| AI ESP32 coding can generate working Arduino examples in seconds. Jim Solderitsch shows how he adds hardware context and uses the result as...
| AI ESP32 coding can generate working Arduino examples in seconds. Jim Solderitsch shows how he adds hardware context and uses the result as...
| System Check! Engineering often requires balancing speed, innovation, reliability, and risk. But where should you draw the line? Give us so...
| CoffeeCaller turns the office coffee break into a custom mesh-networked electronics project. See how an ESP32 prototype evolved into an nRF5...
| System check! Elektor wants to know: Which microcontroller family do you use most often? How often? What matters most when you select a micr...
| Five new Elektor courses help beginners take their first steps in microcontroller programming with Arduino, ESP32, and Raspberry Pi Pico. Ea...
| To weigh large items like bicycles or suitcases, standard scales are often impractical. This solution uses up to four small scales that tran...
| The 2026 Embedded and AI edition of Elektor is now available. Inside, you’ll find innovative design projects and helpful tutorials spanning...
| Elektor’s ESP32 by Example Learning Course bundles a 384-page full-color book with an ESP32-focused hardware kit and an online learning path...
| Autonomous Sensor Node v2.0 hardware and PCB refinements reduce idle and active current, reaching 18 µA standby with the timer enabled. The...
| ESP32-E22 Wi-Fi 6E is Espressif’s first tri-band Wi-Fi 6E connectivity co-processor, aimed at offloading the full Wi-Fi and Bluetooth stacks...