electronics.dev

The latest news, insights and discussion around building electronics with code. electronics.dev

electronics.dev is a technology podcast hosted by All things coding electronics, with 47 episodes on record and a Required Pod Score of 80. PitchCentric scores this show on Booking Probability, Listen Score, and live audience signals refreshed every 24 hours.

All things coding electronics hosts electronics.dev, a technology show with 47 episodes published.

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  electronics.dev

  Why C is not going anywhere (but Rust might replace it anyway)

  Nov 26, 202552 minS0

  <p>Join Seve (founder of tscircuit) and Matt (founder of atopile) as they venture deep into the rapidly changing world of electronics, where hardware is finally catching up to software. </p><p>This episode tackles the growing movement of designing circuit boards using code, not schematics, and explores how compiler-style toolchains are revolutionizing firmware, FPGA workflows, and hardware reliability. They also explore: </p><p>* Wi-Fi HaLow: A deep dive into the 900MHz standard that offers kilometer-long range for drones and IoT, and how it challenges LoRa. </p><p>* The “Monks” of SQLite: Why the SQLite team is considered the “monastery” of open...

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  electronics.dev

  Why Reversible Computing Could Save Moore’s Law [Mini Episode]

  Sep 30, 202516 minS0

  <p>Seve (founder of tscircuit) and Matt (founder of atopile) unpack one of the most radical ideas in modern electronics: reversible computing. As Moore’s Law slows down, the biggest bottleneck is heat — but what if computation itself could be rethought to conserve energy instead of wasting it?</p><p>In this episode, they explore:</p><p>* The principles of reversible/thermodynamic computing</p><p>* How MOSFET charge recycling offers a real-world analogy</p><p>* Why reinventing chip architectures (CUDA, ISAs, RISC-V) is so challenging</p><p>* The promise and pitfalls of open-source hardware ecosystems</p><p>* Lessons from Meta Conn...

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  electronics.dev

  Why the iPhone Air is Basically an Apple Watch with Extra Battery [Mini Episode]

  Sep 22, 202515 minS0

  <p>Apple’s new iPhone Air might look like a futuristic, ultra-thin smartphone, but under the hood, it’s closer to an Apple Watch strapped to a giant battery. In this episode, Seve (founder of tscircuit) and Matt (founder of atopile) break down the wild engineering behind making phones slimmer than ever: </p><p>iPhone Air Deep Dive: </p><p>* Why the iPhone Air’s PCB layout looks more like a smartwatch than a phone </p><p>* How Apple carved down the circuit board to a tiny “plateau” under the camera </p><p>* The real limits of *batteries, casings, and glass thic...

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  electronics.dev

  Why PCB Auto-Routing Is Harder Than You Think (And How AI Might Fix It)

  Aug 20, 202558 minS0

  <p>Auto-routing sounds simple: connect the traces, hit “go,” and let the software handle the rest. But in reality, PCB auto-layout is one of the hardest problems in electronics.</p><p>In this episode of electronics.dev, Seve (founder of tscircuit) and Matt (founder of atopile) break down why auto-routing is so difficult: from impedance matching and creepage rules to high-speed signal integrity and noise coupling.</p><p>They also explore the new wave of AI-driven solutions and whether they can finally deliver on the promise of hands-free PCB layout. Along the way, the duo dives into:</p><p>* Why trad...

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  electronics.dev

  Why Custom Chips Are the Next Big Thing in Hardware Design

  Aug 11, 202535 minS0

  <p>Custom chip design is no longer reserved for billion-dollar tech giants. In this episode, Seve (founder of tscircuit) and Matt (founder of atopile) explore how advances in tooling, prototyping, and the EDA industry are making custom silicon accessible to startups, makers, and engineers like never before.</p><p>You’ll discover:</p><p>* How Tesla’s early battery management challenges led to unique custom chip solutions</p><p>* The surprising economics of a $7K run for 5,000 prototype chips</p><p>* Why most microcontrollers still use massive 90nm processes, and why that works</p><p>* Analog vs. digital scaling: where Moor...

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