A clear, practical guide to Micro OLED (OLEDoS) for XR displays—covering how it works, how it’s made, and how it compares with AMOLED, plus key use cases like EVF, thermal imaging, and night vision.
This article explains how pixel clock and frame timing determine refresh rate, and how porch/blanking plus RGB565 vs RGB888 affect bandwidth.
A practical guide to Sony Micro OLED (OLEDoS), covering core specs, real-world use cases, and why it fits AR/VR. Includes a comparison with Micro LED and LCoS. Features Panox expert insights for selection and integration.
This article explains the key differences between FFC and FPC, covering structure, routing complexity, durability, and connector/pitch fit to help you choose the right flexible interconnect.
Overview of AI glasses microdisplays LCoS, DLP, LBS, Micro OLED, Micro LED and their roles in the XR ecosystem.
OLEDoS is an OLED-on-silicon microdisplay enabling compact, bright, low-power visuals for AR/VR, HUD, EVF, and professional imaging.
Micro OLED is becoming the leading AR/XR display choice, offering high clarity and fast response as major brands adopt advanced micro display technology.
Micro OLED displays—also known as micro OLED screens or OLED microdisplays—are fabricated on a single-crystal silicon wafer that integrates the pixel driver, row/column circuits, SRAM, and T-CON directly on-chip.
OLED and IPS LCD displays are two leading screen technologies, each with unique advantages. Choosing between them depends on factors like color accuracy, cost, brightness, and application needs. For manufacturers, wholesalers, and OEM partners—especially in China—understanding these dif






If our display fit your application, subscrlbe for monthly Insights
