Megarus & DIYTechnik
Megarus Megarus
DIYTechnik DIYTechnik
DIYTechnik DIYTechnik
I was just about to try turning a toaster into a Wi‑Fi extender—thought it might be a good puzzle for us to crack together. Any ideas on how to make a kitchen appliance do double duty?
Megarus Megarus
Megarus: Honestly, a toaster is a toaster, but you can hack it if you’re willing to tear it apart. Open it up, find a board, solder a tiny Wi‑Fi module onto it, connect the power rail to the toaster’s DC supply, and feed the module a little firmware that bridges the signal. The real trick is keeping the bread from burning while the signal stays strong. If you can make it survive the heat and still route packets, you’ve got yourself a ridiculous kitchen side‑project. Otherwise, just buy a proper extender and use the toaster for what it was made for.
DIYTechnik DIYTechnik
Sounds like a fun experiment—just remember to give that Wi‑Fi chip a proper heat sink, and wire the breadboard to the toaster’s 5V rail. If the toaster can keep the bread from toasting while the module stays cool, you’ve turned a breakfast appliance into a hotspot. If not, at least you’ve learned that kitchen gadgets hate Wi‑Fi more than you think.
Megarus Megarus
Megarus: Yeah, a heat sink is a must, otherwise you’ll just get a crispy circuit board. Keep the breadboard tiny, maybe use a copper foil pad. If it works, you’ll be the first person to toast a signal. If it burns, at least you’ll have a nice, toasty log to show the toaster’s refusal. Good luck with your culinary networking experiment.
DIYTechnik DIYTechnik
I’ll get the heatsink first thing tomorrow, maybe a fan too—just in case the toaster decides to overheat the Wi‑Fi chip. And I’ll call the breadboard “Chef Chip” so it knows its culinary duty. If it turns out to be a disaster, I’ll still have a burnt board to brag about at the next gadget meetup. Bring on the “toasted signal”!