This is really encouraging to hear, thanks!
Wow, you figured the LCD out. I'm very curious how the LCD actually works - how is it updated? Through some kind of serial protocol? I get the impression it's pretty fast - I made a program in OPL a while ago that created a borderless window a metric stupid number of pixels high and EPOC was able to scroll it up the screen remarkably quickly (I was trying to see whether it could do haptic scrolling, it definitely could). It also seemed that I could drag windows around the screen faster than the liquid crystals could keep up - there was no choppiness here, it was rather an organic problem, so the LCD controller bandwidth/implementation seemed really good.
Flexible circuit boards are such a cool technology. To clarify, though, you're saying the Psion's keyboard is large? I presume the $500 is for initial tooling and that individual membranes will be a couple of dollars to run.
Another keyboard approach I think is really cool is that found in the original BlackBerry 850/950. I've admittedly only seen pictures of these but it looks quite usable.
> If you really wanted to do it properly, I don't think that would be massively expensive either.
That's incredibly encouraging, thanks.
> Having a prototype might help. There are a bunch of companies that /do/ agree to do small runs.
Oh okay, cool to know.
> And I know many people how have done this.
:D
> Often you end up having to visit the factory a bunch to push them to do what you want, and have occasional failures.
Hmm, plane tickets...
> But it's often still far easier than it might be elsewhere.
Duly noted. Thanks.