Are incell LCD screens worth choosing? What are its technologies and advantages?

    In recent years, incell LCD screens have become increasingly popular due to their advanced technology and unique advantages over traditional TFT displays. In this article, we will explore the benefits of using incell LCD screens in electronic product design and how they are implemented in various applications.

    First of all, the advantage of incell LCD screens is that they are thinner and lighter than traditional TFT displays because they integrate the touch sensor and display layer into a single layer. Traditional TFT LCD screens require external mounting to fit the touch screen, which increases the thickness. In addition, the touch screen also requires a separate design of a cable, which will occupy the space inside the machine. Incell LCD screens only need to be attached to a layer of glass cover to form a complete LCD touch screen assembly, which makes them ideal for portable devices such as smartphones and tablets. The reduction in thickness and weight makes the design more compact and stylish, which is very important for the trend of thinner and more portable devices.

   In addition to the compact design, incell LCD screens also have higher contrast and lower power consumption compared to traditional TFT displays. This is because the touch sensor is directly integrated into the display, reducing the amount of light lost due to reflection and scattering. The result is a clearer, sharper image with lower power consumption, making incell LCD screens a popular choice for battery-powered devices.

   Another advantage of incell LCD screens is their improved performance in outdoor environments. The touch sensor can detect touches even when sunlight is directly on the screen, which is not always the case with traditional TFT displays. This is especially useful for devices that are often used outdoors, such as GPS devices and digital cameras.

Despite the many advantages of incell LCD screens, there are still some differences between them and traditional TFT displays. For example, they can be more expensive to produce due to the complexity of the manufacturing process. With the large-scale application of incell LCD screens, the cost will continue to decline and will become the technical direction of mainstream LCD screens in the market. AMOLED displays have low production yields and the disadvantages of long-term lighting and burn-in, which cannot be avoided at present, resulting in high costs. It is not possible to completely replace TFT LCD screens in a short time.

   So, where are incell LCD screens currently used? In consumer electronics and handheld device products; another popular application is automotive design. Incell LCD screens are used in dashboard displays and entertainment systems, and their slim form factor and excellent outdoor visibility are very popular.

Another application is healthcare, where incell LCD screens are integrated into medical devices such as blood glucose monitors and heart rate monitors. Its precise touch sensors and low power consumption make it an ideal choice for healthcare devices that need to be accurate and portable.

   Shenzhen Hongjia has mass-produced incell LCD screens in multiple sizes, with mature design and production experience, and can also be customized; such as 3.5-inch incell LCD screen 320*480; 3.95-inch square incell LCD screen 480*480; 3.97-inch incell LCD screen 480*800; 4.3-inch incell LCD screen 480*800; 5-inch incell LCD screen 720*1280; 5.5-inch incell LCD screen 720*1280 and so on.

   Compared with traditional TFT displays, incell LCD screens have many advantages, especially in thickness, weight, contrast, power consumption and outdoor visibility. Although the manufacturing cost may be higher, its advantages make it an attractive choice for electronic product design. As technology continues to develop, we can expect to see more innovative incell LCD screen applications in the future.