Cisco BR1400 Deployment Manual page 47

"Services" and then "Filters" then choose incoming or outgoing applying to the appropriate
interface be it the radio interface or Fast Ethernet.
Management / Statistics: The BR-1400 Series Bridge can be managed using a Management
Information Base (MIB) allowing the Bridge to be compatible with most SNMP packages. In
addition, it is very simple to browse into the Bridge to check statistics by simply choosing the
appropriate interface and then choosing "Detailed Status".
7 Stacking Bridges for more throughput
It may be desirable, in some installations, to install two parallel Wireless Bridge links between two
buildings to increase the overall throughput. The 1400 Series Wireless Bridges can be stacked
together to create two redundant point-to- point wireless links.
These links need to operate on non-adjacent non-overlapping RF channels. This provides higher
bandwidth, redundancy and load-balancing. When possible; minimum physical separation criteria
should be followed when installing the antennas so mutual interference between the systems does
not influence performance. A conceptual diagram is shown in the figure below.
Note: the 1400 Series Bridge works in an integrated system environment, wherein the attached
Cisco Switches or Routers, require aggregation protocols like Fast Ether Channel (FEC) and Port
Aggregation Protocol (PagP), to make this happen. FEC and PagP are used to provide up to 100
Mbps of combined bandwidth.
Copyright © 2004 Cisco Systems, Inc. All rights reserved.
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