China 3.5 inch lcd display 640*960 RGB NV3052C Manufacturers, Suppliers, Factory

This 3.17-inch horizontal LCD supports 16/18/24-bit RGB interfaces and a standard 40-pin connector. It features a 1024*768 HD resolution, a horizontal display, and evenly spaced borders with a golden ratio. It boasts a brightness range of 500-1000 lumens and is clearly readable even in direct sunlight. This product is suitable for a wide range of electronic devices, including endoscopes, game consoles, and other consumer electronics, as well as medical and industrial equipment.

Explore high-performance 2.4 inch IPS displays (480x640, 700 nits) at our liquid crystal displays lcd factory. ESG-compliant, wide temperature range, and sunlight readable.

Shenzhen Hongjia Technology specializes in the research and development, production and sales of 1.14-inch to 10.1-inch display screens and matching touch screens. There are many standard models and customization is accepted. The touch screens produced by our company have high reliability, good anti-static performance, anti-fingerprint, anti-scratch, high surface hardness and many other advantages. They are widely used in medical, military, instrumentation and other products. Customers with needs are welcome to email us for consultation.

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.

Discover how a 3.5-inch 212x318 TFT LCD lowers BOM costs by reducing memory requirements, offering SPI/MCU/RGB flexibility for budget embedded handheld devices.

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.