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start_2527_2522 [2024/12/09 02:42] – [Logic synthesis and placement and routing from source code using Xilinx Vivado project file] 94.103.125.62start_2527_2522 [2026/02/15 11:25] (current) – [How to build the RISC-V cross compiler and RISC-V Linux binary files that works with RVSoC] 157.230.240.151
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 - [[https://reference.digilentinc.com/reference/programmable-logic/arty-a7/reference-manual|Arty A7-35T board]] with Xilinx Artix-7 FPGA - [[https://reference.digilentinc.com/reference/programmable-logic/arty-a7/reference-manual|Arty A7-35T board]] with Xilinx Artix-7 FPGA
  
-{{:sit3-shine.7.gif?nolink&50|}}+{{:sit3-shine.7.gif?nolink&50|}}
  
  
-{{:welcom2.png?nolink&1200|}}+{{:welcom2.png?nolink&1200|}}
  
  
  
-## What's new+## What's new
  
 - 2020/08/24 : Released Ver.0.5.3 that can execute Verilog simulation using Verilator - 2020/08/24 : Released Ver.0.5.3 that can execute Verilog simulation using Verilator
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 ``` ```
-$ vivado &+$ vivado &
 ``` ```
  
-- Click "Open Hardware Manager" in "Task" at the top page+- Click "Open Hardware Manager" in "Task" at the top page
  
 (4) Write the bitstream file to a FPGA board (4) Write the bitstream file to a FPGA board
  
-- Click "Open target" and "Auto Connect" to recognize a FPGA board+- Click "Open target" and "Auto Connect" to recognize a FPGA board
  
-- Click "Program device" and a specify Bitstream file+- Click "Program device" and a specify Bitstream file
   - When using Nexys A7 board : `nexys4.bit`   - When using Nexys A7 board : `nexys4.bit`
   - When using Arty A7-35T board : `arty35t.bit`   - When using Arty A7-35T board : `arty35t.bit`
  
-- Click "Program" to write bitstream to a FPGA board+- Click "Program" to write bitstream to a FPGA board
  
 When the bitstream data is correctly written to the Nexys A7 board, When the bitstream data is correctly written to the Nexys A7 board,
-the DONE LED lights up and "ArchProc" is displayed on the 8-digit 7-segment LEDs.+the DONE LED lights up and "ArchProc" is displayed on the 8-digit 7-segment LEDs.
 Also, the lower right LED will blink at regular intervals,  Also, the lower right LED will blink at regular intervals, 
  
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 ``` ```
-$ gtkterm &+$ gtkterm &
 ``` ```
  
-- Click "Configuration"->"Port"+- Click "Configuration"->"Port"
 - Change the Port of Serial port to the appropriate USB Serial Port like `/dev/ttyUSB1` - Change the Port of Serial port to the appropriate USB Serial Port like `/dev/ttyUSB1`
 - Change the Baud Rate of Serial port to “8000000” and click “OK” - Change the Baud Rate of Serial port to “8000000” and click “OK”
-- Click "Configuration"->"CR LF auto" for New-line code+- Click "Configuration"->"CR LF auto" for New-line code
  
 Second, check the setting of the port used for serial communication in the pySerial program `serial_sendfile.py`. Second, check the setting of the port used for serial communication in the pySerial program `serial_sendfile.py`.
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 ``` ```
-$ python3 serial_sendfile.py 8 "initmem.bin"+$ python3 serial_sendfile.py 8 "initmem.bin"
 ``` ```
  
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 The program is automatically terminated when the transmission is completed. The program is automatically terminated when the transmission is completed.
  
-Confirm that "finished!" is displayed on the console of the terminal.+Confirm that "finished!" is displayed on the console of the terminal.
  
 Linux starts up and a Linux startup message is displayed on the GTKTerm console. Linux starts up and a Linux startup message is displayed on the GTKTerm console.
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 Copyright (c) 2020 Kise Laboratory, Tokyo Institute of Technology Copyright (c) 2020 Kise Laboratory, Tokyo Institute of Technology
 +1
start_2527_2522.1733679764.txt.gz · Last modified: 2024/12/09 02:42 by 94.103.125.62 · Currently locked by: 216.73.216.148