Monitors aren’t always given the most thought beyond resolution and size, for many buyers. The fact is, though, that monitors are incredibly complex components. Attributes like response time, input lag, color reproduction, and viewing angles are all measurements that make a noticeable difference in how a monitor’s picture looks, but even for expert builders, such terms can be confusing; it doesn’t help that the TV & display industry has been plagued with marketing nonsense since the dawn of creation, ensuring that some attributes lose meaning over time.
![Mva Mva](http://specialcom.net/IMG/ips-tn-matrix.jpg)
![Ips vs mva panel Ips vs mva panel](https://i.ytimg.com/vi/-zXirHpv1Ig/hqdefault.jpg)
There's a lot of pros and con for VA and IPS monitors. The above example is a pro for VA and a con for IPS. But there are a lot of other factors. VA panels are more prone to gamma shifts while IPS panels are more prone to have white glow when they are viewed off angle. Both of which distorts colors, but in different ways. From researching, I am looking at different monitors and noticed there is two of interest. Phillips 43″ 4k-MVA HDR – Philips 436M6VBPAB -IPS – Philips BDM4350UC From reading the review and youtube video on your site.
Not only will our monitor hardware dictionary (which is scheduled to be released soon) help provide an irreplaceable resource for those confused, this article will detail the advantages and disadvantages of the common LCD panel types – the types of LCD technology used in the monitor. While there are minor revisions/versions of monitor panels types, today we will be focusing on the differences between IPS, TN, PLS, and VA panels, but we will also be covering CRT for grounding, despite CRT not being an LCD panel type.