Very happy to announce the winners of our demoscene competition! 🏆
We had some amazing entries - check out what can be done in just a few square microns of silicon!
tinytapeout.com/competitions...
Thanks again to our judges and participants!
#silicon #demoscene #ASIC
18.02.2026 13:27
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Finally, we’re ready to announce the demoscene competition winners! 🎉
Join us live on Wednesday the 11th at 19:00 CET to find out who won—and to hear how our amazing judges chose the winners.
Click “Notify me” on the stream to get an alert when we go live:
www.youtube.com/live/il_qKTi...
04.02.2026 13:28
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floorplan of the latest TT ASIC multi project chip
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…
01.10.2025 15:12
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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.
06.09.2025 08:18
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I got inspired at orconf, so now play.spade-lang.org supports a full in-browser flow for submitting to tinytapeout.com/
Still experimental, so if you try it and run into any issues, let me know :)
20.09.2025 09:12
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The new Android Terminal + Mocha X11 = magic!
14.03.2025 09:36
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Slowly porting my SkullFET inverter from SKY130 to the IHP sg13g2 open source PDK
11.03.2025 13:51
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Layout done?
@tinytapeout.com
27.02.2025 12:31
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Gutoff region, is that when you are no longer hungry?
02.01.2025 12:22
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A die photo of the Pentium chip. An arrow points to a location on the die, with the text "FDIV bug". The chip itself has a complex pattern of circuitry with brownish rectangles and lines of various sizes.
In 1994, a math professor discovered that Intel's Pentium chip sometimes gave the wrong answer when dividing. Fixing this "FDIV" bug cost Intel $475 million. I analyzed the Pentium chip and found the bug. 1/N
28.12.2024 18:57
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SwitchBot Lock, the guts
28.12.2024 17:19
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Zoom-in to see the tiny skull-shaped inverters, oscillating at 87.044 MHz as measured on my Tiny Tapeout 6 devkit
09.12.2024 18:52
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Dead on arrival! #tinytapeout
09.12.2024 18:52
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Operation mouse begins
04.12.2024 15:44
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on wafer
02.12.2024 19:38
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1:20000 scale inverter is cute, rotates!
02.12.2024 15:59
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Hooray!
30.11.2024 14:11
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For analog project pins
30.11.2024 13:46
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Tiny Tapeout 6 Silicon
@tinytapeout.com
25.11.2024 07:38
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Hi!
19.11.2024 20:26
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You can download the high resolution image here: github.com/TinyTapeout/...
What's your favourite part?
We love the Zero to ASIC logo and the Oscillating Bones ring oscillator!
18.11.2024 16:23
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