Previously, I shared information on the hazards of improperly implemented USB Type-C.  Now, here are a few additional examples and ways to utilize advanced cable properly and work with USB power.

Cause not determined, Galaxy Note 7 with USB Type-C melts down. Source:  Phandroid (Aug 24, 2016)

The official cause has not been determined, but it looks like a USB Type-Micro B to USB Type-C adapter may have been involved.

Today's news was even more definitive:

Defective USB Type-C cables can put high voltage and current on the line at the wrong time.

These cables 'remembered' the USB power setting from one device to another, which could lead to the wrong voltage and current frying your electrical gear, potentially causing a fire.  While the impact of technology can be great, there are certain techniques that should be implemented and there's a helpful explanation of the issue in this YouTube video, Why Anker recalled USB Type-C cables.

If you're a lab or factory seeking to make sure you're not featured negatively and showing the positive impact of technology, contact us. We have test solutions to provide full coverage for USB power safety (continuity, DCR/IR drop measurement, E-Marker), the smartest ways to work with advanced cable, and signal integrity testing for just pennies a test.

We'll post more as future videos arise pertaining to cable quality and its impact.