GW2AR seriesare rich in internal resources, with high-performance DSP resources, high-speed LVDS interface and abundant BSRAM memory resources. In addition, GW2AR series are sealed with 128M DRR/64M SDRAM, which effectively reduces the layout area and is flexibly applied to the LED industry.

As the core component of the LCD drive circuit, the LCD drive screen controller provides timing signals and display data for the LCD system, and it is the interface between the computer and the LCD system. The LVDS7:1 drive screen controller reference design provides users with an engineering reference for LCD drive screen controllers. The interface in the design adopts the low voltage differential signal (LVDS) I/O standard, which converts the generated RGB signals into standard video differential signal. Features 　Complies with LVDS interface standard 　Uses low voltage differential signal 　Supports high-speed, low-noise, long-distance, high-accuracy data transmission

The TCON board, also known as the logic board, can control the timing of the PANEL (liquid crystal screen) and when scanning drive circuit starts, as well as can convert the input video signal (such as LVDS signal) into the data signal used by the data drive circuit (such as the mini-LVDS signal or RSDS signal), then the signals are transmitted to the data drive circuit (COF IC), and the data drive circuit is controlled to turn on timely.   The LVDS7:1 received LVDS4:1 bridge reference design is mainly used in the TCON board. The data interface uses standard low voltage differential signal (LVDS) I/O to convert the input LVDS video signal into the LVDS data signal used by the data drive circuit. The 1080P motherboard drives the 4K2K LCD screen. Features 　Complies with LVDS, mini LVDS interface standards 　Uses low voltage differential signal 　 Supports high-speed, low-noise, long-distance, high-accuracy data transmission