Cisco Cisco Aironet 1522 Lightweight Outdoor Mesh Access Point Datos agregados
Product Bulletin
© 2008 Cisco Systems, Inc. All rights reserved. This document is Cisco Public Information.
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Feature/Platform
AP1505
AP1510
AP1522
AP1524*
AP1130
AP1240
Dynamic Frequency Selection:
Alternative channel is selected when
radar is detected in regulated bands.
Alternative channel is selected when
radar is detected in regulated bands.
X
X
**
X
X
Mesh Network Functionality (Cont.)
Synchronized Channel Change:
Parent advises children of intended
channel change.
Parent advises children of intended
channel change.
X
X
X
**
X
X
Reliable Link Layer, Extended
Retries: Transmissions that do not
succeed will extend the number of retry
attempts in an effort to improve
reliability.
Retries: Transmissions that do not
succeed will extend the number of retry
attempts in an effort to improve
reliability.
X
X
X
X
X
X
Reliable Link Layer, Secondary
Backhaul Radio: A secondary backhaul
radio is utilized as a temporary path for
traffic that cannot be sent on the primary
backhaul due to intermittent
interference.
Backhaul Radio: A secondary backhaul
radio is utilized as a temporary path for
traffic that cannot be sent on the primary
backhaul due to intermittent
interference.
X
Passive Beaconing: Log messages
from an access point that cannot
connect are relayed through other
access points to the controller.
from an access point that cannot
connect are relayed through other
access points to the controller.
X
X
X
X
X
X
Network Services
Ethernet Bridging: Traffic is bridged
from hosts connected to a wired port.
from hosts connected to a wired port.
X
X
X
X
X
X
Containment of Bridged Multicast
Traffic: Multicast traffic (for example,
video camera broadcasts) from a mesh
access point (MAP) Ethernet port is
contained on a root access point (RAP)
Ethernet network, and no forwarding
occurs (in multicast mode). This helps
ensure that:
Traffic: Multicast traffic (for example,
video camera broadcasts) from a mesh
access point (MAP) Ethernet port is
contained on a root access point (RAP)
Ethernet network, and no forwarding
occurs (in multicast mode). This helps
ensure that:
1.
Non-LWAPP multicasts received
by the RAP are not transmitted
back to the MAP Ethernet
networks within the mesh
network (their point of origin).
by the RAP are not transmitted
back to the MAP Ethernet
networks within the mesh
network (their point of origin).
2.
MAP-to-MAP multicasts do not
occur because they are filtered
out.
occur because they are filtered
out.
X
X
X
X
Universal Access: Radio used for
backhaul traffic provides access for
client traffic.
backhaul traffic provides access for
client traffic.
X
X
X
X
X
Support for Workgroup Bridges:
Allows multiple wired hosts to connect to
the wireless network through a
workgroup bridge.
Allows multiple wired hosts to connect to
the wireless network through a
workgroup bridge.
X
X
X
X
X
X
Multiple Queues for Backhaul Traffic:
Extends client traffic prioritization to the
backhaul traffic.
Extends client traffic prioritization to the
backhaul traffic.
X
X
X
X
X
X
Static Call Admission Control (CAC):
Helps ensure that sufficient bandwidth is
available in a mesh sector before
serving new T-Spec client call requests.
Helps ensure that sufficient bandwidth is
available in a mesh sector before
serving new T-Spec client call requests.
X
Mesh Security
EAP Authentication: Restricts mesh
mode access to approved,
authenticated access points. Extensible
Authentication Protocol-Flexible
Authentication via Secure Tunneling
(EAP-FAST) authentication provides
secure authentication and encryption
key management.
mode access to approved,
authenticated access points. Extensible
Authentication Protocol-Flexible
Authentication via Secure Tunneling
(EAP-FAST) authentication provides
secure authentication and encryption
key management.
X
X
X
X
X
X
Applications