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Electronics -- USB-FX2 Board: Software

My software collection includes tools and examples for testing the USB-FX2 board and understanding how things work.

News

Dec 2009: Version 0.47
New option altif: to set alternate interface and some minor bug fixes for 64bit architectures.
Jul 2009: Version 0.46
Added two new commands: fbulk and ctrl for sending files using bulk messages and for zero-length control messages. Thanks to Brent Baccala for the patch and for testing!
May 2009: Version 0.45
Add option -id so that cycfx2prog can program an attached FX2 even if it does not enumerate as 'unconfigured FX2'. Thanks to Miklós Márton.
Mar 2006: Initial release (version 0.41)
Initial public release of cycfx2prog (version 0.41).

CycFX2Prog: FX2 Programming Tool

CycFX2Prog is a small and useful tool to program the FX2 (i.e. to download '8051 firmware into the RAM) and do basic enpoint communication for testing purposes.
Note: If you would like to program an EEPROM attached to the FX2 to permanently store firmware, then look here.

All the examples below will use this program, so you should download and compile it first.

Source:
cycfx2prog-0.47.tar.gz [9kb gzipped source tarball]
Version:0.47 (2009-12-06)
Author:Wolfgang Wieser(report bugs here)
License:GNU GPL(Version 2)
Requires:libusb

Building the program should be fairly easy: Unpack the archive and run make. If you experience trouble, please fix them and drop me a note.

A tiny command summary can be obtained by calling cycfx2prog with the --help option:

Also see the examples below for detailed instructions on how to use the CycFX2Prog tool.

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Note that since version 0.45 you can use the CycFX2Prog tool to program any FX2 attached to the USB, even if the FX2 does not enumerate as unconfigured FX2. For example, to program an ASUS OC-GEAR display which enumerates as vendorID 0x04b4 and productID 0x1737, use option -id=04b4.1737.

Setting up the Host System

As pointed out elswhere on these pages, the linux kernel might automatically load the usbtest module when plugging in the FX2. This module will claim the interface to the FX2 and deny other programs (like fx2pipe) to use it. Furthermore, access, especially to the control port, might be restricted to root.

Luckily, udev is your friend: It can give a certain group ('plugdev') full access to the FX2 and prevent the usbtest module from interferring. Thanks to Vesa Solonen for sending me the following script:
Create a file z70_usbfx2.rules in /etc/udev/rules.d with the following content:

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Don't forget to put yourself into the group plugdev.

Local Examples

These are fairly simple examples to be programmed onto the USB-FX2 board. They are all 'local', i.e. not using any of the IO lines of the USB-FX2 board. The indent is testing and understanding USB-FX2. Everything is running on Linux, of course.

Several examples are discussed in detail on the (local) examples page:

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  • hello_world_ram: The 8051 writes a hello world message to a memory location we can read.
  • hello_world_usb: The USB-FX2 board transfers a never ending stream of hello world messages across the USB bus.
  • convert_string: The USB-FX2 board converts arbitrary lowercase letters to uppercase letters via USB.

IO Examples

These example programs make use of the USB-FX2 board's IO lines and may require simple external wiring (just some connections) to work.

The following examples are discussed on the IO examples page:

  • bench_in: Bulk read transfer benchmark.
  • Slave FIFO: How to use different slave FIFO configurations.

Advanced Examples

These are advanced example programs for things like re-numeration and emulation of certain behavior.

These advanced topics are included on the advanced examples page:

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  • convert_serial: Re-numerates as FTDI virtual serial port and echoes back data.
  • convert_serial2: Modification of the above emulating a Sierra Wireless high speed device.
  • erase_eeprom: Erase an attached EEPROM; this makes use of the I2C bus.

FX2Pipe

FX2Pipe is a USB high-speed data transfer application which can be used to read data from stdin and pipe it to the FX2 device or read it from the FX2 device and pipe it out to stdout. Easy-to-use with built-in standard firmware and of course doing async IO for maximum speed. Read more

Troubleshooting

Connecting: The linux kernel should write some information to syslog as soon as the FX2 board is plugged in; something like:

Furthermore, lsusb will list the device, e.g.

If you can't see these things although your FX2 board is connected, then you either forgot the jumper for USB-powered operation (look at the three-terminal connector on the left top on this image) or the board is not working properly and you gonna grab a lense, the soldering iron and an oscilloscope.

Note: Linux may load the usbtest kernel module as soon as you plug in an (unconfigured) FX2 board. You need to unload the module (using rmmod) so that the software above can get access to the USB device. Also note that the module is loaded again each time you re-plug the board, for what reason ever (including a quick accidental power short circuit).

If you see an error like Failed to claim interface 0, most likely you did not unload the usbtest kernel module.

If you get access restriction problems, remember that you have to be root and not an unprivileged user.

USB Resets: If you see slow data transfer and/or lots of USB bus resets (syslog!), or errors that the device is not accepting a certain address (syslog!) you probably have trouble with signal transmission. Most likely reasons include:

  • Your FX2 board is poorely designed or soldered. (In case of address rejection errors, it probably is not even responding at all.)
  • The USB cable is too long or of bad quality.
  • You are using a very cheap USB-2.0 PCI expansion card. On-board PCI host controllers (integrated into the chipset) and quality USB-2.0 expansion cards work better; test this with other USB high speed hardware.
    I actually made bad experience with two such cheap 4-port USB-2.0 PCI expansion cards from ebay. Both these cards showed the above behaviour when connected to USB memory sticks or USB hard drives which worked fine with on-board controllers (VIA, Intel) as well as with my new quality USB-2.0 PCI card...
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Copyright © 2006-2011 by Wolfgang Wieser
Last modified: 2011-07-31 12:25:49

Downloads – Click on the link to download
The PC/SC Workgroup provides this information as a convenience. All links below are external links. Information posted does not constitute an endorsement or guarantee from the PC/SC Workgroup.

Microsoft Logo Program and Driver Signing Overview
Download copy of WDK program, and click on the “Sign In” to register. If you are already registered, click on this link for SIGN IN

Sign in to the website and then click on Available Connections. Scroll down to “Microsoft Windows Driver Kit (WDK) Beta Program” and click on “Apply”. Please fill out the surver before downloading bits.

Microsoft Smart Card Developer Tools
Platform builder for Microsoft Windows CE 5.0. To download evaluation copy of Windows CE —Click here.

SDK Web Install
Windows Server 2003 SP1 Platform – April 2005 Edition. Available on Microsoft’s Download Website. You can use this SDK to develop both 32 and 64 bit applications.This SDK is also available as a low-cost CD and can be ordered using this same link. visit http://www.microsoft.com/downloads/ for more information

Walter Oney Software’s Oney CCID driver
Walter Oney Software offers a full-featured driver package for SmartCard readers and tokens conforming to the USB specification for Chip/Smart Card Interface Devices. Fully supports PC/SC Part 10, rev. 2.02.05 (12/08). Their driver is guaranteed to pass all the relevant WHQL tests. Trial version available for free download. Also available is a comprehensive test program for PC/SC Part 10. Visit www.oneysoft.com for more information, or to download software drivers.

Driver Development Tools
Available on Microsoft’s MSDN website. Various tools and drivers for building, testing and debugging code. Visit http://www.msdn.microsoft.com/en-us/library/ for more information.

Download

Linux
A CCID driver is available at http://pcsclite.alioth.debian.org/ccid.html.
See also Ludovic Rousseau’s blog.