How LCD Displays Work? Things Need To Know Before Driving LCD

Now let's introduce the structure and display theory of TFT-LCD. To drive an LCD module, it`s necessary to have a systematic understanding of its structure.

How To Drive LCD with Raspberry Pi and Set Right Resolution

Raspberry Pi is a small computer that can be used for a variety of projects. Learn how to drive LCD with Raspberry Pi and HDMI controller board.

Interface Of LCD/OLED: CPU and RGB

MPU interface mode: Display data written to DDRAM, often used for still picture display. RGB interface mode: Display data does not write to DDRAM, is directly written into the screen, is fast, and is often used to display video or animation.

What Do Pin Assignments Of Displays Stand For?

When developers try to drive the LCD or OLED panels, there are many pins to interface, so what do these pin assignments mean?

Difference Between AMOLE, PMOLED, OLED

The OLED display is characterized by self-luminescence, high contrast, low power consumption, lightweight, thin thickness, etc. It is called the next generation of display technology. According to the drive mode, OLED can be divided into active drive (AMOLED) and passive drive (PMOLED). So what are the differences between PMOLED and AMOLED?

Tips to Drive LCD

Brief steps of driving LCD, usual problems developers met in driving LCD, how to power the backlight of LCD.

What Is SPI Interface? How SPI Works?

What is SPI ? SPI is short for Serial Peripheral interface and, as the name suggests, a serial peripheral interface. Motorola was first defined on its MC68HCXX-series processors.

Why Does The TFT LCD Display Go Yellow?

TFT displays are a common type of display, and because of its characteristics we may have some abnormalities in the production process and use, such as the TFT display becoming yellow. This unfortunate phenomenon is very common, so today Panox Display will analyze the reasons for TFT

MIPI Interface Brief Introduction

MIPI Stands For Mobile Industry Processor Interface. The MIPI was created in 2003 by ARM, Alliance formed by TI, The purpose is to bring up the various interfaces inside the phone (camera CSI, display screen DSI, RF / baseband interface, DigRF, etc.) Standardization.Thus reducing the complexity of mobile phone design and increasing the design flexibility, Currently, the more mature interface applications have DSI (display interface), And the CSI (camera interface), Both have a relatively complex protocol structure.