The Apple Silicon phase began in 2020, and since then, the MacBook Air, MacBook Pro, and Mac Mini all contain the M1 chips, which have ARM-based processors.
The graphics performance has also tremendously increased, paving a new path for Apple’s user experience. As a result, it is much easier for developers to create applications that seamlessly transition between all of Apple’s products. The ARM RISC architecture provides portability for Apple devices. They are also more equipped to integrate their products’ hardware and software, resulting in a more smooth and coordinated user experience. Since Apple is now controlling its products’ hardware and software, they have more control over its entire platform and can deliver the latest new updates more efficiently and frequently. In addition, ARM processors also use Data Execution Prevention (DEP) which ensures that malicious code is not executed in memory.ĭue to all the reasons mentioned, Apple has decided to shift from using the Intel x86 processors to using their ARM processors. For example, they use hardware-based encryption, which is used to protect your data. This has already been taken care of in the case of ARM processors, as the microprocessor has several built-in features that prevent such attacks. If microprocessors don’t have a reliable security system, they cannot fend off any malicious threats or attacks, and our data could become vulnerable. Microprocessors are widely used in smartphones, laptops, iPads, and other devices containing highly sensitive data. Security: Security is an important microprocessor feature.
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