XDS1. 00 - Texas Instruments Wiki. What is the XDS1. The XDS1. 00 emulator is Texas Instruments' ultra- low- cost USB- interface JTAG hardware reference design. The XDS1. 00 emulator provides JTAG access to Texas Instruments' JTAG based devices. It is compatible with Code Composer Studio. The XDS1. 00v. 1 is the original XDS1. The XDS1. 00v. 2 is an updated XDS1. The XDS1. 00v. 3 is an updated XDS1. Performance of the XDS1. XDS5. 10 and XDS5. This means that program and data downloads will take a longer time than with XDS5. XDS5. 60 emulators. Also, stepping in .
Please check with your vendor as to whether the all of the below features are supported. All of the XDS1. 00 General Features. Support for USB Full Speed (1. Mbits/s)Support for multiple FTDI devices (CCSv. What is the XDS100? The XDS100 emulator is Texas Instruments' ultra-low-cost USB-interface JTAG hardware reference design. The XDS100 emulator provides JTAG access to.Support targets with 1. TI JTAG connector used by Texas Instruments embedded processors. Support for the following processors cores: TMS3. The easiest way to go about installing our Plugable USB to Serial adapter is by starting with the device. If you want to verify that the adapter and the. I’ve been rolling back drivers successfully under Windows 8.1 for a while now, and finally tried your driver date/version change method today, but it failed. USB RS232 - FTDI designs and supplies USB semiconductor devices with Legacy support including royalty-free drivers. Application areas include USB RS232, ( USB Serial. C2. 8x, TMS3. 20. C5. 4x, TMS3. 20. C5. 5x, TMS3. 20. C6. 4x+, TMS3. 20. C6. 74x and TMS3. C6. 6x. XDS1. 00v. Features. The Texas Instruments' reference design for XDS1. Please check with your vendor as to whether the all of the below features are supported. All of the XDS1. 00 General Features. Support for USB High Speed (4. Mbit/s)Support targets with 1. TI JTAG connector or 2. TI JTAG connector as used by Texas Instruments embedded processors. Support for the cores was incrementally added across the releases - check the release notes for the version you are using. Supports cable- break detection. Supports target power loss detection. Support for multiple FTDI devices. Adaptive clocking. LED light to indicate active USB connection. Support for Code Composer Studio v. Does not support Code Composer Studio v. Note: As of 4/2. 8/2. CPLD update was issued. Please see XDS1. 00#Q. Please check with your vendor as to whether the all of the below features are supported. All of the XDS1. 00 General Features. IEEE 1. 14. 9. 7 capable emulator with a USB interface. Can function as an 1. Software compatible with XDS1. IEEE 1. 14. 9. 7 modes). Physical jumper to select emulator or adapter mode. Operates in 1. 14. Class 4, up to 2. MHz. LED to indicate IEEE 1. Class 4 operation. LED to indicate operation in adapter mode. Features NOT supported It does not support Real Time Data e. Xchange (RTDX) or High Speed RTDX (HSRTDX)It does not provide hardware support for TCLKR external clocking. Cores NOT supported: ARM 7, ARM 1. TMS3. 20. C2. 4x, TMS3. C5. 5x+, TMS3. 20. C6. 70x, TMS3. 20. C6. 71x, TMS3. 20. C6. 72x, TMS3. 20. C6. 4x (note that TMS3. C6. 4x+ is supported) and other cores not listed as supported. It cannot read the value of the EMU0/1 pins, so long profiling operations that use the EMU0/1 pins to handle counter overflows will not be possible. JTAG Clock (TCLK) frequency other than default JTAG frequency (1. Mhz)XDS1. 00 Installation Instructions. Installation for Code Composer Studio v. All drivers are installed when XDS1. Install Code Composer Studio 5. XDS1. 00v. 1 and XDS1. XDS1. 00 USB hardware. Install the Emu. Pack with XDS1. Connect the XDS1. Make sure the Code Composer Studio 5. Emu. Pack with XDS1. FIRST before plugging in the XDS1. HW to the PC. Connect USB cable from the PC to the XDS1. Connect the JTAG to the target board (be careful to plug it in correctly: pin 1 should go to pin 1. Red strip usually indicates the side of pin 1)You will notice small popups to inform user that USB hardware is recognized and installed correctly. No input are required. D. Setup Code Composer Studio v. Start Code Composer Studio and create a new target configuration. See Quick Tips#Target. Install Code Composer Studio 4. XDS1. 00 SW support is included) as per the table above before connecting XDS1. USB hardware. Connect the XDS1. Make sure the Code Composer Studio 4. FIRST before plugging in the XDS1. HW to the PC. Connect USB cable from the PC to the XDS1. Connect the JTAG to the target board (be careful to plug it in correctly: pin 1 should go to pin 1. Red strip usually indicates the side of pin 1)You will notice small popups to inform user that USB hardware is recognized and installed correctly. No input are required. C. Setup Code Composer Studio v. Start Code Composer Studio and create a new target configuration. See Quick Tips#Target. Download here. No additional SW required. XDS1. 00v. 2 hardware is NOT supported on Code Composer Studio v. Note: Blackhawk has a model D version of XDS1. They provide a utility to re- program the device to act as a xds. CCS3. 3 and CCS4. The firmware update utilities can be found on their Blackhawk XDS1. Support Page. A. Install Code Composer Studio and XDS1. Software before connecting XDS1. USB hardware. Connect the XDS1. Make sure the XDS1. Software is installed FIRST per the table above before plugging in the XDS1. HW to the PC. Connect USB cable from the PC to the XDS1. Connect the JTAG to the target board (be careful to plug it in correctly: pin 1 should go to pin 1. Red strip usually indicates the side of pin 1)You will notice small popups to inform user that USB hardware is recognized and installed correctly. No input are required. C. Setup Code Composer Studio v. Select CC Setup icon from the desktop. From the filters panel, select the platform . This will give you a list of predefined configurations. Select the one appropriate for your device. Save your configuration and exit CC Setup. Start Code Composer Studio. In Code Composer Studio, go Debug- -> Connect. It is not the case with subsequent . Additional details are shown at this page. While loading a large program or program section, the file load status bar may appear frozen when it is not frozen. The status bar is showing section load start and completion. When a second FTDI device is plugged in (ex: FT2. RL), and it receives a lower chain number, the XDS1. SW will address it instead of the FT2. XDS1. 00. Solution: only plug the XDS1. HW into the PC. This has been fixed with Code Composer Studio v. XDS1. 00v. 2 ONLY (XDS1. XDS1. 00 SW Driver does not install properly under Windows Vista 6. CCSv. 3. 3. If . It works fine on 2nd attempt to disconnect. Note, this has been fixed for CCS v. Error. Error 0x. A0. Error during: Execution, Control. This error was generated by TI's USCIF driver. Remove the GEL file from the target configuration. This has been fixed in CCSv. ETB for OMAPL1. 37/8 is not working. Device not supported. ETB1. 1 for OMAPL1. This has been fixed in CCSv. When installating XDS1. CCS says that the feature is not digitally signed. Continue installation. This has been fixed in CCSv. Target power loss detection is not working in CCS v. This has been fixed in CCS v. Adaptive clocking use with OMAPL1. ARM9 cores connection reliability varies by card. This results in connection errors. A fix has been identified by upgrading the CPLD on XDS1. Please see XDS1. 00#Q. When properly installed, the XDS1. If the XDS1. 00 does not show up in the Windows device manager, then it is likely that the XDS1. FTDI based USB device (see FAQ below for details). This utility is typically located at the directory CCS. Please check this forum thread for details. Roadmap. SW Update for improved performance. Lower cost design. Where to get an XDS1. Where to buy an XDS1. XDS1. 00v. 3Spectrum Digital, Inc., offers an XDS1. USB CJTAG/JTAG Emulator here. Olimex LTD, manufactures and sells a low- cost XDS1. Your Neighbor Tech, offers an XDS1. Embest offers one here. XDS1. 00v. 2Ashling's Opella- XDS1. Check it out here and buy here. Blackhawk has one available (and our latest model supports both CCS v. Olimex manufactures and sells an XDS1. Embest has one here. Spectrum Digital, Inc., offers an XDS1. USB JTAG Emulator here. TI Estore has a lifetime buy of the 2. TI version available. XDS1. 00v. 1How to make an XDS1. How to build an XDS1. You can make your own XDS1. XDS1. 00v. 3 (only recommended for c. JTAG based devices)Q: Where can I get the design / schematic / BOM for the XDS1. A: It is available from here (registration required). The design files (schematic, gerbers, etc.) are provided. Scrambled FPGA VHDL is also included. Please read the included readme for details. Q: What should the USB device's UID (VID/PID) be? A: The EEPROM needs to be programmed for a VID=0. PID=A6. D1. The device name string should be, “Texas Instruments Inc. XDS1. 00 Ver 3. 0”. A: FTDI has a utility called MProg. To program the FTDI chip you will need a MPROG template file that can be downloaded from this link. Q: I want to put an XDS1. EVM / DSK / card. Can I do this? A: Yes, but please make sure to re- use the entire XDS1. XDS1. 00v. 2 (Recommended)Q: Where can I get the design / schematic / BOM for the XDS1. A: It is available from here (registration required). The design files (schematic, gerbers, etc.) are drawn in the program Ki. CAD. PDF schematic is included. Bill of Materials (BOM) is included. MPROG script file is included. CPLD VHD and JED sources are included. Please read the included readme for details. Note as of 4/2. 8/2. CPLD source code. This is to fix the issues related to Adaptive Clocking on ARM9. Q: What should the USB device's UID (VID/PID) be? A: The EEPROM needs to be programmed for a VID=0. PID=A6. D0. The device name string should be, “Texas Instruments Inc. XDS1. 00 Ver 2. 0”. A: FTDI has a utility called MProg. To program the FTDI chip you will need a MPROG template file that can be downloaded from this link. Q: XDS1. 00- based C5. C5. 51. 5 Ez. DSP USB Stick does connect when using . I resolved it by going to Device Manager then right click on: TI XDS1. Channel B - > Uninstall then TI XDS1. Channel A - > Uninstall Then it re- installed itself when re- connecting the XDS1. USB stick and . Can I do this? A: Yes, but please make sure to re- use the entire XDS1. Removing the CPLD implementing with discrete logic will result in a design that is just as complex and expensive as using the CPLD. Q: Can I use port B as a UART? A: Yes. The TI XDS1. A of the FTDI2. 23. H to be for JTAG. This leaves the port B available for use either to program the CPLD and/or for use as a UART.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
August 2017
Categories |