AM OLED

Using the CW32 Module with a 0.96-inch SPI Monochrome Screen

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Using the CW32 Module with a 0.96-inch SPI Monochrome Screen

1. Module Source>>> Module Physical Display: Data Download Link: https://pan.baidu.com/s/1U9r32qeS2jOANB0SNwtwnw Data Extraction Code: 8888 2. Specifications>>> Refer to manufacturer documentation for the following information: Operating Voltage: 3.3V Operating Current: 15MA Module Size: 27.3 x 27.8 MM Pixel Size: 128(H) x 64(V) RGB Driver Chip: SSD1306 Communication Protocol: SPI Pin Count: 7 Pins (2.54mm pitch header) … Read more

Exploring the SPI Bus

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Exploring the SPI Bus

“A detailed explanation of the Serial Peripheral Interface and its communication applications with memory, displays, Wi-Fi modules, and SD cards.” In a previous article, I explored the astonishing convenience of interfacing modern OLED displays with bare-metal microcontrollers. My point is simple: in most embedded applications, using a complete Linux SoC platform (like Raspberry Pi) is … Read more

Industry News | Chinese Manufacturers Capture 70% of the Market! Samsung and LG Panel Procurement ‘Shifts’ to MicroLED Display

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Industry News | Chinese Manufacturers Capture 70% of the Market! Samsung and LG Panel Procurement 'Shifts' to MicroLED Display

It is predicted that this year, Samsung Electronics will reduce the proportion of LCD TV panels procured from CSOT. This is due to CSOT’s acquisition of LG Display’s Guangzhou LCD factory, which has strengthened its influence in the LCD panel market. Conversely, LG Electronics is expected to increase its procurement of LCD TV panels from … Read more

Technical Sharing: Display Concepts – LCD, LED, QD-LCD, QLED, OLED, MiniLED, MicroLED

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Technical Sharing: Display Concepts - LCD, LED, QD-LCD, QLED, OLED, MiniLED, MicroLED

LCD (Liquid Crystal Display): Backlight source emits light + liquid crystal color rendering, with the backlight source now using LED lights. QD-LCD (Quantum Dot TV): The screen of a typical LCD TV uses an LED backlight that emits blue light, which is converted into red, green, and blue light through phosphors, ultimately forming white light, … Read more

Differences in Mobile Phone Screens? Choose the Right One to Protect Your Eyes!

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Do your eyes feel sore and uncomfortable after looking at your phone for a long time? Did you know that different models of mobile phones have different principles of screen illumination? Choosing a suitable mobile phone screen can more effectively protect your eyes. As smartphones continue to evolve, the technology behind smartphone screens is also … Read more