LCDs create their display with the manipulation of visible ambient light. In the absence of this light, we must add backlighting to make these LCD displays visible.

TFT Touch displays are becoming more prevalent every day. To bring out TFT touch screen's best performance, some design considerations are needed.

Any electronic device generates some amount of electromagnetic radiation. LCD display is the obvious place to show EMI.

When compared to the ordinary LCD, TFT LCD gives very sharp and crisp text/graphic with shorter response time.

Raspberry Pi is a very popular single board machine. Connecting it with a touch screen LCD makes it a lot more useful.

We are showing an example of setting up and testing the hardware interface to capacitive touch LCD panel.

Keeping product quality consistent is a major topic for manufacturer, so is making sure LCD uniform display effect.

Film & filter enhancements are an effective way to unlock your LCD's potential. Improve screen vivacity and clarity, enhance brightness and optimize light transmission.

Visualization is an important factor in modern medical field, and it is realized mostly by the use of LCD, especially TFT LCD.

TFT color LCD is now the de-facto standard for most applications. So how do you choose the right TFT display?

The type of image the display will create is a cosmetic issue LCD user needs to decide at the beginning.

"Show this interface", "Update that value on screen", "User's input is" ... Smart LCD module introduces high-level programming capabilities, and encapsulates all display logic. No more pixel drawing.