Interrupt Live: Noah Pendleton | MCU SDK Engineer @ Memfault | Thurs, January 30th - 10:30 AM ET | 7:30 AM PT | Get Notified In the realm of embedded software, the demand for efficient and responsive applications is ever-increasing. Asynchronous programming, with its ability to handle concurrent tasks effectively, holds immense potential in this domain. Let’s delve into the world of asynchronous R

Interrupt Live: Noah Pendleton | MCU SDK Engineer @ Memfault | Thurs, January 30th - 10:30 AM ET | 7:30 AM PT | Get Notified The Interrupt community comprises engineers, hobbyists, and enthusiasts with a shared passion for hardware and firmware development. We come together to share best practices, problem-solve, collaborate on projects, advance the embedded community, and elevate device reliabili

Interrupt Live: Noah Pendleton | MCU SDK Engineer @ Memfault | Thurs, January 30th - 10:30 AM ET | 7:30 AM PT | Get Notified For the past thirty years or so, the choice of languages for embedded systems developers has been relatively slim. Languages like C++ and Ada have found a home in some niche areas, such as telecommunications and safety critical fields, while higher level languages like Lua,

Interrupt Live: Noah Pendleton | MCU SDK Engineer @ Memfault | Thurs, January 30th - 10:30 AM ET | 7:30 AM PT | Get Notified This is the third post in our Zero to main() series, where we bootstrap a working firmware from zero code on a cortex-M series microcontroller. Previously, we wrote a startup file to bootstrap our C environment, and a linker script to get the right data at the right addresse