Difference between revisions of "User:JulienC"
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I used the [[Une_led_qui_clignote_avec_le_spartan_3|LED blinking page]] VHDL code to generate the FPGA binary file with Xilinx ISE. (more details are needed on this wiki to generate .bit files) | I used the [[Une_led_qui_clignote_avec_le_spartan_3|LED blinking page]] VHDL code to generate the FPGA binary file with Xilinx ISE. (more details are needed on this wiki to generate .bit files) | ||
| − | On the hardware side, I connected the 2 FPGA pins L28P and L28N to a [[ | + | On the hardware side, I connected the 2 FPGA pins L28P and L28N to a [[wikipedia:breadboard|breadboard]] with wires. Those 2 pins are accessible on the DevLight bottom, as mentioned on the [http://www.armadeus.com/_downloads/apf9328DevLight/documentation/dataSheet_APF9328_DevLight_V2.pdf datasheet], page 9. Those 2 pin-holes are too small to solder [http://www.selectronic.fr/article.asp?article_ref_entier=90.0425-9999 "conventional" pins], so my set-up is quite unstable. I need to make it more robust. |
On the software side, I don't want (yet) to flash my board with a new software, so I am using the default one provided (Linux kernel 2.6.27.2). Moreover I want to load the FPGA from Linux (and not [[InstallTargetSoftware#FPGA_firmware_installation|from U-boot]]). | On the software side, I don't want (yet) to flash my board with a new software, so I am using the default one provided (Linux kernel 2.6.27.2). Moreover I want to load the FPGA from Linux (and not [[InstallTargetSoftware#FPGA_firmware_installation|from U-boot]]). | ||
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After booting the board, I use the following commands: | After booting the board, I use the following commands: | ||
| − | # mount -t ext2 /dev/ | + | <pre class="apf"> |
| + | # mount -t ext2 /dev/mmcblk0p2 /mnt/mmc | ||
# cd /mnt/mmc/root/ | # cd /mnt/mmc/root/ | ||
# ls | # ls | ||
| Line 23: | Line 24: | ||
255+1 records in | 255+1 records in | ||
255+1 records out | 255+1 records out | ||
| + | </pre> | ||
And it blinks! | And it blinks! | ||
| + | |||
| + | == Change Ethernet MAC address == | ||
| + | see [[Ethernet MAC address]] | ||
== Notes == | == Notes == | ||
Latest revision as of 17:16, 8 March 2009
My name is Julien and I am a French engineer in embedded systems. My interests are in FPGA programming and embedded Linux. I will try to share my experiments on this wiki.
I am new in the FPGA world. I will try to learn and share as much as I can.
Blinking LED
Goal: Make a LED blink.
I used the LED blinking page VHDL code to generate the FPGA binary file with Xilinx ISE. (more details are needed on this wiki to generate .bit files)
On the hardware side, I connected the 2 FPGA pins L28P and L28N to a breadboard with wires. Those 2 pins are accessible on the DevLight bottom, as mentioned on the datasheet, page 9. Those 2 pin-holes are too small to solder "conventional" pins, so my set-up is quite unstable. I need to make it more robust.
On the software side, I don't want (yet) to flash my board with a new software, so I am using the default one provided (Linux kernel 2.6.27.2). Moreover I want to load the FPGA from Linux (and not from U-boot). I set-up a microSD card to transfer my files. to load the FPGA binary file, in addition to the .bit file, I needed the fpgaloader driver script which seems not to be by default on the board.
After booting the board, I use the following commands:
# mount -t ext2 /dev/mmcblk0p2 /mnt/mmc # cd /mnt/mmc/root/ # ls Clk_div_led.bit fpgaloader.sh # sh fpgaloader.sh fpgaloader module v0.0.6 successfully loaded ! # dd if=Clk_div_led.bit of=/dev/fpga/fpgaloader 255+1 records in 255+1 records out
And it blinks!
Change Ethernet MAC address
Notes
Booting from SD card: (links, not tried yet)
