FTDI Chip Mini-Module FT4232H Development Board for FT4232H Mini Module FT4232H MINI MODULE

FTDI Chip USB Hi-Speed Development Board

The FTDI Chip USB Hi-Speed development board is a USB-serial/FIFO mini-module in the FTDI product range, which utilizes the FT4232H USB hi-speed 4-port bridge chip to handle all the USB signalling and protocols. It is ideal for development purposes to quickly prove the functionality of adding USB to a target design. This device features four interfaces that can be configured for asynchronous or synchronous serial or parallel FIFO interfaces. Two of these have an option to independently configure an MPSSE engine. This allows the FT4232H to operate as two UART/Bit-Bang ports plus two MPSSE engines used to emulate JTAG, SPI, I2C, Bit-bang or other synchronous serial modes.
It connects the signals of the IC to two 26-pin dual-row headers which allow easy connection PCB header sockets and ribbon cables.
Versions Available:
(730-0142) - USB to Serial/FIFO (Dual) - FT2232H MINI MODULE
(730-0146) - USB to Serial/FIFO (Quad) - FT4232H MINI MODULE
(111-5835) - USB to Serial/FIFO (Dual) - FT2232H-56Q MINI MODULE
(111-5836) - USB to Serial/FIFO (Quad) - FT4232H-56Q MINI MODULE

Features and Benefits

• USB 2.0 hi-speed compatible
• Reduced development time
• Rapid integration into existing systems
• USB powered, no external power supply needed
• Entire USB protocol handled by the USB module
• Small USB Type-B connector common on many commercial devices
• Asynchronous Serial data transfer rates from 300baud to 12Mbaud at TTL levels
• Synchronous Serial (MPSSE) data rates of up to 30Mbps on JTAG, SPI and I2C
• Support for USB suspend and resume
• UHCI/OHCI/EHCI host controller compatible
• Operating temperature ranges between -40°C and 85°C

Applications

• Rapid USB integration into existing electronic systems
• Prototyping platform for USB interface on new systems
• USB to multi-port JTAG, SPI and I2C interfaces
• USB to multi-port asynchronous serial interfaces (up to 4 ports available)

Certifications

• ANSI/ESD S20.20:2014
• BS EN 61340-5-1:2007