Linux editing protip: instead of `sudo nano /path/to/file` use `sudo -e /path/to/file` after ensuring $EDITOR is something sane. Sudo will run your editor as your user on a temporary file which it will later copy over the actual file. This allows you to keep your editor configs on your user only and is arguably more secure.
This is really great work, thank you very much! It's complete and explains the problem and the solution end-to-end even with the relation to the device tree, a suitable driver and test module and the tools used. This lecture is worth every second!
this is a great video. whoever picked that blue color, the dark blue, not the light blue, for text in a console, has better eyes than any human I have ever encountered, or has their monitor brightness up far too high.
Great, thanks so much for this, it will help a lot! Just received my iCE40HX8K dev board (cheaper at Symmetry Electronics), and waiting for an Olimex iCE40-IO to go with it. The icoBoard is too expensive ($101!). Planning some simple logic and old CPU designs.
Great video! I noticed that you had your oscilloscope probe set to x1 instead of x10 (your voltage was set to 20V/div instead of 2v/div). You should change that on your probe, as you otherwise limit the bandwidth of the probe significantly and you may not see the real ringing.
Like a super cypress usb loader :) I'd love the next generation of mainstream 'arduino/raspberry' type boards to be arm+fpga duos with oss toolchains. Emulate an NES? How about BE a 6502 :D
![[013-1] Open Source FPGA Synthesis with the icoBoard - part 1](http://i.ytimg.com/vi/-bIeiMmqaZE/mqdefault.jpg)
![[013-1] Open Source FPGA Synthesis with the icoBoard - part 1](/img/tr.png)
Linux editing protip: instead of `sudo nano /path/to/file` use `sudo -e /path/to/file` after ensuring $EDITOR is something sane. Sudo will run your editor as your user on a temporary file which it will later copy over the actual file. This allows you to keep your editor configs on your user only and is arguably more secure.
nice one!
This whole series is great. Please consider doing an update video on how things have evolved in the last 7 years - tooling, software, hardware etc.
This is really great work, thank you very much! It's complete and explains the problem and the solution end-to-end even with the relation to the device tree, a suitable driver and test module and the tools used. This lecture is worth every second!
this is a great video. whoever picked that blue color, the dark blue, not the light blue, for text in a console, has better eyes than any human I have ever encountered, or has their monitor brightness up far too high.
You just got a new subscriber. That was FANTASTIC!
very impressed with your content!!! I picked up the ice-pick dev-board, and it finally arrived, so I will be attempting to use that to follow along!
Really useful and interesting project! Nice work!
Fantastic video.
Thank you, awesome video!
thanks for sharing this great work.
great vid, thanks, and good work too. Hope to be using it or something similar in the near future!
Great, thanks so much for this, it will help a lot! Just received my iCE40HX8K dev board (cheaper at Symmetry Electronics), and waiting for an Olimex iCE40-IO to go with it. The icoBoard is too expensive ($101!). Planning some simple logic and old CPU designs.
Really great video!
Excellent!
Great video!
always interesting well explained content ....
Great job!
Well done ..Still waiting for more FPGA videos
+Aymen Din They will be coming soon!
Really miss your videos
Good work. Well done.
BTW have you evaluated the Lattice Semiconductor: ICE40HX1K-STICK-EVN iCEstick Evaluation Kit?
Great video! I noticed that you had your oscilloscope probe set to x1 instead of x10 (your voltage was set to 20V/div instead of 2v/div). You should change that on your probe, as you otherwise limit the bandwidth of the probe significantly and you may not see the real ringing.
You make my brain hurt .... and I like it!
phimJoe Hubler p
Joe Hubler công.hơnvcơng
Like a super cypress usb loader :) I'd love the next generation of mainstream 'arduino/raspberry' type boards to be arm+fpga duos with oss toolchains. Emulate an NES? How about BE a 6502 :D
2 Microsoft and 1 Saleae employee has disliked this video :D
It's a pity that you have to write a kernel module.... something like *cat firmware.bin >/dev/ice40-1* would make it all worth it.