internet of things

An alphabet soup of AI, HPC, 5G and the IoT has finally seeded creation of a design infrastructure for silicon photonics.

Seven core considerations will help you realize your PCB for the Internet of Things more effectively.

More protocols, multibillion-gate designs, minimized power, burgeoning software and, for networking, hundreds of switch and router ports emphasize the need for scalable, virtualized emulation.

Achieving IoT security means addressing every link in the chain, from the quality of your application code to embedding a root of trust in the hardware.

The wearables market is booming. Successful development depends on assembling the right software and hardware tools. Here's a primer on what to look for.

Mid-market users are driving richer features and cost competition into PCB design software like never before, largely thanks to the Internet of Things.

We are moving towards a "continuum of compute", ARM CEO Simon Segars said at CDNLive Silicon Valley, a trend that will reshape design.

Advanced tools are being applied to established nodes to produce advanced designs for volume markets.

Advanced design isn’t restricted to emerging process nodes any more. Designers are using the latest tools to produce advanced designs on established nodes.

Texas Instruments’ MSP430 microcontroller platform has been one of the industry’s leading ultra-low-power architectures for more than a decade. Each generation has been focused on setting new records. The latest, Wolverine, cuts power and energy consumption by more than half.