Cisco 5520 Kurzanleitung

Cisco 5520 Wireless LAN Controller Deployment Guide

Cisco 5520 Wireless LAN Controller Deployment Guide 4

Introduction 4

Prerequisites 4

Product Overview 4

Cisco 5520 Controller Key Attributes 5

AP Platform Support 7

Platform Components 8

SFP Support 15

Image Specifications 16

Fault Tolerance Capability 16

Customer Replaceable Units 17

Link Aggregation (LAG) 18

Inter-Platform Mobility and Guest Anchor Support 18

Infrastructure Multicast 18

New Mobility and MC Support 19

Look and Feel of the Cisco 5520 Wireless LAN Controller 19

Out of Band Management on Service Port 26

Local EAP Support 28

Wired Guest Access Support 28

Licensing 29

Revised: March 23, 2016,

Cisco 5520 Wireless LAN Controller Deployment Guide

Introduction

This document introduces the Cisco 5520 Wireless LAN Controller (WLC), and provides general guidelines for its deployment. The

purpose of this document is to:

•Provide an overview of the Cisco 5520 WLC, and its deployment within the Cisco Unified Architecture.

•Highlight key service provider features.

•Provide design recommendations and considerations specific to the Cisco 5520 Controller.

Prerequisites

Requirements

There are no specific requirements for this document.

Components Used

This document is not restricted to specific software and hardware versions.

The information in this document is created from the devices in a specific lab environment. All of the devices used in this document

started with a cleared (default) configuration. If your network is live, make sure that you understand the potential impact of any

command.

Conventions

Refer to Cisco Technical Tips Conventions for more information on document conventions.

Product Overview

The existing Cisco 5500 series controller scales up to 500 APs, 7,000 clients, and 8 Gbps maximum throughput. The explosion of

mobile clients in enterprise empowered by bring your own device (BYOD), the deployment of wireless in mission-critical applications,

and the adoption of Wi-Fi in service provider networks enabling new business models require wireless networks to provide larger

AP scale, client scale, and higher throughput.

The Cisco Unified Wireless Network Software Release 8.1 addresses these key challenges. Release 8.1 delivers the new Cisco 5520

wireless controller with support for 20 Gbps throughput, 1500 APs, and 20,000 clients to ensure better performance and scale for

business critical networks.

The following table captures some of the key hardware capabilities of this new platform.

Table 1: Hardware Capabilities of Cisco 5520 WLC

5520Hardware Capabilities

1 RUChassis Height

20 GbpsThroughput

1500AP Support

20,000Client Support

2 x SFP+Data Ports

-40°C –65°C

Storage Temperature

5–40°C

Operating Temperature

10 –90% (non-condensing)

Operating Humidity

770 W ACPower Options

Cisco 5520 Controller Key Attributes

Some of the key attributes of the Cisco 5520 controller are:

•High AP scale (1500 APs in 1 RU )

•High client density (20,000 clients in 1 RU)

•High throughput of 20 Gbps with 1 RU

•Support for 1500 APs, 1500 AP groups, 1500 FlexConnect groups, and up to 100 APs per FlexConnect group

•Support for 4096 VLANs

•512 Interface Groups

•PMK Cache size of 40,000

•Support for 25,000 RFIDs tracking, and the detection and containment of up to 24,000 rogue APs, and up to 32,000 rogue clients

(over and above the RFIDs)

•3,000 APs per RRM Group

•3,20,000 AVC Flows

•High Availability with sub-second AP and client SSO

•TrustSec SXP Support

•Support of all AP modes of operation (Local, FlexConnect, Monitor, Rogue Detector, Sniffer, Bridge, and Flex+bridge)

•Right to Use (RTU) licensing for ease of license enablement and ongoing licensing operations

The following table shows the Cisco Enterprise Campus Controllers comparison at a glance:

Table 2: Cisco Enterprise Campus Controllers comparison

WiSM255085520Attributes

Enterprise CampusEnterprise Campus and full

service branch

Enterprise Campus and full

service branch

Deployment type

All AP modesAll AP modesAll AP modesOperational Modes

1000 APs

15,000 clients

500 APs

7000 clients

1500 APs

20,000 clients

Maximum Scale

100 –100012 –5001 –1500

AP Count Range

CISL basedCISL basedRight to Use (with EULA)Licensing

Internal connections to the

Catalyst Backplanes

8 x 1 G ports2 x 10 G portsConnectivity

AC/DC Catalyst chassis

redundant PSU option

AC (redundant PSU option)770 W AC (optional redundant

PSU)

Power

100100

1500

Maximum Number of

FlexConnect Groups

2525100Maximum Number of APs per

FlexConnect Group

4,0002,00024,000Maximum Number of Rogue

APs Management

5,000250032,000Maximum Number of Rogue

Clients Management

10,0005,00025,000Maximum Number of RFID

2,0001,0003,000Maximum APs per RRM

Group

5005001500Maximum AP Groups

WiSM255085520Attributes

6464512Maximum Interface Groups

646464Maximum Interfaces per

Interface Group

5125124096Maximum VLANs Supported

512512512Maximum WLANs Supported

30,00014,00040,000Fast Secure Roaming

Clients/Max PMK Cache

Feature support unless otherwise specified will be the same as in 8510.Note

AP Platform Support

The Cisco 5520 supports the following access point models:

•1260, 3500, 600

•1600, 2600, 3600

•1700, 2700, 3700

•OEAP 600

•702I, 702W

•Cisco 891 series integrated services router and Cisco 881 series integrated services router

•1530, 1552WU, 1550, 1570

•1040, 1140, 1260 support extended to 8.1 with 8.0 parity

Platform Components

Cisco 5520 WLC Front Panel View

Cisco 5520 wireless LAN controller supports several buttons, LED indicators, and a KVM connector on the front panel. It also

includes a power button and Locator LED button, along with the following LEDS: System status, PSU status, Fan status, Network

LED, and Temperature LED.

Power On Switch and LED Indicator

A Power Button push switch with integrated LED is located on the front panel.

Table 3: Power On Switch and LED Indicator

FunctionLED Indicator Color

Card Power StatusBi-color Yellow

(Amber)

Green

DecodeState

Card Power OffOff

Soft OffAmber On

Card Power OnGreen On

Locator Switch and LED Indicator

A Unit Identify push switch with integrated LED is available on the front panel and rear panel . Each press on the button toggles

between active and non-active states.

System Status LED Indicator

The system status LED located on the front panel indicates the overall system health.

Table 4: System Status LED Indicator

FunctionLED Indicator Color

System StatusBi-color Yellow

(Amber)

Green

DecodeState

UndefinedOff

Card is in normal operating conditionGreen On

System is in a degraded operational stateAmber On

Critical fault stateAmber Blinking

Fan Status LED Indicator

The Fan status LED located on front panel indicates the fan health.

Table 5: Fan Status LED Indicator

FunctionLED Indicator Color

Fan StatusBi-color Yellow

(Amber)

Green

DecodeState

UndefinedOff

Fans are operating and no error condition

has been detected

Green On

Fans are in a degraded operational state

•One of N fans has a fault

Amber On

Critical fault state

•Two or more fans has a fault

Amber Blinking

Adaptive fan speed to control noise issues seen with 5520 FCS hardware is introduced in release version

8.1.131.0.

Note

Temperature Status LED Indicator

The temperature status LED is located on the front panel and indicates whether or not the system is operating within acceptable

temperature limits.

Table 6: Temperature Status LED Indicator

FunctionLED Indicator Color

Temperature StatusBi-color Yellow

(Amber)

Green

DecodeState

UndefinedOff

System is operating at normal

temperature

Green On

One or more temperature sensors reaches

UCR threshold

Amber On

One or more temperature sensors reaches

UNR threshold

Amber Blinking

Power Supply Status LED Indicator

The power supply status LED is located on the front panel and indicates proper functioning of the power supply.

Table 7: Power Supply Status LED Indicator

FunctionLED Indicator Color

AC Power Supply StatusBi-color Yellow

(Amber)

Green

DecodeState

UndefinedOff

AC power supplies are operating and no

error condition has been detected

Green On

One or more power supplies are in a

degraded operational state

Amber On

One or more power supplies are in a

critical fault state

Amber Blinking

Andere Handbücher für 5520

Inhaltsverzeichnis

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LSIS

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Airflow

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