8th Annual International
Symposium on Fireworks
In
2005 at the 8th Annual International Symposium
on Fireworks, one of the leading wireless firing
system manufacturers presented a discussion and
paper on wireless pyrotechnic firing systems operational
reliability in which they conclude that technology
has yet to be developed for a wireless communications
system that is immune to interference from outside
sources.
Well, not only is that technology here, but shortly
after that presentation, David Russell and Larry
Mattingly of Firelinx gave a Power Point Presentation
entitled "Wireless
Fundamentals" explaining how the "Distributive
Processing" (patent pending) of the New Firelinx
Reliable Wireless firing system does work, and
how it works.

April 10-22, 2005. Firelinx LLC recently made
its debut to the world of pyrotechnics at the
International Fireworks Symposium in Shiga Prefecture,
in Southern Japan. Traveling along with the Command
Module and several Dragonfly field modules were
the Firelinx Board of Directors. David Russell,
President, Larry Mattingly VP Sales and marketing
and BOD members Jackie Whedbee, and Tom Walker
made the long flight.

Dave Russell, assisted by Larry Mattingly, made
a formal presentation about wireless firing and
included a demo of the new Firelinx firing system.
Distributive Processing was shown in the demo.
The presentation and demo was well received and
attendees from several countries showed interest,
asking many questions.
Dave
explained that Distributive Processing is a break
from the normal master-slave architecture presently
used by firing systems. The difference is that
where other firing systems send a firing signal
for each cue over wires or wireless radio circuit,
Firelinx puts the firing cues in the modules with
a high accuracy clock. All that needs to be received
by the module is a start signal. There is also
a shutdown signal and a heartbeat signal between
the Command Module and field modules. Private
demos and meetings were held away from the Symposium
floor and there was great interest in purchasing
the system as soon as production is proven and
actual deliveries of systems take place. That
is expected to take place in early 06.
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