Learn to architect modern embedded systems and accelerate your path to senior roles in IoT, firmware, and real-time application development.

Alango Technologies announced a new digital sound processing module for Qualcomm's latest Bluetooth SoCs, including the latest S7 Gen1 Sound platform that features five times the compute power, t...

Twitch is the world

Twitch is the world

Developing a Compost Bin Monitor | C++-ify then Power circuitry | Embedded System Development

Learn how to design, validate, and deploy embedded control systems with JuliaSim. Seamlessly transition from simulation to hardware with JuliaC.

Embedded systems are at the heart of modern innovation, powering everything from smart devices to automotive technology. This Embedded Systems Engineer Mastery Bundle has 10 courses to help equip you...

A case study of developing a Game Boy Advance game “2048” in the programming language Zig explores how cross-compilation and easy toolchain management make it well-suited for retro game development.

The AngstromIO crams an ATtiny1616 MCU, two RGB LEDs, and multiple GPIO interfaces into a 9mm square development board with Arduino IDE support.

Embedded developers think from the hardware up. But here’s the problem: that’s an antiquated way to think about developing firmware. In the old days, embedded software was designed and built like a hot rod. Everything was custom and finely tuned, so the system purred with power and performance. Today’s systems? They’re not finely tuned hot rods; they’re run-of-the-mill family minivans.

IAR has launched updated toolchains for Arm version 9.70 and RISC-V version 3.40, introducing new capabilities in automation, safety, and performance to support the development of agile, scalable embedded applications. The cloud-enabled IAR platform is considerably improved by these contemporary toolchains, designed for the automotive, industrial, medical, and IoT markets. Thomas Andersson, Chief Product Officer IAR, highlights in an exclusive interview with Embedded the notable advances through this platform that allow developers to boost embedded development.

IAR has released a significant update to its premier toolchains: the IAR toolchains for Arm version 9.70 and RISC-V version 3.40. The cloud-enabled IAR platform is considerably improved by these contemporary toolchains, which introduce new capabilities in automation, safety, and performance. These capabilities are designed to support the development of agile, scalable embedded applications in the automotive, industrial, medical, and IoT markets.

Lauterbach has announced that its powerful TRACE32® development tools now provide full support for the PX5 RTOS, integrating advanced OS-awareness features that give embedded developers deep insight into application behavior. This integration grants access to PX5 RTOS internal structures and data, enabling developers to better understand system operation and optimize resource usage. As a result, application development becomes faster, more intuitive, and more efficient.