Flat Panel
Flat panel displays are increasingly common in the high-tech world. This production provides an overview of the basic production process and the basic technology behind flat panel displays. The technology behind this type of display is largely the same as that of liquid crystal displays. A variety of display technologies are used to produce flat panel displays, including liquid crystal displays, plasma screens, and holographic displays. To understand how each technology works, it’s helpful to know the specifics of the different types.
The first type of flat panel display is an LCD. The LCD is the most common display technology. LEDs use light-emitting diodes as a backlight. The second type is an OLED, which stands for “organic light-emitting diode.” Its pixels are made of organic materials and can produce their own illumination. Because of the high cost and sensitivity to water, OLED displays have a shorter lifespan than LCDs.
Another type of flat panel display is an In-Plane Switching (IPS). The IPS technology was the first to use this technology. It is a relatively new technology, compared to cathode-ray tubes. The downside of TN is the price, and In-Plane Switching is the most expensive. While TN and IPS are both superior to each other, IPS has the advantage of a lower price.
What is Flat Panel Display?
Another type of flat panel display is the liquid crystal display (LCD). These displays have much higher resolution than their predecessors, which is another reason they are favored in the computer world. Many flat panel displays are thinner and lighter than CRTs. Because of their thin panels, they also tend to consume less energy than their predecessors. LCDs also use transistors made of silicon, which makes them more energy-efficient than CRTs.
Besides being able to connect to wireless networks, interactive flat panel displays can also be used as a whiteboard. They are capable of handling video conferencing and can even incorporate enterprise-level security and collaboration software. A basic flat panel display is a good solution for presentations in meetings, while next-gen models add enterprise-level security and cloud portability. The possibilities are endless. So, whether you’re looking for an interactive or flat panel display, be sure to read this article to find out how it can enhance your workplace.
In contrast to a CRT, an HD FPD can simulate any electromechanical display. A high-resolution FPD can mimic any analog electromechanical display, including a pointer and numeric scale. A high-quality FPD can reproduce the dynamics of any electromechanical display. For more information, visit Apollo Displays and browse their inventory of industrial TFT displays and other industrial monitors. If you need more information about the technology behind LCD, contact Apollo Displays today!