Why micro oled is so popular in the market?

Micro OLED , is Micro Si OLED, also OLEDoS, is rapidly transforming the world 's display technologies. know as its ultra-high contrast, High Resolution, high luminance, and mini size,Micro Silicon-based OLED is popular with much of applications such as VR (Virtual Reality),AR (Augmented Reality) , and head-mounted displays, among others.

This article get into the description of Si-OLED micro display,exploring its key advantages, applications, and future potential.

What is micro oled?

Micro OLED — called OLED on Silicon (OLEDoS) or Micro Si OLED — is a unique display technology that leverages the principles of Organic Light Emitting Diodes (OLED) and combines them with monocrystalline silicon wafers. The result is a oled display with ultra-high resolution, high contrast ratio, and fast response time.

Micro OLED display based on the mature semiconductor technology development,the pixels are directly placed on the silicon wafer instead of the glass substrate, so the pixel size can be smaller and the PPI is higher.

In a word,MicroOLED is an OLED with a smaller display area while containing a similar level of resolution, a feature that allows it to have a higher pixel density (PPI) and a pixel density exceeding 4,000 pixels per inch (ppi) on a 0.5 inch display,which is to be more widely used in all types of near-eye displays.

Popularity Analysis of the microoled

Key Features of microdisplay

Small size type display module: 0.23"-1.03"
High resolution :from 640(RGB) *400 to 2560x2560 resolution
Ultra-high contrast ratio up to 100,000:1,can display deep blacks and vibrant colors, resulting in lifelike images
Wide color gamut
Fast response speed
Thin and light in weight
Power consumption Saving (PS) mode
Scan direction selections, go up or down and take a right or left.

Various size options

Wide applications of OLED microdisplays

Head mounted displays
Drones and FPV: OLED Microdisplay is quite attractive because of its compact display size and also fast response that achieves particularly low latency.
AR and VR glasses:they are key display devices that in the future are expected to support headsets for consumer AR glasses and the metaverse
electronic viewfinders
Small monitors etc