Last Updated on February 13, 2022
Programming, coding, and software development are all about having a perfect skill set to deliver the best output. All of these skills require you to have a powerful PC or laptop component, so you won’t get bored or feel frustrated while working on your craft.
One of these components is your monitor. While many programmers love to have a multi-monitor setup, if you’re looking to purchase a new monitor, remember that it’s the key to your productivity. AND having the best monitor size for programming will save your eyes from fatigue.
You can also connect your laptop to a computer monitor to share or split-screen, but it’s up to you. Right now, we’ll dive you into the world of monitor sizes and what’s the picture-perfect size for programming and coding.
Let’s get started!
Best Monitor Size For Programming TO Maximize Productivity In Many Ways:
Believe it or not, the perfect size depends on your sitting distance and your monitor desk. Let’s say, if you’re way too close to the desk, then a 24” monitor is best that comes with a native 60 Hz refresh rate and has a 1080p resolution at least.
If you have a large desk and love you to keep things at a distance, then it’s better to go with a 27” monitor. Keep in mind that screen resolution is dependent on screen size. So, if you opt for a 27” programming monitor, it must have 2K resolution. Otherwise, you will see blurry or lag while writing your flawless code.
Any monitor larger than 27” requires a 4K resolution. Or you can get an 8K resolution TV when buying a 42” curved monitor, but that’s optional.
Similarly, 32” and 37” monitors deliver maximum results and are suitable for eye relief. Still, they require a hefty space on your desk as well. So, if you have a large desk, go with a larger monitor.
Here’s a list of sizes and optimal resolution you should look for.
|Monitor Size||Optimal Resolution||Recommended Monitor|
|24 inch||1080p||ASUS VG248QG|
|27 inch||2K||Asus Designo MX279HS|
|32 inch||4K||MSI Optix MPG341CQR|
|42+ inch||8K||LG 43UN700-B|
Aside from the size of your monitor for programming, there are some other considerations as well. It includes;
- Response time;
- Refresh rate;
Let’s discuss everything in detail.
Perfect Screen Resolution:
It isn’t easy to choose the right screen resolution for a programmer. The screen resolution you need depends on how you will use your monitor. Some programmers work in two dimensions (horizontally and vertically), and others work in three sizes (front to back). Many programmers work in two dimensions (horizontally and vertically) and use a widescreen monitor.
That way, they can see more of the code on the screen simultaneously. Other programmers work in three dimensions (front to back) and use a 4:3 monitor. This allows them to see both the code and the output simultaneously.
If you use a 4:3 monitor, you should look for a higher pixel density. That way, you can fit more on the screen at one time. If you use a widescreen monitor, you will probably have to scroll up, down, left, and right to see everything on the screen.
In fact, it might be better to get a higher resolution monitor. If you have the right monitor, you can work faster and more efficiently. If you have the wrong monitor, it won’t be easy to operate.
Response time is the amount of time it takes for a pixel to change from one color to another. The lower the response time, the faster the pixels can change. This becomes especially important for professionals who use their monitors for intense applications.
Response time is measured in milliseconds (ms), with a lower number being better. Response time is typically divided into two categories: gray-to-gray and black-to-white.
In the past, the refresh rate for monitors was reported in Hz (kHz or MHz). However, this is not a good indication of how fast a display can refresh an image. Refresh rate is the number of times the display draws an image per second.
When a display is operating at its maximum refresh rate, you will see a smooth transition between frames. The refresh rate is measured in hertz (Hz). The higher the refresh rate, the more images the monitor can show per second. High refresh rates allow for smoother playback of movies, animations, and games.
If you are planning to buy a monitor for programming, you have to consider the panel type. In most cases, a monitor with TN panel type is the most suitable option for programmers, as it is the cheapest one, and it is the fastest one.
Most TN monitors have a refresh rate of 60 Hz, which is enough for most programmers. This panel type also has the best response time. It is 1 ms for most monitors, which is very good. It has the worst viewing angles, but it is still good if you are planning to look at the screen from the center.
Likewise, it will be hard to find a monitor with a TN panel and a refresh rate of 120 Hz, but it will probably cost you a lot more if you are. If you need the best, there are monitors with other panel types, such as IPS and VA. They have much better viewing angles and colors, but they are more expensive.
Before you buy a monitor for programming, you should consider what you want out of it. There are many types of monitors for programming, each of which is suited to a different purpose. The first thing to consider is how much you are willing to spend on a monitor.
As with most things, you get what you pay for. You can buy a very inexpensive monitor, but the quality of the display can be very poor, and the responsiveness of the screen can be very slow. These types of monitors are not recommended. A better choice is to spend a bit more money on a monitor. These are better quality and will give you a better experience.
The best monitor size for programming is something that can increase your productivity and save your eyes from fatigue. In fact, you can get a budget monitor for coding if you’re just starting out; however, an expensive monitor is always suggested for professionals.
Besides, screen size, resolution, and refresh rate also matters because these technologies make a computer monitor perfect for almost every task. So, don’t go blindly over large size; keep up with other components so that you can get the best bang of the buck.