Yes, a Surface Pro can be good for programming. This is because it not only features a good display that is responsive/crisp, but also solid performance thanks to the memory and CPU. For the best experience, you should consider using a keyboard as well.
The Surface Pro is a versatile device that can almost be used for everything. I have seen people use it to play games, to take notes, to edit videos, and even to attend virtual meetings. It is portable, powerful, and has a battery that can last all day.
But is the Surface Pro suitable for programming? Keep reading to learn more.
- In many cases, a Surface Pro is powerful enough to handle programming tasks. Newer models with improved specs are generally the best choice for you in order to get the best performance possible.
- The reason the Surface Pro is good for light or moderate programming work is due to the detailed and responsive screen, as well as the internal specs like memory and CPU.
- For the best programming experience, I recommend using a quality keyboard. It involves a lot of typing, and you want to make sure you have a keyboard that is comfortable to use, especially for long periods of time.
Good Display and Performance
The main reasons that a Surface Pro is adequate for programming is the display and internal performance. It has a large display that helps you see more of your lines of code at once. And the more you can see on a screen without scrolling, the better.
It also looks good and is responsive, bright, and very durable. The resolution of the screens is also great, with the Surface Pro 9 being 2880×1920. A screen that is high-quality is often better and easier to look at for long periods of time without developing as much eye strain.
The performance a Surface Pro provides also helps it shine when it comes to programming. These devices offer up to 32 GB of RAM, up to 1 TB of storage, and some include a rapid i7 processor. All of this helps the device work well with minimal interruptions or hiccups.
Also, the added benefit of getting all of this power in a portable device is the icing on the cake. This lets you get some coding done wherever and whenever you want, whether on the bus or at the coffee shop.
Of course, the Surface Pro may not be the right call for very intensive work, as it will lack some power when compared to larger and more expensive computers with higher-end specs.
Get a Good Keyboard
To improve your experience programming on a Surface Pro, I recommend getting a good keyboard. If you try to program using the on-screen keyboard it is not the most ergonomic, and takes away from available screen space you have to work.
A physical keyboard is simply more familiar for most developers, and will help you work faster at the same time. You can opt for the popular Surface Pro Type Cover, but I tend to find it a little thin and not quite as comfortable for those marathon sessions, though you may think otherwise.
Thankfully, there are plenty of different keyboards available that are compatible with a Surface Pro that can be more comfortable. Some may use Bluetooth, while others may use USB to connect. Do your homework and consider trying a few out before deciding which is right for you.
Here are a few common questions about programming on a Surface Pro, along with their answers.
Which Surface Pro is best for programming?
The Surface Pro that is best for programming is one with the best specs/performance. You should look at the RAM, the CPU, the storage, and even the graphics. In most cases, the best option is the newest Surface Pro that has been released, which is currently the Surface Pro 9.
Which programming languages can you learn on a Surface Pro?
You should be able to learn nearly any programming language on your Surface Pro without an issue. This includes languages like Python, Ruby, C, C++, Java, PHP, and more. The one you choose depends on your goals and the type of coding you’d like to do.
In addition to being great for gaming, studying, and working, I hope that this guide has helped you see that a Surface Pro can be great for programming, as well. While it may struggle with intensive or high-level tasks, it can handle a lot of programming duties without a problem.
Is there anything you think I should have mentioned in this guide but didn’t? If so, don’t hesitate to let us know!