Intel R1000 Quick Start
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/ Quick Start Guide
sequences. This name will change from machine to machine and from user to user
when ever Tracer is installed. If you enter that directory, you will notice it contains
one or more directories, again consisting of random character sequences.
At this point, you must look thru each of the ‘child’ directories and look for the RFID
Tracer.exe program and RFID Library dll files. The library file names of interest are
rfid.dll, rfidtx.dll and cpl.dll. The directory that contains all four of these files is the
directory where you should place the RFIDcomm.cfg file.
Connect the serial cable to the debug port and to your PC. Open a terminal program
such as HyperTerminal. Open a session with the settings 8N1 115kbps. Make sure the
USB cable is plugged into the PC and the development platform and the serial cable is
connected to the debug port of the development platform. Power up the development
platform.
In the HyperTerminal window, press the space bar before board boots to start the
debug shell.
Enter the following commands to switch between USB/UART
FOR SERIAL
->write_oemcfg
Valid OEM address are from 0x00 to 0xA2
Enter OEM config word ADDRESS
32 hex format NNNNNNNN, q to abort->000000A0
Enter OEM config word DATA
32 hex format NNNNNNNN, q to abort->00000001
write succeeded
FOR USB
->write_oemcfg
Valid OEM address are from 0x00 to 0xA2
Enter OEM config word ADDRESS
32 hex format NNNNNNNN, q to abort->000000A0
Enter OEM config word DATA
32 hex format NNNNNNNN, q to abort->00000000
write succeeded
Reboot the system then start Tracer. If you Tracer was already open, then you must
close and restart the application.
Option 2
Use the code example in the “R1000 Firmware Datasheet” Appendix D.
2.5
Next Steps
Once the basic operation of the Intel R1000 Development Platform has been verified,
we advise that you become familiar with the capabilities of the Intel R1000 and related
