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All types of UART LED displays use a 4-pin UART interface. One of the most popular ways to communicate between two devices is the UART (universal asynchronous receiver-transmitter).
In order to complete this task, UART essentially needs 4 Pins: TX, RX, Ground, and VSS.
UART LED Displays only require 4 Pins; this characteristic makes circuit board design simpler. The amount of connections has been decreased, making PCB routing more simpler than before.
The Global UART LED Display market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The newest ezDisplay family from Lumex features a variety of displays, including an RGB LED dot matrix panel, an OLED module, and a monochrome LCD module.
Managing an LED Display, OLED, or LCM is much easier than it has ever been thanks to the built-in UART interface or attached Lumex UART module.
It’s easy to draw a circle, triangle, or rectangle. It’s quite easy and straightforward to write something.
For the finest user experiences, Lumex has combined the control mcu, driver IC, and communication interface.
Because of the UART interface, single board computers like the Raspberry Pi and Arduino can manage Lumex ezDisplay products with just four cables.
In addition to being directly connected via the UART interface, it can be expanded by connecting a USB, Bluetooth, or RF module to the UART interface.
When utilising Lumex ezDisplay, there are no language restrictions. Python, C, or micro.bit are all compatible with Lumex ezDisplay. Actually, serial console software can be used to implement ezDisplay.
