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How a modular evaluation platform uses a portfolio of inductors and stable passives to simplify evaluation of buck, boost, and LED-driver DC/DC topologies.

The word "semiconductor" is a strong buzzword. They drive the stock market, enable all of our electronics and systems, and essentially hold up the world.

Creating a low-cost prosthetic arm is challenging, but making one that is also easy to calibrate and accurate is even tougher.

Explore how Ethernet APL is reshaping process automation by providing improved visibility, advanced diagnostics, and stronger operational performance.

Lattice Semiconductor collaborates with NVIDIA to provide a solution for rapid design and prototyping of edge AI applications.

Explore how commercial off the shelf (COTS) solutions help designers accelerate subsystem delivery without sacrificing performance, flexibility, or reliability.

Explore the critical importance of power efficiency in data centers and how TI solutions can address growing demands and improve operational performance.

Small steps can help reduce the risk of cyber-attacks on peripheral devices which typically use default passwords or outdated software.

ADI's GMSL simplifies the development of high-bandwidth, low-latency robotic vision applications.

Explore how attackers gather device info, map inputs, and uncover vulnerabilities using reconnaissance in embedded hardware security.

This webinar introduces embedded system design through both the software and hardware abstraction levels.

Use µModule buck-boost regulators for three architectural approaches to integrating inductors and current sensing for high-current DC/DC conversion.

Explore audio output options, including piezos, speakers, DACs, and playback boards for creating music and sound effects in microcontroller projects.

Field Programmable Analog Arrays (FPAAs) offer the option of configuring analog functionality through software instead of fixed analog signal chains in hardware.

Developing prosthetic technology that is both affordable and functional is challenging in today’s space, mainly due to the costly fabrication and specialized calibration requirements.

Explore a custom-built dyno for hub motors using load cells and Arduino, enabling accurate power and torque measurements.

When you think of "electronics," you probably picture rigid green circuit boards, silicon chips, and soldering irons. But what if you could build a circuit entirely out of soft, stretchy rubber?

Learn how to use the NXP EdgeLock secure enclave to establish a secure hardware foundation for long-term CRA compliance.

In this post, I want to explain what Docker is, why it helps with these problems, and give a practical understanding of how it fits into development workflows.

Energy-efficient, low-latency components from NXP support Matter-enabled smart home networks while development tools help designers create new prototypes.