USB-C and other high-speed protocols can push data to warp speeds. Here’s how to make the most of the current standards and what lies ahead. Now that you’re used to seeing co-workers, family, and ...

Designing robust systems using a high-speed interface like USB Type-C requires a great deal of care. When the interface involves advanced features like USB power delivery, debugging designs becomes ...

I've been doing a bit of a deep dive into the USB protocol recently. My understanding is that USB4 requires all USB4 hardware (hosts and devices) to support, at a minimum, the 10 Gbit/s transfer mode.

The Universal Serial Bus (USB) is one of the most commonly required interfaces in a chip design, but validation of a USB host implementation can be a tedious task. The most efficient way to validate ...

There is no doubt that, since the introduction of USB over 20 years ago, personal computers have become easier to use. Adding a peripheral device is usually straightforward for even the most ...

Becoming wireless is a natural step in the evolution of the popular USB (Universal Serial Bus), whose developers aimed at simplifying the cabling of PC systems. Now, two approaches to unwiring the USB ...

Early adoption of USB 3.0 began in 2010, and more than 70 million USB 3.0 host chips shipped in 2011. Now, key USB software and systems providers are shipping high volumes of products with USB 3.0.

In professional AV, change rarely arrives all at once. For decades, our focus revolved around two familiar pillars — audio and video. Integrators designed systems around HDMI, VGA and DisplayPort, ...