China 1.54 inch Industrial display 240*240 SPI Manufacturers, Suppliers, Factory

3.99-inch long strip LCD screen with a resolution of 400*960, supporting RGB/MIPI interfaces and featuring a capacitive touchscreen, is currently widely used in the market. Its aspect ratio is well-suited for home appliances, smart home devices, and consumer electronics. The 3.99-inch long strip screen uses common driver ICs, making debugging simple. Another core advantage lies in its unique physical shape and the fine display effect brought by its high resolution.

7-inch TFT landscape screens typically have a 1024*600 resolution and a 4-channel MIPI interface. 2-channel LCD screens are rare, and those integrating the capacitive touchscreen cable with the LCD screen cable are even rarer, increasing the workload for hardware engineers. Shenzhen Hongjia Technology engineers have successfully mass-produced 7-inch IPS landscape screens with a 1024*600 resolution, a 2-channel MIPI interface, and a capacitive touchscreen. The 24-PIN connector integrates the touchscreen and display signals, with a single cable interface for easier customer design

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

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.

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.

The LCD screen itself does not emit light, and a backlight needs to be added to the back of the glass for normal display. This involves how to test the surface brightness and backlight uniformity of the LCD screen. The brightness of the LCD screen surface and backlight brightness are measured through BM -7 equipment test, the test is more accurate when the display is powered normally and displays a solid color picture.