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 USB Hi-Speed to MPSSE / UART Cables

Range of USB Hi-Speed cables capable of emulating USB Hi-Speed to UART, SPI, I2C and JTAG protocols

 

Part Number Cable Type Connector Type Max Data Rate Cable Length Additional Voltage Output Level
(If available)
Link to Datasheet Buy from FTDI
C232HM-DDHSL-0 MPSSE 10 single pole receptacles 30Mbps 0.5m 3.3V Datasheet
C232HM-EDHSL-0 MPSSE 10 single pole receptacles 30Mbps 0.5m 5V Datasheet
C232HD-DDHSP-0 UART 10 single pole receptors 12Mbaud 1.8m 3.3V Datasheet
C232HD-EDHSP-0    UART 10 single pole receptors 12Mbaud 1.8m 5V

Datasheet

 

 USB Hi-Speed - MPSSE Cables

The USB-MPSSE cable is capable of providing a USB to SPI, I2C or JTAG interface.  This is accomplished by the MPSSE within the FT232H device which has the ability to emulate synchronous serial protocols while handling all the USB signalling and protocols.

 

To expedite application development, FTDI has provided libraries which handle the MPSSE commands to emulate several protocols.

NOTE: use of the MPSSE libraries requires that FTDI's D2XX drivers are installed.

The following application notes show practical examples of using the new USB-MPSSE cables to interface to SPI and I2C busses. These provide full explanation and source code examples of how to configure the MPSSE of the new cables.

AN_188 : C232HM MPSSE Cable in USB to SPI Interface
AN_190 : C232HM MPSSE Cable in USB to I2C/SMBUS interface

 

 USB Hi-Speed– UART Cables

I

The USB 2.0 Hi-Speed to UART cable incorporates FTDI’s FT232H USB to UART interface IC device which handles all the USB signalling and protocols. The cable provides a fast, simple way to connect devices with 3.3 volt digital interfaces to USB.

For full details, features and enhancement descriptions of the FT232H please refer to the FT232H datasheet.


The digital interface of the cable is made up of ten individual wires which are terminated with single pole connectors which can be connected next to each other on a male header. The cables digital interface logic is 3.3 volts.

 




© Future Technology Devices International Ltd. 2014