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Created page with "= AN-BELK-005: Interfacing BoraEVB to TFT LCD display= ==Introduction== This application note describes the interfacing of Ampire AM-800480STMQW-TA1 display to BoraEVB. This p..."
= AN-BELK-005: Interfacing BoraEVB to TFT LCD display=
==Introduction==
This application note describes the interfacing of Ampire AM-800480STMQW-TA1 display to BoraEVB. This project is based on [[Bora_Embedded_Linux_Kit_%28BELK%29#BELK_software_components|BELK 2.2.0]].
==Physical interfacing==
To interface the display a small adapter board is needed. It interfaces J22 connector on BoraEVB side and provides a 20-pin connector to directly attach display cable. It is also equipped with a linear regulator generating 2.5V. This voltage is used as power supply for the VDDIO_BANK13 rail. This voltage is required to implement LVDS differential pairs that drive display.
At this URL TBD schematics are available for download.
==Block diagram==
The following picture shows simplified block diagram of the design. To implement frame buffer, a portion of main SDRAM
==Enabling frame buffer driver in linux kernel==
==Introduction==
This application note describes the interfacing of Ampire AM-800480STMQW-TA1 display to BoraEVB. This project is based on [[Bora_Embedded_Linux_Kit_%28BELK%29#BELK_software_components|BELK 2.2.0]].
==Physical interfacing==
To interface the display a small adapter board is needed. It interfaces J22 connector on BoraEVB side and provides a 20-pin connector to directly attach display cable. It is also equipped with a linear regulator generating 2.5V. This voltage is used as power supply for the VDDIO_BANK13 rail. This voltage is required to implement LVDS differential pairs that drive display.
At this URL TBD schematics are available for download.
==Block diagram==
The following picture shows simplified block diagram of the design. To implement frame buffer, a portion of main SDRAM
==Enabling frame buffer driver in linux kernel==
