Old news - as far as the calendar is concerned - but watching that again was just as engrossing as it was a year ago.
BTW - We were advised to stay tuned for the learning curve. Is there anything further on this - or did I just miss it?
It is almost time for a follow-up video. I have been very busy learning new things to take advantage of the new gear. The learning curve of the scope has been modest - actually quite easy to use. Learning how to move 6Gbps data all around a PCB is more difficult to learn as it turns out. On top of that - the 6Ghz probes are wildly expensive for a high-speed newcomer accustomed to 500 Mhz probes.
Anyway, I have one design going right now. The first attempt at high-speed sorta worked, but not very well. The scope immediately displayed the results of the problems and I dove back into the books, started a thread here on the EEVBlog and redesigned the PCB. It is supposed to arrive on Friday so I can assemble and test over the weekend to see how the changes worked.
The circuit is a functionally simple distribution amplifier that I am going to embed into one of my existing products. It is known art, therefore, a good place to jump in. If I can design high-speed serial receivers and cable drivers - can get that data into an FPGA where the fun really begins. The scope is being used exactly how I hoped - moving up and getting smarter faster. It has also led to the need for a variety of other instruments to make a complete bench - VNA, HD-SDI Analyzer, more probes, RF sim software, 4 more years of college, etc.