…how to prep for 6 emerging tech standards. Download here: http://bit.ly/PodcastTechTrends As every high-speed digital designer knows, the explosion of
When power systems get ridiculous…
Power goes way beyond basic bench power supplies. Daniel Bogdanoff sits down with Chris Cain to explore femtoamp measurements, 100 kV multi-quadrant regenerative power systems, noise, and space-borne solar arrays in this EEs Talk Tech electrical engineering podcast!
5G means business. With wired speeds coming in over the air, designers are turning to new wireless techniques like beamforming,
It feels like USB 3.2 just came out, but USB4 is HERE! With USB4, gone are the days of wondering what’s behind that USB Type-C connector – all the functionality is mandatory. And, you get double the speed! 40 Gbps over two 20 Gpbs lines keeps Moore’s law happy (which makes us happy). Find out more in today’s podcast
It ain’t over. Your favorite electrical engineering podcast is back with a hot new season, premiering November 21st!
Packaging engineers are the unsung heroes of the IC world. Packaging Expert Jesse Rebeck sits down and explores the complexities of IC packaging.
Space requires new technologies. Much like the space race of the 1950s, engineers are feverishly working to gain a competitive advantage. Mark Lombardi sits down to explore rad hardening, thermal vacuum chambers, space mining, CubeSats, and battery technology.
Hosted by Daniel Bogdanoff and Mike Hoffman, EEs Talk Tech is a twice-monthly engineering podcast discussing tech trends and industry news from an electrical engineer’s perspective.
Brig Asay, Melissa, and Daniel Bogdanoff sit down to answer the internet’s questions about the new 110 GHz UXR oscilloscope. How long did it take? What did it cost? Find out!
The USB Type-C brings a lot of protocols into one physical connector, but is there room for one protocol to handle all our IO needs? Mike Hoffman and Daniel Bogdanoff sit down with high speed digital communications expert Jit Lim to find out.
USB 3.2 doubles the data rate of previous USB specs, but makes the testing process significantly harder. Find out why in this electrical engineering podcast.