Quoi de neuf 2022
From Eric
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Experiments carried out in the past (from 2011) are described hereafter: [[Quoi de neuf 2021 | 2021]], [[Quoi de neuf 2020 | 2020]],[[Quoi de neuf 2019 | 2019]], [[Quoi de neuf 2018 | 2018]], [[Quoi de neuf 2017 | 2017]], [[Quoi de neuf 2016 | 2016]], [[Quoi de neuf 2015 | 2015]],[[Quoi de neuf 2014 | 2014]], [[Quoi de neuf 2013 | 2013]], [[Quoi de neuf 2012 | 2012]], [[Quoi de neuf 2011 | 2011]] | Experiments carried out in the past (from 2011) are described hereafter: [[Quoi de neuf 2021 | 2021]], [[Quoi de neuf 2020 | 2020]],[[Quoi de neuf 2019 | 2019]], [[Quoi de neuf 2018 | 2018]], [[Quoi de neuf 2017 | 2017]], [[Quoi de neuf 2016 | 2016]], [[Quoi de neuf 2015 | 2015]],[[Quoi de neuf 2014 | 2014]], [[Quoi de neuf 2013 | 2013]], [[Quoi de neuf 2012 | 2012]], [[Quoi de neuf 2011 | 2011]] | ||
| + | == February == | ||
| + | * Playing with one of my Colorlight 5a-75B v8.0 board. [[File:colorlight.jpg|400px|thumb|none]] | ||
| + | ** Those boards are fitted with a Lattice ECP5 FPGA that can be programmed using the opensource yosis + Treillis + Icestorm + abc + nxpnr + ... toolchain. | ||
| + | ** I use it to drive a HUB75 64x128 led panel that uses a ABC addressing scheme. I have managed to display an image, but there are still some timing bugs (the blue line in the middle of the image is not expected...). | ||
| + | [[File:ecp5_64_128_led_panel.jpg|400px|thumb|none]] | ||
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== January == | == January == | ||
Revision as of 15:55, 20 February 2022
Experiments carried out in the past (from 2011) are described hereafter: 2021, 2020, 2019, 2018, 2017, 2016, 2015, 2014, 2013, 2012, 2011
February
- Playing with one of my Colorlight 5a-75B v8.0 board.
- Those boards are fitted with a Lattice ECP5 FPGA that can be programmed using the opensource yosis + Treillis + Icestorm + abc + nxpnr + ... toolchain.
- I use it to drive a HUB75 64x128 led panel that uses a ABC addressing scheme. I have managed to display an image, but there are still some timing bugs (the blue line in the middle of the image is not expected...).
January
- Making a box for my "laser game" using FreeCad and the "Laser Cut Interlocking Extension":The aim of the game is to shoot "asteroids" using a "ship" that you can accelerate and drive left / right. It uses a laser galvo and an Arduino. Some details can be found here.
- I am investigating building another "game" using, this time, a LED display (those described in Quoi de neuf 2020, December). See e.g. here.
- I have designed a basic PCB to implement the NRF51822-baased door-/window- opening detector.
- I have spent some time investigating at the extremely cheap PADAUK chips. Unfortunately, the cheapest ones are not available at the current time (absolutely simple)...
