple’s M processors first launched in 2020. Since then, it has taken the world by storm. But what are these little chips that make our lives so much easier? Apple’s M1 is a series of ARM-based system-on-chips used in the CPUs of Apple desktops, notebooks, and iPads. From the beginning, its primary function has been to improve the performance of laptops as well as desktop devices. And did it do more than that. Let’s unpack the M processors and find out if they’re the future of desktop and laptop computers.
What is an M processor?
Let’s see what you need to know about the first iteration, the M1 chip. The new development was intended only for the company to move away from Intel chips. Specially designed for Apple’s desktop series and fully complete for Mac systems. This chip may be small, but it comes with an average and powerful punch.
It combines various technologies while taking advantage of specific memory architectures to improve efficiency. It is also the first of its kind to use 5-nanometer process technology. A 5-nanometer lithography process is a semiconductor technology node. What this does is it manufactures processes that follow the 7nm process node. Now, back to the M1 chip.
At the time, the M1 was truly revolutionary and set many technical firsts, but this was only two years ago. It has the fastest CPU cores, the highest CPU performance per watt, and the fastest integrated graphics in a computer, enabling the world’s first machine learning powered by the Apple Neural Engine. All of this makes the M1 chip about 4x faster than most CPUs and up to 6x faster than most GPUs. Just groundbreaking. But that’s not all. Almost every Apple product at one time had serious battery problems. The M1 chip solved this problem in an instant. And the Mac’s battery life has doubled compared to its predecessor.
M2 processor
It’s no surprise that Apple will finally improve the already great M1 chip. With its June 2022 release, everyone was excited to hear about its groundbreaking performance and features. So what is this new chip and how does it work? First, let’s understand what it takes to run the M2.
- CPU
- GPUs
- sheep
- neutral engine
- Secure enclave
- SSD controller
- signal processor
- Encoding and decoding engine
- Thunderbolt controller that supports USB 4
All of the above work together to power your computer system. Acting as the brain of your setup, the M2 is arguably the most important part of your computer system. The M2 contains an 8-core CPU. But that wasn’t enough as Apple supports up to 10 GPU cores. Impressive. This is an improvement over the M1 chip, which can only use up to 8 GPUs. With high performance in mind, there are 4 high performance cores and 4 high efficiency cores. All of these cores now work together to give you the speed and performance you need to complete a variety of tasks. This has been well received by consumers.
Is the M processor the future?
Essentially, yes. The main reason is that people want efficient, high-performance desktop computers and laptops. Look at it like this. Bankers, artists, writers, chefs, anyone can use a Mac. Each person experiences the Mac differently, but in the same way. That’s because it took Apple several years to perfect the M processor. Having learned from Intel chips, the company knew it had a huge job on their hands.
For years, Apple’s devices have remained largely the same technically. A consumer was constantly complaining, especially about simple things like his iPhone’s battery life. But this is a thing of the past thanks to small technologies. Even the MacBook Air lasts up to 18 hours. MacBook Pro lasts about 20 hours. That’s incredible! It’s truly the best chip Apple has ever made, and if you just think about battery life and performance, you can bet that M processors are the future of all devices, not just laptops and desktop computers. .
