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It's a given for
engineers contemplating communications on impaired-media such as the powerline
-- providing quality communications is fraught with uncertainty and risk.
- The results of
design over impaired-media are hard to predict due
to:
- noise,
distortion
and radiation
- The evaluation,
design and implementation processes present significant obstacles:
- Accessing the
application environment for evaluation, in advance of design, is not always feasible
or practical
- Complex installations
can only be proven with real-world implementation
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InSite
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the decision to commit to evaluate, develop and design powerline or other communications
solutions on impaired-media are regularly postponed, canceled or altogether avoided
- despite the obvious benefits of using these media. No one wants to waste time
and money for something that may not meet their performance expectations.
InSite
Impaired-Media Simulation Tools show evaluators and designers how a given communications
technology will perform when installed in their particular application environment,
for example, on a power distribution grid, in a building or as a home network
- before design or development begins. By modeling noise, channel, crosstalk and
other environmental parameters InSite makes it possible to see how
fast, how far and how reliable communications will be for a target
environment. Simple-to-use MATLAB-based modeling toolboxes can be configured to
run simulations for virtually any application environment.
Now you can commit
with confidence and minimize risk because you:
- Know
your performance in-advance
- Save
time and money
- Get
to market faster
- Build
it right the first time
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