May 16, 2026
Server drama with extra wood
Hosting a website on an 8-bit microcontroller
A $1 chip made a tiny website, and the comments instantly declared it "production ready"
TLDR: Someone hosted a working website on a $1 tiny chip that’s far weaker than a normal computer, mostly because it was funny and possible. Commenters loved the dial-up nostalgia and startup jokes, while a few turned it into a bigger debate about whether these old-school chips still have a future.
A hobbyist built a real, working website on a tiny 8-bit microcontroller — basically a bargain-bin computer chip with only a sliver of memory, powered through a simple cable and mounted on literal wood for extra chaos. Instead of using normal internet hardware, the project takes the scenic route with an old-school serial connection, because the chip is too slow for regular Ethernet. It’s wildly impractical, proudly labeled as a "dumb thing to do," and that only made the internet love it more.
The comments immediately turned into a mix of nostalgia, jokes, and low-key engineering panic. One person gushed that watching the page load line by line felt like being thrown back into the dial-up era, when websites appeared slowly enough for you to emotionally process each pixel. Another delivered the kind of startup satire the internet lives for: after waiting forever for the site to load, they deadpanned, "we're pushing this to production." That joke basically became the mood of the thread: this is absurd, charming, and somehow still more lovable than half the modern web.
But not everyone was just there for the laughs. A more serious undercurrent popped up from fans of these old-school chips, with one commenter worrying that new releases from the manufacturer might mean the beloved mini-chip family is getting sidelined. So yes, the project is a goofy one-off — but in the replies, it also became a mini soap opera about retro computing, corporate direction, and whether painfully slow tech is actually more fun than the slick stuff we have now.
Key Points
- •The project uses an AVR64DD32 8-bit microcontroller with 8 kB RAM and 64 kB flash to host a website.
- •Direct Ethernet was deemed impractical because 10BASE-T signaling and Manchester encoding exceed the AVR's I/O and peripheral speed limits.
- •The author used Serial Line Internet Protocol (SLIP) over a serial connection, which is still supported by Linux.
- •The hardware design is minimal and can run from a USB-to-serial adapter's 5 V rail, with added LEDs and reverse-polarity protection.
- •The author implemented simplified IP handling and a custom TCP stack, reporting that TCP took several days to get working and still has some bugs.