Xilinx Jtag Drivers For Mac

  1. Xilinx Cable Driver Windows 10

The JTAG-USB cable allows you to use your PC to connect to a JTAG scan chain or to access an SPI interface on a board equipped with the appropriate 6-pin header. In this way, you can program devices on Digilent programmable logic boards using the Digilent Adept Suite. You can also program AVR micrcontrollers on Digilent embedded control boards using the Digilent AVR programmer application. To download the newest versions of the aforementioned software, please visit the following pages: • • Note: This cable is not needed for Digilent FPGA boards as our boards are designed with this functionality natively. Stats: Connector(s): USB type A to 6-pin female header connector Programming: FPGA Programming accomplished via the Digilent Adept Suite Software Features: • Low-cost JTAG configuration solution • Connects to the USB port of a PC, and to a standard 6-pin JTAG programming header • Can be used with Digilent Adept Suite & AVR Device Programmer software • Can program devices that have a JTAG voltage of 1.8V or greater.

Aug 22, 2018  Re: Xilinx Platform USB Cable on a Mac « Reply #11 on: August 21, 2018, 08:58:11 am » Sorry to bump this thread, but Parallels actually offers a. Mini keyboard ultra slim mute wireless keyboard scissors. And both JTAG and SPI Flash interface ports for connection to Xilinx programming tools. 2.0 TRAINING MANUAL A 200+ page training manual for the DLP-FPGA is also available. Add in the netlist and you’re ready to run the XJTAG interconnect test, as well as testing the non-JTAG devices on your board using XJDeveloper. Programming Xilinx devices over JTAG Use SVF and STAPL files to program JTAG-enabled devices. Supply voltage for output drivers @ 1.8V operation 1.7 1.9 V Supply voltage for output drivers @ 1.5V operation 1.4 1.6 V V CCAUX JTAG programming pins 1.7 3.6 V. Free JTAG software The NEBULA software for 1149.1-2013 IJTAG is free, however, in order to communicate with a physical IC TAP, you will need to purchase a Xilinx USB Platform Cable I or II, if you do not have one already. Douyuformac.


Xilinx Cable Driver Windows 10

I have a Xilinx Platform USB Cable Model DLC9LP (almost certainly not a real one but a Wun Hung Lo knock-off from China). The only computers I have access to are all Macs. I have tried connecting it to Xilinx iMPACT in a virtual machine running either Windows 7 or Windows 10 with no success. /ftp-instructions-for-mac/. (In the Windows 10 machine I have carried out the mod to libportability.dll as advised.) I can see the device correctly in Windows device manager and it reports that it is working correctly. But iMPACT returns the error ' write cmdbuffer failed 20000015'. The status LED on the device appears to be a weird mix of yellow and red. Download gns3 for mac.

I have a suspicion that the device is defective. But before I order a replacement, I was wondering whether anyone had any success getting one of these to work on a Mac under a Windows virtual machine. The problem resides in how these eusb-jtag cable present themselves to the usb host. If you look with a magnifier you see they present twice. The first time as generic usb device looking for firmware, then a specific binary file is sent (through usb-bulk), the cable uploads it, resets, reboots, and presents itself again the usb host as jtag cable. It means, from the HOST-OS point of view, it sees endpoints changed after the reset, also the vendor and the device id change, and, since changes happen without an un-plug (which invokes device.driver.done) plug-in (which invokes device.driver.init) event, this makes virtualizers like VirtualBox to go nuts as they can't understand what happens on their upper end-point, which is not directly connected to the hardware, it's passed trough a glue melt software layer from the host OS. A smarter virtualizer like Xen, or Wmware, comes with a smarter glue able to simulate both the un-plug/plug-in events as virtual events, therefore the virtualizer is now able to handle the reloaded device.

This entry was posted on 04.09.2016.