What is Nano IPS ?
Nano IPS technology utilizes nanoparticles that are spread across the LED backlight of an IPS panel display. These nanoparticles soak up too much light of various wavelengths, enhancing the range of colors a display can show.
While many individuals possess a general understanding of IPS monitors and the associated technology, those delving into the selection of computer monitors may question: what exactly is Nano IPS? Consequently, it is reasonable to assume that you are also curious about how Nano IPS distinguishes itself from traditional IPS and what the primary benefits entail.
IPS monitors utilize a technology known as in-plane switching, which pertains to LCD screen panels and is characterized by the horizontal alignment of liquid crystals. So, what is Nano IPS? In essence, it can be viewed as an enhanced iteration of this technology, designed to deliver a broader color gamut, among other advantages.
What is Nano IPS? A Quick Guide
Nano IPS represents an advanced iteration of IPS technology, developed by LG and launched in 2019. This technology aims to deliver a blend of swift response times and exceptional image quality. While it retains the foundational principles of traditional IPS panels, it incorporates a layer of nano-particles applied to the backlight.
This innovation facilitates an expanded color gamut, resulting in considerably more vivid colors and enhanced overall picture quality. Additionally, the technology supports G-Sync and FreeSync, enabling users to synchronize frame rates with refresh rates, thereby mitigating issues such as screen tearing.
Advantages and Disadvantages
A key benefit of Nano IPS is its quick 1 ms reaction time, which allows it to surpass a major drawback of IPS panels and achieve the same level of speed as twisted nematic (TN) monitors. This is important because professional gamers have often steered clear of IPS technology due to its slowness. Moreover, Nano IPS retains the traditional benefits of IPS screens as well.
These benefits include a more accurate color representation compared to various other monitor models, including TN monitors, along with a wider viewing angle. Unlike some other types of panels, viewing an IPS screen from certain positions can change how colors appear. In the end, this makes Nano IPS a great choice for tasks that require sharp visual performance, like graphic design or photography, but it's also a suitable 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.
Final Thoughts
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.
