On an M1 MacBook Air, for example, the SSD can write 2.2GB/s and read 2.8GB/s. That’s still true in general, but because Apple Silicon SSDs are so fast, they can act as a high-speed buffer when multitasking. You’ll recall we mentioned how RAM helps the computer avoid resorting to slower storage such as hard drives. It’s important to note that in both cases, having more RAM is still beneficial for running multiple applications simultaneously or running memory-intensive tasks, but the unified memory architecture of Apple Silicon makes the amount of RAM less of a bottleneck for performance.Īnother key reason that Apple Silicon Macs can get away with less RAM is thanks to their tightly Integrated SSDs. This also means that on an Apple Silicon Mac, the performance increase from upgrading RAM is not as significant as on an Intel-based Mac.
In practice, this means that a Mac with an Apple Silicon processor might be able to perform better even with less RAM than an Intel-based Mac with the same amount of RAM would be able to. The MacBook Air, MacBook Pro 13”, Mac mini, and iMac desktop computers also typically come with 8GB of RAM as a standard configuration, but they can also be configured with 16GB RAM, 32GB RAM, or more in high-end models such as the Mac Studio equipped with an M1 Max or M1 Ultra. Recent models of the MacBook Air and MacBook Pro laptops usually come with 8GB or “gigs” of RAM as a standard configuration, but some higher-end models can be configured with up to 16GB or even 32GB of RAM or more. Having enough RAM is particularly important for running multiple programs at once or using resource-intensive applications such as video editing software, graphics design, gaming, or running virtual machines. When a computer runs out of RAM, it can slow down or even crash because it needs to use a slower form of memory, such as a hard drive, to store data. RAM is an important component of a computer because it determines how much data it can work with at one time and how quickly it can access that data. It is called “random access” because the computer can access any part of the memory directly rather than going through a sequence of memory locations. Random Access Memory (RAM) is a form of computer memory used to temporarily store data that the computer is currently using or processing.
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