How Good is your Gaming Monitor?

t's easy to get carried away when looking into upgrading your gaming hardware.

However, one vital part of the gaming rig often goes forgotten when gamers build their 'battlestations' - the screen.

To many people, all flatscreen TVs are created equally - but nothing could be further from the truth.

So what should gamers look out for when choosing the perfect gaming screen?

Firstly, there are big differences between television screens and computer monitors. PC monitors often boast higher pixel-density than TVs, which simply means they manage to cram in more pixels per inch of screen, which results in sharper image quality.

Monitors are also designed for minimal input-lag, which refers to the time it takes between the user pressing a key on their keyboard, and the letter appearing on screen. This can make all the difference in competitive gaming where buttons are pressed after split-second decisions.

Image:Curved monitors are becoming more ubiquitous on the market.

PC screens are also much better adapted for gaming specifically.

The emergence of OLED technology has led to a revolution in display technology. Colours look more vivid than ever, while motion blur is reduced, meaning players can still identify objects in fast-moving environments.

Ultra-high definition, also referred to as 4K is becoming a common feature in high-end monitors. '4K' refers to a resolution of around 4,000 pixels, making it a good choice for gaming or professional video editing.

But arguably the most important figure to focus on when checking the technical specs of a screen is the refresh rate.

The aforementioned input lag can make or break a professional esports game where every split-millisecond counts.

 A high refresh rate such as 240Hz is essential for competitive gaming. It reduces the time between frame updates, minimising input lag and providing smoother motion. This can give players a competitive edge, also curved monitors, which are becoming more ubiquitous on the market now, "can also enhance immersion by better matching the natural curvature of human vision and enveloping the user to boost the immersion."

However that OLED has a higher rate of screen burn, a process where an image can become emblazoned on a display left on for too long.

So why are gaming enthusiasts shelling out so much for displays when most games aren't even in 4K?

Well, game graphics are progressing at an alarming rate. NVIDIA may be best known for building AI chips these days, but the third biggest company in the world has its roots in graphics processing units (GPUs).

Despite finding fame on Wall Street, NVIDIA is still a market leader in GPU production, even applying AI to its hardware to upscale older games, as well as make the most of new ones. 

Nvidia want to enable video games that look like they're straight from the movies - realistic lighting, driven by full ray tracing, at 4k and beyond."

These graphics cards aren't cheap, but they are able to push new releases to higher limits.

NVIDIA's proprietary DLSS technology uses machine learning to improve graphics on new titles by utilising frame generation tech in RTX graphics cards. DLSS artificially generates seven out of every eight pixels on screen in compatible games, which can improve graphics up to four times.

The tech also works on RTX remasters of games such as Portal.

The market for monitors is large, there are many options. Fans of first-person shooters may want something with a lower resolution but higher refresh rate, and those who want to put their swanky new graphics card through its paces may look for a 4K OLED panel. The decision, as with everything in the varied, pricey world of gaming, comes down to the player, their priorities, and their wallets.