It’s great to see people using our service to test bigger mixed signal designs like OpenRAM. In this test, Jesse put a tiny 16x32 RAM inside a 4 tile digital design. tinytapeout.com/chips/ttsky2...

We have our first commissioned art from @bleeptrack.de , “Cross Stitch Creatures” - the first of 4 in a series exploring silicon art. tinytapeout.com/chips/ttsky2...

Mitch Altman has long inspired us, and as a tribute we included an ASIC version of his classic TV-B-Gone universal off button for TVs. We also took the opportunity to test Sylvain Munalt’s ROM. tinytapeout.com/chips/ttsky2...

Inspired by Peter Kinget, we commissioned Andrew Kang to create a Mini MOSBius especially for us. The idea is to enable analog designers to get faster feedback on their circuit designs with an analog FPGA. tinytapeout.com/chips/ttsky2...

It was the first time we enabled 4 tile high designs, enabling a monster crowd sourced RISC-V microcontroller competition called Asteroid. At 60k standard cells, this is the biggest design so far on Tiny Tapeout. tinytapeout.com/chips/ttsky2...

We just packed 237 of your projects into our most packed ASIC to date and submitted it for manufacture. Let’s take a look inside…

There is one Open Z80 implementation by @renaldas.bsky.social on TT07. www.tinytapeout.com/chips/tt07/t...

Depends on the demand. I would like to get to once a month but once a quarter will probably be the initial frequency.

Leo Moser and myself will be on @crowdsupply.bsky.social 's Teardown Session talking with @helenleigh.bsky.social about @wafer.space this Thursday (3rd October) - youtu.be/tEOmnN8IAjs

@mith.ro was interviewed by @chrisgammell.bsky.social about the @wafer.space service! Find out more at wafer.space!

What happens when one of the main providers that enables #opensource #silicon to thrive...shuts down? Companies like @mith.ro's new wafer.space jump in and offer an even more compelling option. $7K for 1000 chips on the GlobalFoundries GF180MCU process. Learn more: theamphour.com/703-building...

Low power math within few clock cycles. Imagine it, then put it into silicon. Made by Vicharak aka @aksharvastarpara.bsky.social 's team and two FPGA freaks. Check - t.co/vBGGA2i0uX Thanks @mattvenn.net and @urishaked.bsky.social and whole @tinytapeout.com team for making this possible.

Great meeting Mohamed Kassem at Latch-Up conference! Excited to watch ChipFoundry pick up the torch to enable SkyWater shuttle runs