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To configure the flash memory of some modules with Intel FPGA(/SoCs from Trenz Electronic, a .jic file is needed. This file is built from the .sof file from the Quartus project and optionally the .hex file from the software application.
This is a short tutorial on how to create the .jic file.

More detailed instructions can be found directly on the Intel website:

• Nios II: AN 736: Nios II Processor Booting From Altera Serial Flash (EPCQ)
• Nios V: Nios® V Processor Configuration and Booting Solutions

Prepare file conversion

The following table lists some boards for which you need to generate a .jic file to program the flash configuration device.

*Configuration sheme depends on current Firmware, see Firmware description

**for correct flash memory device see the schematics of the board

Generate a .jic file only from the .sof file (without .hex file)

1. Compile the quartus project to generate a .sof file
2. Go to Convert .sof with .hex file (optional) to .jic file and ignore the steps to add the .hex file

Generate a .jic file from the .sof file with .hex file

Prepare Quartus Project:

1. Compile the quartus project to generate a .sof file
2. Make following changes in platform desginer:
   1.  Serial Flash Controller II Intel FPGA IP or Generic QUAD SPI Controller II Intel FPGA IP (depending on the configuration flash memory) is needed to load the software application from the configuration flash memory
   2. Nios II:
      1. set Nios II Processor → Vectors → Reset vector memory to the selected flash memory controller
      2. set Nios II Processor → Vectors → Reset vector offset to an address after the .sof file (minimum address: start address + file size of the .sof file)
   3. Nios V:
      1. set Nios V Processor → Vectors → Reset Agent to the selected flash memory controller
      2. set Nios V Processor → Vectors → Reset Offset to an address after the .sof file (minimum address: start address + file size of the .sof file)
3. Recompile the whole quartus project

Prepare Nios II software project:

1. Open the software application in Nios II SBT for Eclipse
2. Recompile the software project
3. Right-click on project folder and select Make Targets -> Build
4. In the opened Make Targets window select mem_init_generate and click Build
   1. the .hex file is created in the mem_init folder in the software project directory

Prepare Nios V software project:

1. Recompile the software project
2. Open the Nios V Command Shell
3. Run following commands to generate the .hex file
   

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   elf2flash --input path/to/sw_example.elf --output path/to/sw_example.srec \ --reset <flash memory controller base address + CPU reset offset> \ --base <flash memory controller base address> --end <flash memory controller end address> \ --boot <quartus_installation_path>/niosv/components/bootloader/niosv_bootloader.srec //check directory for correct bootloader file name riscv32-unknown-elf-objcopy --input-target srec --output-target ihex path/to/sw_example.srec path/to/sw_example.hex

Convert .sof with .hex file (optional) to .jic file

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Do following steps to convert the .sof + .hex file to a .jic file:

1. Compile your quartus project to generate a .sof file
2. Select "File → Convert Programming files" from the quartus top menu

3. Make the following settings in the "Convert Programming File" window

                 

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   1. Programming file type: JTAG Indirect Configuration File (.jic)
   2. Configuration device: (see Intel Cyclone 10 - Generate jic configuration file → Flash memory)depending on the configuration flash memory used on the module
      (if the memory device is not listed click "..." button next to the dropdown menu, select correct Device family and in the Configuration Device section the correct memory device)
   3. Mode: Active Serial

   4. File name: specify the target directory and the output file name
      
      

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   5. Highlight "Flash Loader" in "Input files to convert " window

   6. Click "Add Device...", select correct Device family and Device name and click "OK"
      
      

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   7. Highlight "SOF Data" in "Input files to convert" window

   8. Click "Add File...", browse to the .sof file you want to convert and click "open"
      

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   9. Highlight selected .sof file

   10. Click "Properties", enable "Compression" and click "OK"
4. Click "Generate" to start converting the file
5. 1. , enable Compression and click OK
      
   2. Click Add Hex Data to open then Add Hex Data window:
      

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      1. set Addressing mode to Absolute addressing
      2. set Bit-level endianness to Big endian
      3. click "...", browse to the .hex file location and click open
      4. click OK to add the .hex file
6. Click Generate to start converting the .sof file and .hex file to a .jic file
   

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You can use the Quartus Programmer to program the flash configuration device with the .jic file.

References

• AN 736: Nios II Processor Booting From Altera Serial Flash (EPCQ)
• Intel Quartus Prime Pro Edition User Guide: Programmer
• Intel Quartus Prime Standard Edition User Guide: Programmer