Today, we’re introducing Trace . Whether you’ve never designed a PCB or you have a ton of experience, we built Trace to help you accelerate much faster than ever. It's the start of something new for hardware. 1 month free. What will you design?

serious question. what’s stopping more people from getting into hardware?

@elcruzo Cool

@elcruzo This is the start of something new for hardware!

@elcruzo extra bullish!

@elcruzo big bet on hardware. no more AI slop

@elcruzo Love this!

@elcruzo thanks man! try it out today!

@elcruzo Cool. Let's go 🔥🔥

@elcruzo Yes! What will you design?

@elcruzo The dude in the black hoodie seems pretty cool 👀

@elcruzo

@elcruzo Trace feels like a bold move for hardware devs.

@OdebunmiTimothy @elcruzo This is what i have been waiting for To vibe code PCB design Would patronize this immediately.

@elcruzo Solving hardware. Exciteddd!

@elcruzo yes! would you actually try designing something if the barrier was lower?

@elcruzo Im actually predicting and doubting .why like that tool not yet launched .

@elcruzo lfgg

@elcruzo Beast

@elcruzo let’s go! try trace today!

@elcruzo nice!!

@elcruzo thank you! what would you build if hardware felt easier to start?

@MoforJeff @elcruzo Yall basically live in office atp lfg

@MoforJeff @elcruzo all in or nothing 😂

@elcruzo congrats on the launch

@elcruzo thanks! excited to see what you design.

@elcruzo Sick!

@elcruzo Hardware iteration is the biggest bottleneck for human progress. If you can make manipulating atoms as fast as writing code the next decade will look like science fiction.

@elcruzo 🔥🔥🔥

@elcruzo Letsgo!

@elcruzo Looks good 🔥

@elcruzo yessir! if hardware felt as easy as shipping code, would you try it?

@elcruzo reigniting my interest in hardware

@elcruzo LETS GOOOO

@elcruzo try trace today!

@elcruzo It’s a new approach. How do you handle signal integrity?

yea it's a mixture of a lot of things. what we do is we define the stackup first - layer count, copper weight, dielectric thickness... & then from that we derive trace widths for controlled impedance and lock them before routing. basically diff pairs are routed together w/ spacing + length matching enforced during routing, and something interesting is we track reference planes so return paths stay continuous. but all of this is still experimental, it's from a lot of iterations...

@elcruzo The system calculates impedance and ensures spacing.

@elcruzo 🔥

@elcruzo it’s fully live. jump in.

@elcruzo Nah this is cool!!!!

@elcruzo you should try it out! download trace -

@elcruzo Firee

@elcruzo yupp. we’re pushing AI into PCB design with real spatial reasoning!

@elcruzo There couldn’t have been a better time for this timely innovation. Congratulations Ayomide Adekoya!!! It is a new horizon for PCB design!

@elcruzo exactly. the barrier to entry is really what’s stopping people from getting into it.

@elcruzo This is dope and the best startup I’ve come across this year

@elcruzo This is amazing 🔥🚀

@elcruzo Lesgooo!!

@elcruzo 🔥

@elcruzo fire boards loading soon 🔥 what would you build?

@elcruzo legit

@elcruzo yup! be honest, if i gave you a weekend and the right tools, what would you build? and what’s stopping you.. is it complexity… or just where to start?

@elcruzo This is really cool , imagine it been attached to 3D printer

@elcruzo lowkey that’s the goal. design it in Trace, 3D print the enclosure, ship the board. full stack physical.

@elcruzo lets goooo

@elcruzo yessir! you’ve never touched hardware, right? what’s stopping you?

@elcruzo u don’t know me 😏

@elcruzo fire