Breaking Taps
Breaking Taps
@breakingtaps.com
Material science, microfab, microscopy, machining. Mostly :)
1.7K followers208 following175 posts
The last month of my life: BreakingTTAPs This is a custom transport-triggered, 32 bit processor that will be fabricated by GlobalFoundries on their 180nm process (via of wafer.space) I'll make a video at some point, but some high level details here:
Chip was written in Spade HDL (spade-lang.org), which transpiles down to SystemVerilog. That's then fed into a LibreLane build process that turns the verilog into transistors. All open source!
The last month of my life: BreakingTTAPs This is a custom transport-triggered, 32 bit processor that will be fabricated by GlobalFoundries on their 180nm process (via of wafer.space) I'll make a video at some point, but some high level details here:
The last month of my life: BreakingTTAPs This is a custom transport-triggered, 32 bit processor that will be fabricated by GlobalFoundries on their 180nm process (via of wafer.space) I'll make a video at some point, but some high level details here:
I made a video about this! Laser deposition of aluminum, silver, copper, titanium, invar 36, niobium ITO and (sorta) zirconium. Pretty nifty little technique. Not perfect, has some major disadvantages... but easy and reasonably robust! youtu.be/J0NNO91WyXM
Playing around with a laser thing today and accidentally found a good set of parameters for transferring aluminum onto glass. Neat!
Had a long flight and finally got around to fully reading @benjaminreinhardt.com 's essay on DARPA, why it works, where it struggles, and how it might be replicated: blog.benjaminreinhardt.com/wddw Very thought provoking read. Been on my todo for ages, should have read sooner!
Large area deposition ends up being quite easy, but does require a spacer between metal and glass which limits ability to pattern. Ag is great, Cu is tricky (oxidizes easily). Ti, Nb and Invar 36 seem good. Can make TiO2 easily too. Zr seems to oxidize immediately
Playing around with a laser thing today and accidentally found a good set of parameters for transferring aluminum onto glass. Neat!
Shameless shilling: I'm selling some esoteric equipment! Want a 200 femtosecond IR laser, or a 532nm picosecond laser? How about a linear motor stage with 10nm resolution? Or an XYZ wafer stage with 250nm steps? I gotchu: www.ebay.com/sch/i.html?_...
Breaking Taps reposted
๐ญ Athena to the Moon Image Credit: Intuitive Machines apod.nasa.gov/apod/ap25022...
Designing hardware for space is, unsurprisingly, hard! Join me for 35 minutes of discussion about all the considerations that go into designing and manufacturing a tiny little hinge.
Breaking Taps reposted
Breaking Taps reposted
Replying to @dmaclanders.bsky.social
In theory there is also a website for that, like: blueskystarterpack.com/manufacturin...
Breaking Taps reposted
Curious what the inside of a nylon SLS 3D printer looks like? Or how additive material properties are tested and optimized? I've got good news for you! I filmed a lab tour at Formlabs and they let me poke around engineering, testing, machine shop and chem labs ๐ www.youtube.com/watch?v=v7r7...