Linked from

The 24 pages that link to OLED, each with the reason it gives.

• Cathode-ray tubeCompared with: OLED pixels emit their own light without a vacuum envelope or scanning beam.

• Light-emitting diodeCompared with: OLEDs are a related device class, often used for thin, emissive displays.

• Liquid-crystal displayCompared with: Unlike most LCDs, OLED pixels emit their own light and can switch off individually.

• Additive colorRelated: Its display pixels emit colored light directly for additive mixing.

• Work functionRelated: Electrode work functions affect how efficiently charge enters its organic layers.

• Samsung ElectronicsRelated: OLED panels are a major display technology in Samsung phones and televisions.

• Organic semiconductorBroader topic: Organic semiconductors transport and recombine charges in the emissive layers.

• ElectroluminescenceBroader topic: OLEDs use electrically excited organic layers to create light in displays and lighting.

• Computer monitorCompared with: Unlike LCDs, OLED monitors can light each pixel without a separate backlight.

• Refresh rateRelated: OLED pixel response is fast, but refresh rate remains a separate display-timing property.

• AnthraceneRelated: Anthracene derivatives are used as fluorescent emitters and host materials in OLEDs.

• MicroLEDCompared with: OLED is the closest self-emissive display rival, but uses organic rather than inorganic emitters.

• Plasma displayCompared with: OLED pixels emit visible light directly, without plasma’s gas discharge and phosphor conversion.

• Solid-state lightingCompared with: OLEDs use organic emitters and often form broad, thin panels rather than point-like sources.

• White LEDCompared with: OLED panels can emit broad or colored light through a different device structure than inorganic white LEDs.

• Indium tin oxideRelated: Indium tin oxide commonly serves as the transparent anode that injects holes.

• Display deviceBroader topic: OLED displays make each pixel emit its own light, enabling deep blacks and thin panels.

• Flat-panel displayBroader topic: OLED pixels produce their own light, enabling thin panels without a separate backlight.

• Hideki ShirakawaBroader topic: Conductive and semiconducting polymers became useful materials in some OLED architectures.

• Alan J. HeegerRelated: Conductive polymers and related organic materials have enabled flexible display technologies.

• Alan MacDiarmidRelated: Research on conducting polymers helped establish the broader field of organic electronic materials.

• CarbazoleRelated: Carbazole derivatives can act as hosts or charge-transport materials in these devices.

• Projection screenCompared with: OLED pixels emit their own light rather than depending on projected illumination.

• Segment displayCompared with: OLED panels can form arbitrary images, unlike fixed-pattern segment layouts.