So, the truth is that Desktop computers usually offer a better price to performance ratio than Laptops, but they don't have the portability that laptops do have. And if you are a programmer, you don't need a ton of power, so you may be better choosing a Laptop because it'll give you plenty of portability.
While you don't necessarily need a powerhouse of a laptop to code on, if you need to compile your code, and test out the games you're working on, for example, then you'll want a laptop with plenty of RAM and a modern multi-core processor. They are able to compile code much more quickly.
You do not need a powerful gaming computer for coding. Having a gaming computer for coding is helpful, but most basic PCs will have the power to accomplish basic coding projects. However, if you're working on a complicated project like a computer game, a more powerful gaming computer is better.
That said, if you already know which path you're taking, the decision will be easier. If you want to develop iOS apps, then a Mac is a must, but if you're into game development a PC would be a better option.
The best laptop for programming we've tested is the Apple MacBook Pro 16 (2021). This premium mobile workstation feels incredibly well-built and provides a fantastic user experience. Its 16-inch display looks sharp, gives you plenty of room to see more of your codes at once, and gets bright enough to combat glare.
A laptop with 4GB of RAM should suffice. However, application or software developers who need to run virtual machines, emulators and IDEs to compile massive projects will need more RAM. A laptop with at least 8GB of RAM is ideal.
Apple creates its software and hardware, which makes using their machines much more enjoyable and gives them an advantage over other companies that do not do the same. MacBooks tend to last a very long time without having any issues over the years of usage.
MacBook is known for its great battery life, and it can last up to 10 hours when used continuously. This is why programmers use Macs to work on their coding projects away from home. While the latest Windows machines also perform quite well when it comes to battery life, MacBooks are more reliable in this regards.
The best MacBook for programming is an ideal device for coding on. Apple's range of MacBooks combine powerful components and thin and light designs – so for coders who travel a lot, or want flexibility with where they work, then these are great choices.
Building a PC will actually save you money in the long run, because you will likely not need to replace or repair components as often as with a pre-built. Easier to Fix. When a component fails inside a PC you built, it is easier to identify because you are more familiar with each part.
While you can technically program on any laptop, you'll want to choose one that is powerful enough to handle the demands of coding. A laptop with a fast processor, plenty of RAM, and a solid-state drive will help you work more quickly and efficiently.
Luckily for us, the Mac is a great coding platform, and Python makes it easy to learn how to code on a Mac. In this feature, we're going to look at setting up Python in macOS, then learning to code on this platform. The learning curve is very manageable; Python may even be installed on your Mac already.
This brings the need to be able to switch between the different operating systems and that is why the MacBook is the preferred machine of choice for programmers. Another important thing to note is that it is impossible to create any programs for iOS or OS X using a Windows computer.
PCs are more easily upgraded and have more options for different components. A Mac, if it's upgradeable, can upgrade only memory and the storage drive. A PC user can select from many motherboards, processors, storage drives, video cards, graphics cards, audio cards, and memory.
It lacks many popular Unix commands such as cat , touch , grep , and many more. This limits the control programmers have over the operating system. To achieve the same functionality of the macOS terminal on Windows comes with its challenges, and oftentimes users end up installing a Unix-like terminal.
Do Macs get hacked? It may be rare when compared to Windows, but yes, there have been cases where Macs have been accessed by hackers.
Any laptop for Python Programming should have at least 8 GB of RAM. But I recommend getting at least 16 GB of RAM if you can afford it. Because, the bigger the RAM, the faster the operations. But if you think a 16 GB RAM laptop is a bit costly for you, you can go with 8 GB RAM, but don't go below 8 GB.
As with any CAD software, these metrics should be considered the bare minimum for a workstation. That said, 32 to 64 GB of RAM should be a generally accepted, safe amount of RAM for any of the above applications.
For gamers, 64GB is certainly overkill: 16GB will be fine for new title releases in the near future. It's what else is on your PC hoovering up the memory that might require it. Browsers can eat up several gigs, particularly if you have a bunch of tabs open and extensions loaded.
There are many reasons why developers tend to prefer iOS over Android with a commonly suggested one being that iOS users are more likely to spend on apps than Android users. However, the locked down user base is a far more basic and important reason from the developer perspective.
Windows 10 is a good choice for coding because it supports many programs and languages. In addition, it has significantly improved over other versions of Windows and comes with various customization and compatibility options. There are also many advantages to coding on Windows 10 over Mac or Linux.
I think your question was: Which is better for Python development, Mac or Windows? Use whichever you got. Both will work just fine. If you have unlimited budget, MacOS is built on Next Unix, so it is built on Unix.
Is MacBook Pro M1 8GB RAM enough for programming? Yes. Programmers who compile large amounts of code or perform 3D rendering might want to opt for 16GB of memory, but except for these use cases, 8GB on the M1 MacBook Pro is enough.