published: September 20, 2016 — last modified: October 23, 2025
Here a short video soldering the Boldport Project “Tap”. Here you can see the PCBite PCB holder in action.
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Posted on 2017-10-02— Projects
I received prototype boards from Eurocircuits and was impressed by their outstanding build quality—sharp solder-mask edges, precise alignment, and a subtle shine on the traces. I share close-up photos and brief thoughts about vias and finishes; read on if you appreciate careful PCB craftsmanship.
Posted on 2023-02-12— 3D Printing, Learn
I'm not a 3D‑printing expert, but I show how simple wall profiles — correct XY/Z thickness, chamfers, and internal recesses — make printed boxes stronger and lighter. I share CAD steps, simulations, and common mistakes in plain terms. Read the full post for practical tips to improve your prints.
Posted on 2020-07-01— Common
I often reach for TE's Micro‑MaTch connectors when I need compact, hand‑solderable board-to-board connections. They saved me routing space and allowed SMD pads on tiny sensor boards. I share my requirements, examples, and practical tips — please read on if you're choosing connectors for small projects.
Posted on 2020-12-20— 3D Printing, Projects
I've designed a simple magnetic filament filter that snaps onto a 16mm feed-through to catch dust and particles with a microfiber-wrapped sponge. It's easy to attach, low-friction, and printable in PETG — STL and Fusion360 files are included. Read the full post for printing, assembly and download links.
Posted on 2014-11-13— Projects, Software
I rebuilt the Meggy Jr RGB library from scratch to make game development simpler on the ATmega328P. I focused on low memory use, frame‑synchronized loops with a back buffer, clear color handling, fast pixel operations, reliable button input and a background sound player. Read the post for examples and the GitHub release.
Posted on 2019-07-12— C++, Improve your Code, Learn
I walk through practical ways I use C++11's auto keyword to reduce repetitive declarations, simplify range-based for loops, lambdas and register access, and make Arduino and embedded code easier to refactor. Read the full post for examples and tips you can apply to your projects.