Netcrook
#hardware design
Inside the Race to Route the Unroutable
A GPU-accelerated autorouter aimed at a PCB with thousands of nets shows how design software is being pushed to handle problems that conventional tools can struggle to finish.
The Quiet Engineering Trick Behind a Canoe That Can Catch Wind
A no-drill sailing kit for a canoe is a small maker-project, but it highlights a larger rule that applies to hardware and security alike: compatibility matters more when the system is meant to change without leaving scars.
How a Slice of Optics Turned a Clock Into Something Easier to Read
A diffraction grating is an unusual choice for a clock face, but it puts the focus back where it belongs: on whether a display can be read quickly and cleanly.
When Cheap Solar Starts Doing More, the Engineering Questions Multiply
A Hackaday feature on low-cost solar modules points to a familiar hardware tradeoff: once a simple component gains new functions, the design space becomes more useful, but also more demanding.
When a Homebrew CPU Meets a Calculator, the Real Test Begins
A Hackaday feature on a scientific calculator built around a self-designed FPGA CPU shows why small, purpose-built machines can be the hardest to get right.
CERN Opens Its KiCad Library Vault, Handing PCB Designers a Rare Public Reference Set
The release turns years of component curation into a reusable hardware-design resource, and it also reminds engineers that shared libraries deserve the same provenance checks as any other critical file.
The Card That Refuses to Be Just a Card
A maker-built computer pushes the ID-1 form factor to its physical edge, turning thickness, flex, and power budget into the real engineering battleground.
When a Hack Stops Being a Demo and Starts Becoming a Tool
A Hackaday Podcast mailbag question about whether the hosts actually use the hacks they cover opens a larger story about how open projects move from inspiration to reuse, rebuilds, and redesigns.