With the continuous development of aviation technology, the navigation of aircraft has become more and more convenient and comfortable. On the plane, people are most concerned about safety and comfort. The emergence of on-board display screens is to provide passengers with a better and more convenient boarding experience.

On-board display (OLED) is a new display technology that uses light-emitting diodes made of organic materials to make the display thinner, lighter, more power-efficient, and higher-definition. On the plane, the application of OLED airborne display screen can not only provide more information and flight experience, but also greatly improve aviation safety.

First of all, the on-board display screen can provide passengers with a more convenient and rich flight experience. Generally speaking, the functions of the on-board display screen include watching movies, listening to music, playing games and so on. Passengers can watch more movies and TV programs on the in-flight display, and don't have to bring extra equipment for their flight, which greatly facilitates the passenger experience. In addition, the on-board display is also an indispensable helper when you are picking food, drinks or shopping on the plane.

For flight attendants, the OLED on-board display also provides them with more convenient and efficient service channels. Traditional flight attendants have to write notes by hand during the flight, sell products, and at the same time ensure the accuracy of flight information and personnel information. However, with the remarkable help of OLED on-board displays, flight attendants can easily inquire about necessary information and services, and quickly respond to passengers' needs, thereby improving service efficiency and quality.

Most importantly, the OLED on-board display can optimize the passenger safety experience. The evacuation and rescue of passengers in aviation accidents has always been the top priority of aviation safety. The OLED on-board display can provide instructions to passengers in emergency situations, such as safe exits, how to use life-saving equipment, etc. At the same time, in an emergency, the crew can use the OLED on-board display to convey the necessary information and instructions to the passengers, guide the passengers to carry out evacuation and rescue work, and improve the evacuation efficiency. Compared with traditional displays, OLED airborne displays can maintain readability under obvious sunlight, and can maintain a certain degree of function even in a damaged state, which can greatly improve flight safety.

To sum up, the emergence of OLED airborne display screens has greatly improved the passenger experience and aviation safety. In the future development, OLED airborne displays will continue to play an important role in continuously improving the experience quality and technical level of passengers. For the aviation industry, OLED airborne display is an innovative technology with broad application prospects, which will bring more and better service value to the future air tourism, commercial airports and other related fields.