Touch screen calibration refers to a series of specific operations to adjust the correspondence between the sensing area of the touch screen and the actual display area, to ensure that when the user touches a point on the screen, the system can accurately recognize and respond to this position.

In the manufacturing process, high-precision pattern transfer technology is critical to the performance, response speed and reliability of the touch screen.

Preventing touchscreen aging is key to extending the life of your device and enhancing the user experience.

A high-quality PCB design not only optimizes touch sensitivity, but also improves anti-interference capabilities, reduces power consumption, and supports more complex touch functions.

There is a wide variety of operating systems compatible with touchscreen devices, each with its own unique advantages and applicable scenarios.

The goal of signal integrity optimization is to ensure that touch data is not affected by distortion, noise interference, or timing errors during transmission, thereby enhancing the user experience.

As an important part of the touch screen, bezel design not only affects the look and feel of the device, but also relates to the durability, functionality, and user experience of the device.

The touch IC is responsible for collecting, processing, and transmitting touch signals, and ultimately determines the accuracy, anti-interference, and multi-touch performance of the touch screen. The improvement of its signal processing capability can effectively reduce false contact, improve sensitivity, and adapt to complex application scenarios. This article will delve into the signal processin