
Airmux
Connecting Multiple Services and Ethernet
over TDM and Packet Networks Using
Broadband Wireless
and more transmissions are shifting to
the newly available 5.x GHz radio band.
While Ethernet is the most popular
application, the introduction of a cost-
effective broadband wireless multiplexer
like the Airmux-200 is enabling transport
and backhaul of multiple services with
unbeatable price/performance.
In addition to rapid ROI, the Airmux
system offers the added value of a
complete access solution, incorporating
both network access equipment, such as
multiplexers, integrated access devices
and TDMoIP gateways, and radio units.
This ensures the interoperability of all
system components – reducing
deployment time and expenses. The
entire system can be monitored and
managed from a single network
management platform, simplifying
operations – and cutting operational
costs – dramatically.
The diagrams and applications included
in this guide are intended to serve as a
quick reference to the most common
broadband wireless transport and
backhaul solutions for converged data,
voice and LAN services.
Point-to-point broadband wireless
communications are booming
everywhere, spurred by deregulation of
radio frequencies and increased demand
by just about everybody for network
access “anytime, anyplace”. Leased line
savings, lower operating costs and rapid
deployment of services are just some of
the compelling commercial reasons why
enterprises and service providers alike
are electing to use wireless links instead
of terrestrial connections. As the
popular and ubiquitous 2.4 GHz
frequencies become congested, more
Up to 80 km
(50 miles)
Remote Site
LAN
Megaplex
Headquarters
LAN
nxE1
PBX
Switch
PSTN
Packet
E1/T1
Switch
Airmux-200 Airmux-200
V.35
V.24
Router
Server
n x FXS
Typical broadband wireless application
Airmux-200
provides a quick
return on
investment in a
variety of campus,
enterprise and
service provider
applications.
Main Applications:
• Lossless Backhaul for Hot Spots
• Interconnecting Multiple Legacy Services over Packet
Networks
• Wireless Backup
• Emergency Services and Temporary Deployment
• Multiple Services in a Daisy Chain Topology
• Protected E1/T1 Ring Topology
• Cellular Backhaul
• Telephony Extension
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