Meru Networks AP300 Dokumentacja

Meru Best Practices GuideAuthor | Robert Ferruolo | Technical Marketing Engineer Date | JULY 2010 Version | BPG_11n_v1.0 BPG | 11n DESI

Another thing to consider when determining VLAN and ESS is whether or not multicast traffic will be supported. While you can have multiple VLANs

advantages of WLAN virtualization. For a more detailed look at this subject a link to a white paper on WLAN virtualization follow the link belo

BPG_11n_v1.0 | Page 12There are a couple of general guidelines to follow when determining the number of channel layers needed to accommod

BPG_11n_v1.0 | Page 13When clients move across a Vcell boundary a hard handoff will occur, similar to a client moving from AP t

BPG_11n_v1.0 | Page 14DESIGN SCENARIOS This section introduces the various types of deployments and offers recommendation for various

BPG_11n_v1.0 | Page 15at every location but configure half of them for different channels -- thus doubling the available client and

BPG_11n_v1.0 | Page 16Vcell/Vport outdoorsLet’s take the example of a big open area. The spacing between APs is going to be much g

BPG_11n_v1.0 | Page 17Multi-controller DeploymentsExcluding when the Inter-Controller Roaming (ICR) feature is used, roaming between co

BPG_11n_v1.0 | Page 18•AP200 using per station BSSID Vcell (There are no problems if AP200 is using shared BSSID Vcell)•AP300 using per station

BPG_11n_v1.0 | Page 19Whether active-active or active-standby is deployed it is advisable to have the controller Ethernet ports con

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BPG_11n_v1.0 | Page 20Four key characteristics of the N+1 redundancy model are as follows:1. Slave and Master controllers that make up the

BPG_11n_v1.0 | Page 21Redundant Controllers via DNSAnother way of implementing controller redundancy is with the help of DNS. This method i

BPG_11n_v1.0 | Page 22This distance is important as we do not want the APs so close to each other such that there would be sideband o

BPG_11n_v1.0 | Page 23To begin the fingerprinting process floor plans are imported in the LM application. These floor plans are t

BPG_11n_v1.0 | Page 24Bridge ESS Profiles Traffic can be tunneled back to the controller or be bridged locally. There is a setting i

BPG_11n_v1.0 | Page 25Deployment ProcessThe first thing to keep in mind is that with any deployment (large or small) issues will aris

BPG_11n_v1.0 | Page 26Ceiling MountWall MountAP300i Mounting The AP300i has six internal antennas. This AP can also be mounted on th

BPG_11n_v1.0 | Page 27 PROOF OF CONCEPT PLANA good PoC plan includes testing (on a small scale) all of the WLAN system features and user applic

BPG_11n_v1.0 | Page 28SummaryThis guide was created to assist with the design, implementation and optimization of a Meru Network WLAN. W

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This document is intended to aid with the design, implementation and optimization of Meru 802.11n WLAN systems. Much of the informatio

GENERAL DATA COLLECTIONContact InformationGetting a complete list of contacts upfront will save time later in the project. One of the most impor

BPG_11n_v1.0 | Page 6Existing Switch Specifications Meru Networks 11n AP300 series APs can operate at maximum 300Mbps dual stream 11

Pre-deployment Site SurveyFor Meru, pre-install site surveys are often not required. A site survey may be recommended if the environment is par

One of the big advantages with Meru is that once we have identified the channels that have interference we can configure the Meru APs to be on

BPG_11n_v1.0 | Page 9We ask such questions as: •Which RADIUS servers are they using? •Will FIPS-140 be required? •Which authentication and en