You might not have heard of Nano IPS and we are here to change that! Technologies continue to fascinate humanity with their mind-blowing engineering accomplishments. We are constantly striving to be superior to the previous generation.

We have seen a lot of different display technologies in the field of visual display, from LCD in 1988 to Micro LED.

The Nano IPS technology, for instance, is a well-known innovation in this area, having swept the industry with its impressive features and gorgeous display.

With Nano IPS, LG claims to have advanced screen technology. In this article, we’ll look at what Nano IPS is if LG’s argument is true, and how that has changed the course in the history of visual representation.

Nano IPS, to put it simply, is the next generation of LCD technology. It’s an improved version of LG’s original IPS panel technology. The technology combines a quicker response rate with extremely clear image clarity. It entails coating the backlight unit of an LED with a thin layer of Nano-sized particles to generate a color gamut of up to 135 percent sRGB or 98 percent DCL-P3. As a result, the display has a field of view of up to 178 °.

IPS Technology: A Sneak Peek

In-plane switching (IPS) is a common LCD technology that employs horizontally aligned liquid crystals to produce improved picture clarity and a wider field of display.

The IPS technology offers several benefits over the traditional twisted nematic (TN) and vertical alignment (VA) technologies, which are both reliant on a wide viewing angle and have poor color reproduction.

IPS, on the other hand, offers a wider viewing angle, higher picture clarity, and a quicker reaction time.

Since the launch of IPS, several other firms have joined the market with technologies that claim to be equal to or superior to IPS, such as AU Optronics’ AHVA and Samsung’s PLS.

What LED to the Need for Nano IPS?

For a great many years, IPS has been the favored panel type. The color gamut of most IPS panels is about 100% sRGB, which is still superior for many display types.

However, there are instances when you’ll need to operate with larger color space, such as in professional photography, color-critical work on LCD panels, or gaming. The screen is coupled with costly, energy-consuming LED backlights such as RGB or GB-r LED to achieve such a color range.

HDR (high dynamic range), a color technique that allows a monitor to display a larger variety of light and assures a more realistic portrayal of subtleties and color tones, was yet another need for the Nano IPS.

A standard sRGB color space will not function with HDR since the color space is larger.

Digital Cinema Initiatives DCL-P3 is the most often discussed color gamut for HDR. This color range necessitates a display that can output 90% of the color space and handle HDR colors well.

Coverage of about 125 to 135 percent of the sRGB color space is required for this criterion. To accomplish this, companies have created Nano IPS technology, which allows for a larger color gamut.

As a result, the panel may provide a 178-degree viewing angle. High-quality color reproduction ensures crucial picture evaluation on the monitor.

Nano IPS, Display, Color Gamut, and other Features

The Nano IPS panel supports 98 percent of the DCI-P3 color gamut or 135 percent sRGB, which is suitable for professional-level design output.

The technology effectively delivers a quicker reaction time as well as a clear display.

This type of display allows for a wide range of color representations.

Nano IPS monitor comes with VESA DISPLAY HDR 400 or 600 for a strong contrast between the brightest and darkest regions of the panel.

Graphic design, photography, and sports disciplines that need essential visual performance are best adapted for this next-generation tech.

The expanded color range allows for a high-accuracy presentation of nearly any viewpoint.

How the Nano IPS works?

The use of Nano-particle layers creates an immersive HDR viewing experience.

A coating of nanoparticles is placed on the screen’s White LED backlight unit in this procedure. The use of these particles aids in the absorption of unwanted light wavelengths. A layer of KSF phosphorus is placed, resulting in a KSF LED that serves as the backlight unit. The application of a nanoparticle layer enables HDR content and results in a sharper, high-performing display panel. The display then displays brighter, lifelike colors, creating a more lifelike picture.

The display supports a greater refresh rate of up to 165 Hz with G-sync. G-sync and free-sync are both supported by the technology. This allows users to set the picture rate and refresh rate to be in sync. The most significant advantage of Nano IPS is the increased color space it provides.

34GK950F, LG 34GK950g, and LG 34WK95U are three screens that use this nanotechnology concept.


The Nano IPS display has several benefits over other screens in the industry. Some of the key advantages are a 1ms reaction time and a larger color space. Nanotechnology prevents image distortion, resulting in a more immersive gaming experience.

It offers more realistic visual engagement, a wider range of viewing angles, and improved clarity. It also reduces stuttering for a more fluid and quicker gaming experience. These characteristics make it suitable for work on LCD panels that requires precision.


With so many benefits, there are certain to be some pitfalls, one of which being the increased price label. The static contrast ratio maybe a little below average. When compared to a TN monitor, there may be greater motion blur. There are other sub-1ms TN displays in the industry, but users may not want to sacrifice graphics performance.


Without a doubt, the Nano IPS provides a robust and high-quality performance to the screen. This innovative technology creates a steady image. It outperforms TN film monitors in terms of reaction time and refresh rates. The investment is worth it because of the crisp visuals, constant color values, and contrast. However, with all of the benefits, one may have to spend a little more than the planned value. However, for professional photographers and gamers, it is an excellent tool. Now if you have made it here, we are sure that you know everything about Nano IPS.