China 3.2 inch lcd display 320*480 IPS RGB Manufacturers, Suppliers, Factory

The 3.2inch IPS display is widely used in various electronic devices because of its high resolution, high brightness, and versatility. In this article, we will explore the different applications of the 3.2inch 320*480 resolution high brightness IPS display in the electronics industry.

After VGA, QVGA, WVGA, and HVGA resolution products were gradually born. These resolutions can be seen everywhere in the mobile phone parameters. The following is the explanation and difference of VGA, QVGA, WVGA, and HVGA.

Through this tour, we enhanced the team awareness of all employees in our company and improved the company atmosphere where employees work happily.

2.4-inch 240*320 interface SPI/RGB/MCU 2.4-inch 240*320 interface MIPI 2.4-inch 240*320 interface SPI 2.4-inch 320*480 interface MIPI/RGB 2.4-inch 480*640 interface MIPI/RGB 2.4-inch 272*480 interface RGB/MIPI 2.4-inch 272*480 interface SPI/MCU/RGB 2.4-inch 240*320 semi-transparent and semi-reflective 2.4-inch 240*320 high brightness 1000nits The above products are all IPS, using ILI9341 and ST7789 driver ICs, can be high-brightness, support customization, welcome to email consultation.

Conventional 5 inch display screens cannot be seen clearly under strong outdoor sunlight unless they have a brightness of 2000 lumens. To achieve this brightness, the number of high-brightness LED lights needs to be increased, which will increase power consumption and reduce battery life. Our company has successfully mass-produced a semi-transparent and semi-reflective 5 inch screen with a resolution of 800*480 and an RGB interface. It can display clearly in the sun without turning on the LED light, which reduces the power consumption of the machine and is the first choice for many outdoor electronic devices.

First, it should be clear that the main type of radiation produced by LCD monitors is low-frequency electromagnetic radiation, and its radiation level is far below international safety standards. Compared with the old cathode ray tube (CRT) monitors, LCDs have much less radiation. Therefore, the impact of LCD devices on the human body is very limited. However, there are ways to reduce the impact of this radiation. In this article, we will explore some effective ways to reduce LCD screen radiation.