China 2.8 inch tft display interface RGB 480*640 Manufacturers, Suppliers, Factory

Shenzhen Hongjia has mass-produced 5.5-inch display screens for drone remote controllers, with a brightness of 1200cd/m2, clear and readable in the sun, a resolution of up to 1080*1920, high-definition and delicate, with multi-point capacitive touch screens, GT911 touch screen chips, and anti-glare coatings on the touch screen surface. It does not reflect light in the sun, and has anti-fingerprint coatings. Fingerprints will not remain when operating the remote controller, and the display interface will remain clean.

Standard RGB interface, 40PIN, support 16/18 bits, ST7102 driver IC, I2C interface

2.55-inch landscape LCD screen, model: HJ2550-01, 2.55-inch TFT true-color display, 320*240 resolution, supports SPI/MCU interface, also supports RGB interface, 45-pin connector, uses ILI9342C driver IC,

The 2.0-inch 1U chassis TFT screen produced by Shenzhen Hongjia Technology Co., Ltd. has an outer size of 34.76mm*47.86mm, which can be perfectly installed in a 1U chassis. It has a resolution of 240*320, 4 high-brightness lights, IPS full viewing angle, supports SPI and MCU interfaces, and can be displayed horizontally. Customers are welcome to email for consultation.

In today's consumer electronics industry, both technologies are widely used, often appearing in the same device. For example, in an ultra-thin laptop, the main connection between the motherboard and screen might use direct gold-finger connectors for the sake of thinness, while the connections between the motherboard and components like the touchpad and keyboard might use traditional connectors. If reliability and maintainability are more important than saving a fraction of a millimeter in thickness, then connectors are a more reliable and mature choice. If you are building an ultra-thin, cost-sensitive new product with a high-precision automated production line, you should carefully consider the direct gold-finger connector solution.

LCD and backlight cables require soldering for proper display. Traditionally, factory workers solder these cables manually. Manual soldering is slow and highly dependent on the worker's soldering proficiency. Unskilled workers can sometimes cause cold soldering, leading to sporadic soldering defects when shipped to customers, causing the display to malfunction.