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10mbps with UTP port
Additional T1/E1 for
voice or data
Frequency Ranges: 2.4
GHz, 5.8 GHz
Compliant with FCC
(United States) Part 15.247 (ISM) and IC (Canada) RSS-210, IC
RSS-139 standard & ETSI
Point-to-point
communications from less than 1 mile/km to more than 40
miles/64 km
Wide DC power input (±20
to ±63 V), AC adapter available
Wide operational
temperature
Built-in loopback,
far-end monitoring, and private telephone network orderwire
2-year warranty
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Tsunami 10BaseT is a wireless Ethernet bridge providing
greater capacity and significantly lower cost than using
multiple dedicated T1/E1 leased lines—at distances of over 40
miles (64 km). Using high-quality radio transmitters, standard
IP links, and low-cost Ethernet switches, Tsunami 10BaseT
allows you to bridge Ethernet LANs between office buildings,
factories, warehouses, and remote locations—with minimal
capital investment and no monthly leased-line costs.
Because it is wireless and license-free, you can install
Tsunami 10BaseT when and where you need it, without
right-of-way limitations, frequency licensing delays, or
waiting for your telecommunications provider to deliver new
lines.
Tsunami 10BaseT also provides a separate T1/E1 connection
in addition to the Ethernet connection, allowing you to extend
PBX connectivity between buildings without the need for
additional leased lines.
Extend or Enhance Your Network Virtually Overnight With Tsunami 10BaseT, there are no trenches to dig, no
lines to lease, and no regulatory red tape to cut through.
Easy installation and hassle-free operation allow you to
quickly eliminate bandwidth bottlenecks, making Tsunami
10BaseT Ethernet bridges the ideal solution for:
Organizations building out networks to include WAN
connectivity between buildings, campuses, and remote locations
more than 40 miles (60 km) away
Establishing
high-speed connections between Internet or network service
providers and
their customers
Service providers
extending existing fiber and wire networks
Organizations or
service providers seeking network redundancy for
mission-critical connections
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