China 3.5 inch lcd display 640*480 RGB NV3052C Manufacturers, Suppliers, Factory

In short, for small-sized LCD screens, QSPI is a better choice: through pin multiplexing and queue mechanism, while maintaining sufficient transmission rate, PCB design and master control resource usage are greatly simplified, which is especially suitable for scenarios that require dynamic display and limited space. SPI is only applicable to extreme cases where the driver IC does not support QSPI or has extremely simple functions. When actually selecting, it is necessary to first confirm the interface specifications of the screen driver IC (some screens support both SPI and QSPI, which can be switched by configuring pins).

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.

What are the mainstream resolutions in the 3.5-inch TFT LCD screen market?

Shenzhen Hongjia Technology specializes in the production of 1.47-inch to 10.1-inch display screens and matching touch screens, including low-power, semi-transparent, wide temperature, and high-definition display screens with a full range of sizes and multiple interfaces. Customers are welcome to email us for consultation.

How to choose between amorphous silicon (a-Si) and low temperature polysilicon (LTPS) for project development with display

Backlighting is used in small, light, flat-panel liquid crystal displays (LCDs) and other electronic devices that require backlighting, including handheld devices as small as the palm of your hand, and large-screen TVs. The goals of backlight design include low power consumption, ultra-thin, high brightness, uniform brightness, large area, and control of different width and narrow viewing angles. To achieve these challenging design goals with controlled cost and rapid implementation, computer-aided optical design tools must be used for design. This article introduces the characteristics of LightTools optical design and analysis software from ORA Company in the United States, which can be used to develop the most advanced backlight design applications today.