Sample firmware is available here. Breakout modules provide the smallest and simplest development hardware for the FT-X series of devices. The board comes with the V-Eval software designed to provide board communication and control functions such as UART terminal emulation capabilities supporting application development and debug. Full hardware handshaking is supported. PC to expand the number of interfaces that can be accessed downstream from a Host. JTAG interface also accessible via module header pins. This module can be used to program and debug firmware running on the VNC2 device.
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Please see section 10 page 17 of the Vinco data sheet http: The UMR plugs into a standard pin 0.
Built to conform to a standard 0. This module can be used to program and debug firmware running on the VNC2 device.
PC to expand the number of interfaces that can be accessed downstream from a Host. JTAG interface also accessible via module header pins. Other packages are not affected. The module provides power and a UART interface with full modem handshaking control. Part Numbers sold seperately: Software re-configurability allows users to support multiple functions within a single silicon platform. Module is supplied with VHDL reference designs, software samples and utilities. Allows for selecting each of the FTD interfaces: The module contains a type A USB port for connecting peripherals and may be powered with a single 5V supply.
Breakout modules provide the smallest and simplest ftdk hardware for the FT-X series of devices. The interface connector is a standard 0.
Note that the corresponding 64 pin variant IC to this product is now obsolete and is not recommended for new designs. Attractive quantity discounts on the VDIP2 makes this module suitable for incorporation into low and medium volume finished product designs.
The module is ideal for development purposes to quickly prove functionality of adding USB to a target design. The development modules come in a range of compact form factors. The Vinco features an 8-channel, 10Bit ADC, PWM interface and supports connectivity to a wide range of application boards developed by the Arduino open-source community.
Datasheets can be downloaded from the links below:. The parallel bus options are accessed via a 0.
RS communication is possible at ft2232hh to kBaud. DCD and RI signals are also available. Development modules are slightly larger than the breakout modules but offer access to all the FT-X device pins.
The module is ideal for USB interface development can also be used for integrating USB interfaces to existing product designs. Full hardware handshaking is supported. Evaluation Motherboard for evualuating the FT12X devices. The concept of the Morph-IC-II is to provide the ability to easily alter the function and capability of a silicon fydi via software, allowing multiple functions to be implemented within the same silicon, whilst reducing bill of materials and silicon cost.
Featuring the new FTH, this module provides an engineer with an easy way to integrate the FTH into a proof-of-concept design, or quickly modify an existing product.
A programmers guide is available here.
The wide range resources including FPGA reference designs, software utilities and samples also makes the module ideal as a low-cost educational platform.
These include Ethernet, motor control, LCD and many others applications.
Two 1×4 turned pin board headers with a standard 0. The module is ready to use when plugged in to enable instant development work to begin. In 5V mode, outputs are rail to rail for maximum reliability.