What is PD IEC TS 63181‑1 - LCD multi-screen display terminals about?
PD IEC TR 63181‑1 is the first part of an international standard used for LCD multi-screen display terminals that specifies the conceptual model which helps in creating multi-screen sub-signals from signal input.
PD IEC TR 63181‑1 specifies a conceptual model for LCD multi-screen display terminals.
PD IEC TR 63181‑1 defines typical functional components to compose LCD multi-screen display terminals and describes the terminal’s structure and signal flow. PD IEC TR 63181‑1 also clarifies signal processing in the terminals to create multi-screen sub-signals from a single video signal input.
Who is PD IEC TS 63181‑1 - LCD multi-screen display terminals for?
PD IEC TS 63181‑1 on LCD multi-screen display terminals is useful for:
- Manufacturers of electronic devices
- Display manufacturers
- Electronic engineers
Why should you use PD IEC TS 63181‑1 - LCD multi-screen display terminals?
LCD uses a liquid crystal to produce a visible image. LCD technologies allow displays to be much thinner when compared to a cathode ray tube (CRT) technology.
PD IEC TS 63181‑1 helps in displaying the inputted signal in various display modes. The LCD splicing screen is controlled by displaying proper input signals which emerged from sub-signals. The LCDs can be applied in different application scenarios such as transport information display, financial and security information display, also in commercial, media advertising, product display, fire protection, weather, maritime, traffic control system, mining, energy and safety monitoring system, education training and multimedia conference system.
Using PD IEC TS 63181‑1 you can apply these LCD screens in the above-mentioned scenarios. LCD multi-screen display terminals reformed input signals that help in covering entire areas of the LCD splicing screen. PD IEC TS 63181‑1 specifies a conceptual model for LCD multi-screen display to compose LCD multi-screen display terminals and also helps in describing the terminal’s structure and signal flow. This result in creating the signals from a single video and signal input.
