🚀 go-pugleaf

From article <61338@sgi.sgi.com>, by rpw3@rigden.wpd.sgi.com (Rob Warnock):
> In fact, there are companies [not mine] out there working on using this
> phenomenon to build practical fiber-optic "quick-connects". The idea is
> that instead of the current labor-intensive cut, epoxy, cure, polish,
> examine, polish, examine... sequence to terminate fibers to "ST" connectors,
> one would simply strip off the outer jacket, stick the bare fiber into a hole,
> and twist down on a knob which would bend the fiber up against the receiver
> or LED (yes, you can *send* this way, too).
> 
> Look for such commercial products in a year or so.

Look in your handy-dandy Inmac catalog.  A year and a half ago I installed a 
fiber optic "parallel cable" on an unruly laser printer.  The setup consisted 
of an optic xcvr at either end (a black box the size of a null modem) and a 
two "conductor" plastic optic cable.  Just strip, stuff, and twist, as you 
said.  About 130 bucks for two xcvrs and a cable.  Extends a parallel 
connection a LONG way, with no EM noise whatsoever (of course).

Dave Svoboda, Motorola CID, RTSG, Arlington Heights, IL
uucp =>     {uunet|mcdchg|gatech|att}!motcid!svoboda
internet => motcid!svoboda@chg.mcd.mot.com              
I don't waste my money; I invest it in ventures with high negative returns.