1. Prepare the following items:
- TI CCStudio (CCS) v3.3.82.13
- JTAG XDS510pp + the Low Voltage Adapter with Adaptive Clocking for TI ARM based processors (14-14 pin) since XDS510pp does not support +1.8V interfaces
- BeagleBoard XM, which includes a DM3730, 5v power supply, serial cable
2. Download & Install Emulation Drivers from Spectrum Digital
>> Download Latest ReleaseNotes <<
>> Download Patch ReleaseNotes <<
3. Set switch settings of the Low Voltage Adapter as shown in the following figure (red part)
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4. Connect your Emulator to your PC
- Connect the XDS510 PP+ JTAG emulator to your PC through the included parallel cable
- Connect the included +5V power supply to the emulator
- Test JTAG scan using the parallel port I/O address on your PC be at 0x378 via SDConfig (JTAG device should be found)
5. Automatic CCS v3.3 Configuration
- Launch the desktop icon "Setup CCStudio v3.3"
- Press the Remove All button to clean up the System Configuration pane
- Select OMAP3430_PP_Emulator for Family & Platform configurations
- Press the << Add button to add the configuration
- Save your settings ( File -> Save )
- Exit out of CCS Setup and start CCS v3.3
6. Launch CCS 3.3
- In Parallel Debug Manager, select CortexA_0 and C6400PLUS_0 to start ARM and DSP windows
- Use a serial cable connect BeagleBoard XM to your PC (see Getting started with BeagleBoard-xM)
- Power on BeagleBoard XM and hit any key in Terminal Window (Tera Term or Hyper Terminal, etc.) to stop autobooting Angstrom Linux
- Select CCS->Debug->Connect to connect CCS to the board
- Select GEL->IVA2200_Startup to start DSP
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