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The application note focuses on configuration and operation of guest access solutions on ArubaOS...
The application note focuses on configuration and operation of guest access solutions on ArubaOS. The native guest access solution including configuration of the guest access and guest provisioning profiles, guest administration, and captive portal configuration.Download here:
This guide covers Aruba Mobility Controllers and is considered part of the foundation guides within...
This guide covers Aruba Mobility Controllers and is considered part of the foundation guides within the VRD core technologies series. This guide will help you understand the capabilities and options you have when deploying an Aruba Mobility Controller. This guide describes operating modes for the mobility controller, licensing, forwarding modes, logical and physical deployment, redundancy, and how to select the appropriate mobility controller based on scalability requirements. Version 9 includes information on the 7200 series controller.Download Here
This is a great document and all the VRDs are. My comment is this one document has the 600 series...
This is a great document and all the VRDs are. My comment is this one document has the 600 series controller which are end of life/sale. I wounder if there is someone working on a newer version that replaces them with 700 series?
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...mobility controllers and centralizes control over the entire mobile environment. The ArubaOS wizards...
ArubaOS is the operating system, software suite, and application engine that operates Aruba mobility controllers and centralizes control over the entire mobile environment. The ArubaOS wizards, command-line interface (CLI), and the ArubaOS Web UI are the primary means used to configure and deploy ArubaOS. For a complete description of ArubaOS, refer to the ArubaOS User Guide for your release.
Aruba 802.11ac networks: Validated Reference Designs from Aruba Networks, an HP company  ...
...enable both MCAST Rate Optimization and DMO, but also rise DMO threshold to 80. How can be...
Thanks for your writing, very useful. I have a question on Mcast. On page 9 you recomend to enable both MCAST Rate Optimization and DMO, but also rise DMO threshold to 80. How can be preferable to use 80 TXOPs instead of broadcasting the MCAST frame at the optimized rate? Could you please point me to any reading to understand? Thanks!!!
[EDITED] An Aruba engineer kindly helped with this basic question. Mcast frames do not use MCS datarates and contains a single packet per PDU. DMO uses MCS datarates and many packets can be aggregated.
This document describes the Aruba Instant access point and Virtual Controller system as well as the...
This document describes the Aruba Instant access point and Virtual Controller system as well as the procedure to integrate this system with AirWave. This section contains the following points:
l "Overview of Aruba Instant" on page 5
l "Instant Management with AirWave" on page 5
l "Using Aruba Instant with AirWave" on page 6
l "AMP Pages with Instant-Specific Features" on page 7
l "Supported Firmware" on page 8
Overview of Aruba Instant Aruba Instant:
(Instant) is a system of access points per Layer 2 subnet. Aruba Instant IAPs are controlled by a single IAP that serves a dual role as a primary Virtual Controller, eliminating the need for dedicated controller hardware. This system can be deployed through a simplified setup process appropriate for smaller organizations, or for multiple geographically dispersed locations without an on-site administrator. Only the first IAP/Virtual Controller you add to the network must be configured; the subsequent IAPs will all inherit the necessary configuration information from the Virtual Controller. Aruba Instant continually monitors the network to determine the IAP that should function as the Virtual Controller at any time, and the Virtual Controller will move from IAP to IAP as necessary without impacting network performance. The Virtual Controller technology in Aruba Instant is capable of IAP auto discovery, 802.1X authentication, role-based and device-based policy enforcement, rogue detection, and Adaptive Radio Management (ARM).