The Raspberry Pi was a fairly revolutionary computing device when it came on the scene around a decade ago. Enough processing power to run a full Linux desktop and plenty of GPIO meant almost certain success.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
[mat kelcey] was so impressed and inspired by the concept of a very slow movie player (which is the playing of a movie at a slow rate on a kind of DIY photo frame) that he created his own with a high-resolution e-ink display.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
A few weeks ago, we looked at a video showing water “solving” a maze. [AlphaPhoenix] saw the same video, and it made him think about electrons “finding the path of least resistance.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
E-Ink displays are becoming more ubiquitous and with their low power draw, high contrast and hackability, we see many projects use them in framed wall art, informational readouts and newspaper displays. [Sho] uses this idea to create a wall mounted newspaper packed full of features.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
If you’ve tried FreeCAD, you know that it has a daunting number of workbenches and options. [MangoJelly] has a large number of video tutorials on FreeCAD, and the latest one, below, covers working with STEP and STL with the tool.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
As data consumption grows and chip designs evolve to meet this demand, Interlaken is the ideal high-speed chip-to-chip interface with efficiency, reliability and scalability. System and chip designers are challenged like never before.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
Segment Anything, recently released by Facebook Research, does something that most people who have dabbled in computer vision have found daunting: reliably figure out which pixels in an image belong to an object.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
Dans cet article, nous aborderons une introduction au co-design CPU/FPGA en créant une plateforme matérielle sur un FPGA et en développant un système d’exploitation avec PetaLinux, un kit de développement logiciel basé sur Yocto. D’abord, pour saisir l’essence du projet, parlons un peu FPGA.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
When we first started 3D printing, we used ABS and early slicers. Using supports was undesirable because the support structures were not good, and ABS sticks to itself like crazy. Thankfully today’s slicers are much better, and often we can use supports that easily detach.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.
In our previous article on Ball Grid Arrays (BGAs), we explored how to design circuit boards and how to route the signals coming out of a BGA package. But designing a board is one thing – soldering those chips onto the board is quite another.
from Pocket
via Did you enjoy this article? Then read the full version from the author’s website.