While many people are broadly aware of IPS monitors and IPS technology in general, if you explore options for computer monitors, you may end up asking: what is Nano IPS? If this is the case, it also follows that you are likely wondering how Nano IPS differs from standard IPS and what the main advantages are.
Keep reading for an explanation of what Nano IPS is, how it works and who it benefits.
IPS monitors make use of a technology called in-plane switching, which is associated with LCD screen panels and partially characterized by horizontally aligned liquid crystals – so what is Nano IPS? Put simply, it can be regarded as an improved version of the technology, capable of producing an increased color gamut, among other benefits.
In this article, we will take a closer look at Nano IPS technology and its advantages.
What is Nano IPS? A Quick Guide
Nano IPS is an improved IPS technology, originally created by LG and introduced in 2019. It is designed to offer a combination of rapid response times and high image quality and while it is primarily based on the way established IPS panels work, it adds the use of a layer of nano-particles, applied to the backlight.
This helps to create an expansion of the color gamut, producing significantly more vibrant colors and superior picture quality overall. The technology is also compatible with G-Sync and FreeSync, allowing users to create alignment between frame rate and refresh rate, eliminating problems like screen tearing in the process.
A good example of a high-performance monitor with Nano IPS technology is the ViewSonic ELITE XG270QG.
Advantages and Disadvantages
One of the most significant advantages of Nano IPS is its 1 ms response times. This helps the technology to overcome one of the single biggest limitations associated with IPS panels and means it offers speed parity with twisted nematic (TN) monitors. This is significant because serious gamers have sometimes avoided IPS technology, due to its slower response times. Crucially, on top of this, Nano IPS still offers the existifreesynng advantages of IPS displays too.
These advantages include a more precise color display when compared to many other monitor types, including TN monitors, as well as greater viewing angle tolerance. With some other panel types, viewing the monitor from certain angles can alter the appearance of colors. Ultimately, this makes Nano IPS an excellent option for applications where visual performance is critical, such as graphic design or photography, but also a viable option for gaming.
Arguably the biggest disadvantage of Nano IPS technology is the expense involved. This means that you will typically pay more for a Nano IPS monitor than you would for a standard IPS, TN, or VA monitor. While 1 ms response times are extremely fast, it is also worth highlighting that sub-1 ms TN monitors do exist, albeit with a less crisp display.
If you have ever asked yourself ‘what is Nano IPS?’ the main things to remember are that it is essentially an upgraded version of IPS panel technology, offering much faster response times and superior color display. These benefits have helped to ensure the technology is useful for everything from photography to high-level esports.