Bridgetek VM820C BT820 Credit Card Module

Bridgetek VM820C BT820 Credit Card Module is a baseboard for development modules designed specifically for Bridgetek’s EVE5 BT820 embedded video engine. Paired with the MN820 System-on-Module (SoM), the module demonstrates the BT820’s capabilities and supports developers in assessing the IC’s performance and functionality. Equipped with power and audio circuits, a bridge IC, and I/O connectors, the baseboard enables smooth communication with external devices.

Bridgetek VM820C BT820 Credit Card Module supports multiple power input sources ranging from 5V to 12V, making it well-suited for driving large LCD panels. Power can be provided via an MCU host, USB host/charger, or DC adapter. Additionally, the FTDI FT4222H bridge IC integration enables the development board to operate as a USB slave, allowing it to be controlled by a USB host.

Features

Designed specifically for the EVE5 BT820 embedded video engine
MN820 BT820 mini module included
Dual-channel LVDS transmit interface
Supports LCD resolutions up to 1920 x 1200 with capacitive touch
Integrated LED driver for LCD backlight (supports up to 3A current at 40V)
Dual-channel LVDS receiver interface, transmission via a 30-position 2mm header
Supports LVDS LCD panels through a 45-position FPC connector
Supports video input up to 1920x1200 pixels
Supports I²C capacitive touch panels via a 6-position FPC connector
High-speed USB connection to PC or USB host using the onboard FTDI FT4222H bridge IC

1Gbit onboard NAND Flash memory
Micro-SD card socket for additional storage
Stereo audio output support, stereo line-out via a tri-stage audio filter connected to an audio socket for external speakers
Audio buzzer for alerts and notifications
FPC connectors for LCD and capacitive touch panels
High-speed USB connectivity for PC or USB host
SPI/QSPI host interface via 12-pin header or 20-pin FPC connector
Flexible power options, powered through SPI host connector, USB C, or DC power jack
DC-DC converter steps down input power to 3.3V for system requirements
7x GPIO control pins accessible through a 10-position 2mm header