John Smith wrote:

Well, things have not gone as one would expect...
And, they may well be due to rules, regulations, and mindsets... and,
specifically, ones generated from an "American mindset."
Now, there is the "rest of the world" as we move to "globalization" these
ideas here will hardly set the course--I have afraid our part will be more
of passenger, as opposed to a captain... the best I can see is, using our
"paddle" we are able to affect a slight course change in our favor...

If one of your arguments is, don't propose any ideas until you have a
complete working design--I see that as more an answer to my original
observation... progress remains slow-to-halted, that simply being one of
the contributing factors...

If you seek to give a list of "why it can't work", that is helpful, but,
bear in mind, I was looking more for a list of "why it can."

Warmest regards,
John


Microdyne (L-3Com) made telemetry receivers that plugged into EISA,
PCI and VME busses. They were very expensive due to the problems of
shielding the modules and having a wad of miniature coax cables and
connectors running between sections. The RCB-2000 (VME based) system
was $80,000. You got that kind of money laying around?

What happens when you have compatibility problems between third party
modules, or need support for a board and the company is out of
business? Who do you expect to put up the money to develop the first
units? Do you think the prototype will work so well that you can ship
it? How many man-years of development do you want to pay for? How many
do you expect to sell? What happens when they change the buss type or
speed, again? Have you ever done any PC or commercial RF design?

--
Former professional electron wrangler.

Michael A. Terrell
Central Florida