Cisco Cisco Aironet 3600i Access Point Guía De Instalación
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Installing the 802.11ac Radio Module for Cisco Aironet 3600 Series Access Points
System Requirements
•
The radio module uses the 802.11ac explicit beamforming standard and does not support Cisco
Client Link 2.0, Cisco Compatible Extensions (CCX), or Radio Resource Management (RRM).
However, the internal 802.11n radio does support those features delivers them to legacy and 802.11n
clients.
Client Link 2.0, Cisco Compatible Extensions (CCX), or Radio Resource Management (RRM).
However, the internal 802.11n radio does support those features delivers them to legacy and 802.11n
clients.
Additional Information
You can find additional information on 802.11ac features in the Controller Configuration Guide for
releases 7.5 and later, and in the 802.11ac Deployment Guide. Both documents are posted on Cisco.com:
releases 7.5 and later, and in the 802.11ac Deployment Guide. Both documents are posted on Cisco.com:
Controller Configuration Guide:
802.11ac Deployment Guide:
System Requirements
This module is designed for use with Cisco Aironet 3600 series access points. The module is not
designed for use with other access points. The radio module is supported on these Cisco wireless LAN
controllers running software release 7.5.x or later:
designed for use with other access points. The radio module is supported on these Cisco wireless LAN
controllers running software release 7.5.x or later:
•
2500 Series Wireless Controllers
•
Wireless LAN Controller Module (WLCM) on Cisco Services-Ready Engine (SRE) for Cisco
Integrated Services Router, Generation 2 (ISR G2)
Integrated Services Router, Generation 2 (ISR G2)
•
Wireless Services Module 2 (WiSM2)
•
5500 Series Wireless Controllers
•
Flex 7500 Series Wireless Controllers
•
8500 Series Wireless Controllers
Note: High Availability Not Supported in Software Release 7.5
Controllers do not support High Availability for 802.11ac radios in software release 7.5. The 802.11ac
configuration (802.11ac Data Rates and Global 802.11ac mode) on the controller is not synched to the
standby controller. This may result in client throughput fluctuations and re-associations when you
explicitly disable those configurations on the active controller.
configuration (802.11ac Data Rates and Global 802.11ac mode) on the controller is not synched to the
standby controller. This may result in client throughput fluctuations and re-associations when you
explicitly disable those configurations on the active controller.
In addition, the 802.11ac Global mode configuration controls whether the radio module is enabled. If
802.11ac Global mode is enabled on one controller but not another, the module might be disabled if the
access point joins a controller on which 802.11ac Global mode is disabled.
802.11ac Global mode is enabled on one controller but not another, the module might be disabled if the
access point joins a controller on which 802.11ac Global mode is disabled.