Apple will be turning Mac's with its silicon processor which replace Intel chipsets

Apple will be turning Mac's with its silicon processor which replace Intel chipsets

US tech giant Apple has announced the use of the in-house Apple Silicon processor in its upcoming MacBook device. Apple's dataset will be based on the silicon chipset ARM. 

apple-mac-processors-arm-silicon-chips-wwdc-2020

Let us know that these chipsets will be made on the same structure, which is currently using the processor in the iPhone, Apple Watch, and iPad. 

At the same time, the company's latest processor will give a tough competition to the existing Intel chipset in the coming time. Apple Silicon Processor is the New Future of Mac Devices, Replacing Intel Chipset

Apple Silicon's in-house series of new chipsets for Mac devices have been claimed to be built on the same architecture for chips currently running the iPhone, Apple Watch, iPad, and other Apple devices.

The transition to the new chipset means that the new MacOS Big Sur will offer support for native iOS apps and MacOS apps on the same machine in the future.

Computer and smartphone manufacturers in using their operating systems develop in house, rather than licensing windows or Android, so it's probably not super surprising that they've recently announced they're going to start using their processors in IMAX, and MacBooks.

But after using Intel chips for the past 15 years, why are they making this change, and what exactly can we expect from Apple's attempt to strike out on their own to answer.

Let's first look at a bit of Apple's history, because this isn't the first time, they've gone against the grain in terms of what kind of silicon lies at the heart of their computers.

Before 2005, Apple used a series of processors branded as a power PC, which was a non x86 architecture that arose from a joint venture between Apple, IBM, and Motorola as a way to counter the dominance of Intel-based PCs running Windows.

However, Apple made the switch to Intel, because it was becoming difficult for IBM and Motorola to manufacture chips that could compete with Intel, in terms of performance, and of course, a lot of this came down to cost.

You see, unlike Intel, who was primarily in the business of chip-making and could crank out tons of CPUs very cost-effectively Motorola and IBM had lots of other operations and simply couldn't operate their chip-making at the same scale as Intel, then you had the fact that Apple didn't control as much of the home computer market and IBM and Motorola didn't want to keep pouring money into making processors for a computer manufacturer that was still dwarfed by companies making Wintel machines.

This is especially true given that Apple was dividing up the money they were spending on CPUs between the two companies hurting both IBM and Motorola's bottom lines. More ironically, the cost is once again a big factor in Apple's decision to transition away from Intel and put its processors inside its PCs.

One analyst estimates that Apple could save between 100 and $150, for every system they build with one of their CPUs, although given Apple's track record I wouldn't necessarily expect them to pass the savings along to their fans.

Of course, though, many other considerations would have gone into this decision.

One is that Apple was reportedly unhappy with Intel's quality control for some time, but even Aside from that, Apple also seems to believe that they can save significantly on power consumption.

Now Intel does have CPUs built for very low power applications, such as their y series that go into laptops designed for long battery life, but the ARM architecture in Apple's chips could lead to even greater power savings.

Unlike Intel's x86 architecture, ARM is an example of a reduced instruction set or RISC architecture, meaning that CPU instructions are intended to be executed in just one cycle, as opposed to over multiple cycles.

Oftentimes, the result of using risk is greater power efficiency, meaning that arm chips have been used extensively in tablets, smartphones, and even smartwatches, which need to extend their battery life, as much as possible, but don't think that low power consumption automatically means lower performance that old power PC architecture that we mentioned earlier that Apple used in its older desktops and laptops.

Those were RISC chips as well. And there are even supercomputers that use risk, not to mention that even Intel's modern x86 processors have elements of risk, computing baked into them, but it was hard not to notice that Apple's an announcement at WWDC was rather short on specific details about the performance.

While it is true that the A 13 ARM chips found in the iPhone 11 series are significantly ahead of competing for mobile products from Qualcomm.

It isn't quite clear yet how Apple's new silicon will fare against Intel in a desktop or laptop environment.

Regardless, the new chips will at the very least allow both iOS apps, and Mac OS programs to natively run side by side, on the same machine, making things easier not only for your average home user but also for developers who will no longer have to code for two different platforms.

Apple's also providing tools to developers to port their x86 applications over to the new Max, though it remains to be seen how much the performance will or won't suffer, especially for programs that will need emulation for the time being, which introduces inherent performance overhead as it translates from x86 to arm.

So, it looks like we'll have to be patient to find out exactly how Apple's homemade chips stack up to the competition, as they still apparently have plans to release new Intel-based Macs for two more years before switching over to their silicon completely.

 


Iklan Atas Artikel

Iklan Tengah Artikel 1

Iklan Tengah Artikel 2

Iklan Bawah Artikel