OLED technology, short for Organic Light Emitting Diodes, represents one of the most advanced types of display technologies available today. Its ability to deliver deep blacks and incredible contrast ratios has made it a favorite among home theater enthusiasts and casual viewers alike. But even within the realm of OLED displays, there are different types which cater to various preferences and uses.

The difference in OLED screen types usually comes down to the kind of substrate used or the method with which the OLED materials are applied to the panel. Here we will discuss the best OLED screen types based on their performance, durability, and use cases.

Firstly, there is the PMOLED – Passive-Matrix OLED. It’s one of the earliest types of OLED technology. PMOLEDs are controlled with a simple control scheme that powers each row in the display sequentially. Because of this, they are more suitable for smaller screens such as those on basic wearables or secondary displays on devices. However, they are not ideal for larger screens or screens that require high-resolution content as they do not scale well.

The more advanced and commonly found type in consumer electronics is AMOLED – Active-Matrix OLED. In AMOLED displays, each pixel is driven by its own transistor and capacitor which allows for faster response times and can handle larger display sizes with higher definition. This makes AMOLED screens ideal for smartphones, tablets, and TVs where high-quality video performance is crucial.

Within AMOLED screens, there are subtypes like Super AMOLED developed by Samsung which integrates touch sensors into the display itself, removing the need for an extra layer and making the display thinner. Another variation is Dynamic AMOLED which offers HDR10+ support for better color representation and higher brightness levels.

Another distinction to be aware of within OLED technology is between different color structures like RGB OLED versus WRGB (white OLED with color filters). LG’s OLED TV panels typically use WRGB which includes a white subpixel alongside red, green, and blue ones. This structure extends the lifespan of the panel as well as improves brightness but at a potential cost to color accuracy when compared to RGB OLEDs where each pixel contains only red, green or blue.

Lastly, when considering durability and longevity – a concern for all-screen types – newer forms of AMOLED have emerged with claims of being less prone to burn-in issues. This includes panels that utilize QD-OLED (Quantum Dot OLED) technology which combines an AMOLED display with quantum dots to enhance color accuracy and efficiency.

In conclusion, if you’re looking for the best overall OLED screen type for general use including watching movies or playing games on large screens, then an AMOLED panel with either Super AMOLED or Dynamic AMOLED enhancements would be your best bet due to their fast response times and vibrant color representation combined with touch sensor integration or HDR10+ support respectively. For those concerned about longevity or looking for something that potentially offers better color purity at smaller sizes may want to look at QD-OLEDs or specific RGB OLED configurations despite them being less common in larger consumer electronics at the moment.