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1USB to TTL
USB to TTL <-> SBC connection
GND <-> GND
+5V<-> VBUS
TDX <-> RXD
RXD <-> TXD
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2JTAG configuration - SOF file
During JTAG configuration Micro-USB cable should be connected to FPGA board connector as shown above. You can see all the eight LEDs are turned ON after successful configuration using SOF
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3In-System Memory Content Editor - PROG (8k ROM)
We can easily verify the ROM content after successful configuration of FPGA using In-System Memory Content Editor
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4In-System Memory Content Editor - XRAM (4k RAM)
We can easily verify the XRAM content after successful configuration of FPGA using In-System Memory Content Editor
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5Confirm the ROM version and program the POF file into FPGA
We can see the "MCS-BASIC-52 V1.31" at the end of 8k ROM memory as shown above
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6TeraTerm
Install TeraTerm or Putty. Run the application. Select the COM port and default baud will be 9600.
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7Hit the SPACEBAR!
After hitting the spacebar the following message should appear on the screen.
*MCS-BASIC-52 V1.31*
READY message
Now we can write any application using BASIC-52
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8PRINTING ON THE SCREEN
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9BIGGER AND LONGER
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108 LEDs control using PORT 1
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