Switching Routing and Mobility

Cisco Confidential 1© 2010 Cisco and/or its affiliates. All rights reserved.© 2010 Cisco and/or its affiliates. All rights reserved. 1

Switching, Routing and Mobility

© 2010 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 2


• StackPower – Power aggregation

• Network Modules – Field replaceable uplink

• Full 802.3at PoE+ Support

• Three IOS feature sets

• Dual redundant power supplies and fans

• MACsec – Hardware encryption


Redundant, Dual PS, either AC/AC, AC/DC, AC, or DC

combinations

StackPowerCables

FRU DualRedundant Fans

Stackwise Plus

Console, 10/100 port, and USB type A


• New 3750-X models with 12 and 24 ports of SFP are expected to be available in June

• All the “X” features

Model List Price

WS-C3750X-12S-S, IP Base $10,000

WS-C3750X-12S-E, IP Services $14,000

WS-C3750X-24S-S, IP Base $20,000

WS-C3750X-24S-E, IP Services $30,000

High level Product Specifications:3750-X Family, 1RU Modular GE or 10GE UplinksStackWise+ and Stack PowerDual redundant FRU PS and Fan (ships with one 350WAC P/S and dual Fans)All other 3750-X features

Now

here


• Expected July 2011

• 2 Port 10/1G optical

• Support Netflow

• Support MACSec

• Encryption capability



Hig

h

Den

sit

y

Lo

w

Den

sit

y

1G 10G

Fiber Line Card Portfolio

48G

Ro

ad

map

48G

Sh

ipp

ing

24G

Data Only PoE+

Access Line Card Portfolio

PWR-C45-1300ACV PWR-C45-2800ACV PWR-C45-6000ACV

PoE Power Supplies

PWR-C45-4200ACV

4503-E

4507R+E

4510R+E

4506-E

WS-X4624-SFP-E

WS-X4748-UPOE+E

848Gbps Switching Capacity4xSFP+/SFP uplinksFlexible Netflow

WS-X4748-RJ45V+E

WS-X4748-RJ45-E

WS-X4712-SFP+E

WS-X4612-SFP-E WS-X4606-X2-EWS-X4648-RJ45V+E WS-X4648-RJ45-E

24G/Slot + 2x10G Uplinks225MPPSFlexible TwinGig Uplinks


Guaranteeing HA for Power

IP Phones

Timeline 2005

IEEE PoE

Standard

(15W)

2007

Pre-Std

PoE+

(30W)

2009

IEEE PoE+

Standard

(30W)

2011

UPOE

(60W)

2003

Pre-Std

PoE

(7W)

Industry

First

IP Phones w/t color LCD

Access points (APs) 802.11n APs

Interactive IP Phones

Plethora of applications

Advantages of PoE

High Availability

Ease of Deployment

Power Management

Power efficiency

Cisco

Proprietary


UPOE

Maximum power sourced = 60W

Supported by all cabling standards

Compatible with PoE and PoE+

30W

60W

30W

IEEE 802.3at (PoE+)

Maximum power sourced = 30W

30WCat5e

Cat5e

Universal Nature• Standard RJ45 Connector• No Cabling Change from PoE+

High Availability• Uptime for critical apps (e911)• Low TCO with UPS consolidation

Green• 10% more efficient than bricks• Management with EnergyWise


Target FCS: Q2CY11

Universal PoE (Intelligent 60W PoE/Port)

IEEE 802.3az (Energy Efficient Ethernet)

IEEE 802.1AVB (Audio Video Bridging)

IEEE 1588 (Boundary Clock)

Universal PoE 60W PoE with max. line card budget of 1500W

Estimate Cable loss with intelligent diagnostics

LLDP enhancement to negotiate beyond 30W

Power X-Generation applications

IP Turrets in financial trading floors

Integrated Virtual Desktop Clients

Energy Efficient Ethernet Compliant with IEEE 802.3az for:

100/1000 Base-T

Power consumption is based on link utilization

Green: Save up to 1W per link

Mandatory for Energy Star Compliance*

* Energy Star requirements for enterprise switches expected to be published mid-2011


Hospitality, Retail and Conf. Rooms

Compact Swtiches with PoE Pass-Through

2960C – 8 port 10/100

3560C – 8 port 10/100/1000

Trading FloorEnterprise Workspace

Thin/Zero

Clients

VNA*

uPoE

Powered


Virtual Desktop & Workspace Consolidation

Current Workspace Architecture Next Generation Workspace

Architecture

PoE/PoEP

Thin Client with Integrated Display

Soft Phone

High availability

Minimal cables in workspace

Power Efficiency/Management

Low TCO

NGPoE+

Today’s Workspace

Multiple Power Management Points

Cabling Overhead

High Availability only for phone

Obsolete equipment management

High TCO

Wall Plug Power

Adapters


Efficient, Flexible, Scalable, Protects Investment

Flexible and Scalable Auto-sensing 110V (15A) /220V (20A)

Up to 2240W Data and 7500W PoE(P) Power

1:1 Redundancy

Powers fully loaded

4510R+E Chassis

with Class 3 devices

Energy Efficient Highest average efficiency rating

for Catalyst 4500 series

Measures true power

consumption, integrates with

EnergyWise

80 PLUS Platinum from 600W to

9000W

Investment Protection Triple Input power supply scales

with growth in power needs

Compatible with E-Series chassis

Input Voltage Line Connected Output Power Max Class 3 PoE Max PoEP (30W)

220 VAC 20Amp

Single 3000 W 150 77

Double 6000 W 302 155

Triple 9000 W 384 (max 10 slot) 232

110 VAC 15Amp

Single 1100 W 42 21

Double 2200 W 84 43

Triple 3300 W 126 65



• Enhanced (“E”) chassis offer higher system power capacity, better signal integrity, and capable of higher bandwidth to support Sup2T

3, 4, 6, and 9-slot versions

• Classic switching bus traces/connectors

• Crossbar fabric traces/connectors

• Redundant power supplies

• Fan tray for system cooling

6509-V-E chassis offers redundant fan trays and air filtration

• Redundant voltage termination (VTT)/clock modules

• Redundant MAC addressEEPROMs

Bus is same speed

Fabric is only 2x40G per slot with new linecards

and supervisor

Still 2x20G with old cards


The Supervisor 2T is designed for deployment in the Core and Distribution

Layers of the Network - it is the highest performing Supervisor option available

for the Catalyst 6500 platform…

VS-SUP2T-PFC4 is shown

Orderable mid-June

Shipping mid-July


Supervisor Quick Facts

Integrated 2-Tbps Switch Fabric

Integrated Policy Feature Card 4 (PFC4) supporting

hardware acceleration for select features

Integrated Multilayer Switch Feature Card 5

(MSFC5) supporting a single CPU for L2 and L3

functionality

Connectivity Management Processor (CMP) for

improved management capability

One external compact flash slot (power controlled

by IOS)

All uplinks can be active in systems with redundant

Supervisors

(more information in the notes)


MSFC5


MSFC5

Dual Core

Processor

Handle the boot process

Run all layer 2 operations like VTP,

Spanning Tree, Chassis and Power

Management, etc

Support other Layer 2 features like

CDP, SPAN, Broadcast Suppression,

EtherChannel, etc

Run the Layer 3 routing protocols like

OSPF, EIGRP, BGP, etc

Manage the user interface (CLI)

The MSFC5’s Dual Core Processor combines the functionalities that used

to be provided by the Switch Processor (SP) and Route Processor (RP) on

previous generation Supervisors.


The Connectivity Management Processor (CMP) supports new

capabilities that will aid Network Administrators in managing the

system:

RP Image Recovery

- TFTP boot of the system

RP File Transfer

- Image on USB device or TFTP

Remote RP Reset- Hard or Soft reset

RP Console Logging- Record RP console log for

troubleshooting

USB Support- Booting via Cisco Approved USB flash

- USB serial console access



PFC4 Hardware Features SummaryIncreased MAC Table (128K)

Improved EtherChannel Hash

L2 Bridge Domain Support

Per-Port - Per-VLAN QoS

Increase Logical Interfaces

Increased Forwarding (60Mpps)

Improved IPv6 Tunneling

uRPF for IPv6

VPLS without a WAN card

MPLSoGRE

16K MPLS Aggregate Labels

L2oGRE

Multi-point EoMPLS

512K Multicast Routes

IGMPv3 / MLDv2 Snooping

1M Netflow Entries (PFC4XL)

Egress Netflow

Flexible Netflow (FnF)

TCP Flags

Cisco TrustSec

Roles-Based ACLs

Increased ACL TCAM (256K)

Increased ACL Labels (16K)

And more …..

PFC4 - Base PFC

PFC4XL - Upgrades FIB to 1M entries and Netflow table to 1M Entries (512K Ingress / 512K Egress)

Watch Out! Demo later


Feature PFC3B/BXL PFC3C/CXL PFC4/XL

IPv4 Forwarding Up to 30Mpps Up to 48Mpps Up to 60Mpps

IPv6 Forwarding Up to 20Mpps Up to 32Mpps Up to 40Mpps

FIB TCAM IPv4 256K / 1M 256K / 1M 256K / 1M

FIB TCAM IPv6 128K / 500K 128K / 500K 128K / 500K

Adjacency Table 1M 1M 1M

Netflow TableUp to 256K (XL) Up to 256K (XL) Up to 1M (XL)

(Ingress 512K : Egress 512K)

MAC Table 64K (32K) 96K (80K) 128K

Egress Netflow No No Yes

Flexible Netflow No No Yes

MPLSoGRE No No Yes

IPv6 uRPF No No Yes


Feature PFC3B/BXL PFC3C/CXL PFC4/XL

ACL Labels 4K 4K 16K

Security ACEs Up to 32K Up to 32K Up to 192K (XL Default)

QoS ACEs Up to 32K Up to 32K Up to 64K (XL Default)

Port ACLs 2K 2K 8K

Aggregate Policers 1023 1023 6K

Shared Microflow Policers 63 63 512

Egress Microflow Policing No No Yes

Distributed Policers No No Yes

Packet or Byte Based

Policing

No No Yes

RPF Interfaces 2 2 16

Native VPLS No No Yes

VSS No Yes Yes


L2/L3/L4 Switching 60Mpps

ACL’s 60Mpps

Netflow 60Mpps

Policing 60Mpps

Marking 60Mpps

MPLS 60Mpps

EoMPLS Imposition 60Mpps

EoMPLS Disposition 12Mpps

IPv4 Centralized Forwarding

v6 to v6 30Mpps

v4 to v6 Tunneling 20Mpps


IPv6 Centralized Forwarding

v6 to v6 30Mpps


IPv6 dCEF Forwarding

60Mpps

60Mpps

25Mpps

dCEF (Up to)

60Mpps

60Mpps

60Mpps

60Mpps

60Mpps

MPLS 30Mpps

MPLS 30Mpps


Switch Fabric

- Integrated 2Tbps Switch Fabric

- 26 Channels to support the 6513-E

- Provides backplane interconnects between linecards

- Fabric Traces are distributed across each linecard slot

- Each Fabric Trace can run at 20Gb/sec OR 40Gb/sec


The Supervisor 2T supports a Switch Fabric which offers each connected

linecard a set of discrete communication paths into the switch backplane…

Linecard

Slot #3

Linecard

Slot #4

Supervisor

Slot #5

Linecard

Slot #6

Linecard

Slot #7

Linecard

Slot #2

Linecard

Slot #1

Linecard

Slot #9

Linecard

Slot #8

Data Flows


The 32Gbps Classic Bus is a legacy backplane that originated with the first

release of the Catalyst 6500 back in 1999.

Supervisor

DBUS

RBUS

EOBC*

Linecard Linecard

DBUS - Data Bus - path over which data is transferred

between linecards

RBUS - Results Bus - path over which results of

forwarding lookups by the Supervisor are passed back

to linecards

EOBC - Ethernet Out of Band Channel - path Supervisor

uses for internal communication with linecards

*E-Series Chassis have a dual EOBC


Catalyst 6500 Supervisors Backplane Forwarding

Two forwarding backplanes exist in the Catalyst 6500: the shared

“Classic BUS” that operates at 16Gb and the “Switch Fabric” that

provides the 2048Gb switching capacity.

Classic BUS

Switch Fabric

Supported by Sup2T

Yes

20Gbps, 40Gbps

Supported by Sup720

Yes

8Gbps, 20Gbps

Linecard Connection Single or Dual Channel Single or Dual Channel

Supports Classic Linecard Yes Yes

Supports CEF256 Linecard Yes No

Supports CEF720 Linecard Yes Yes

Supports Linecard with DFC DFC3A/B/C DFC4

Supports Legacy Service Module Fabric Mode Bus Mode*

Supports WS-C6513ESingle Channel from slot 1 to 8

Dual Channel from slot 9 to 13Dual Channel from slot 1 to 13

Supports For VSS Yes Yes

Not All!


There are two parts to the processing functionality of the Switch - the

Control Plane and the Data Plane…

SWITCH CONTROL PLANE

SWITCH DATA PLANE

Switch Features that are processed in SOFTWARE

by a CPU…

There are two control planes

- the Switch Processor Control Plane (SP) which

processes software based Layer 2 features

- the Route Processor Control Plane (RP) which

processes software based Layer 3 features

Switch Features that are processed in HARDWARE

by Application Specific Integrated Circuits (ASICs)

LINECARDS and DFCs


• There is a PFC on the Sup (PFC3 for Sup720)

• Linecards may be “Classic” in which case they use the PFC for forwarding (15M pps)

• Fabric based linecards (67xx) may have a CFC (and use PFC for forwarding at 30M pps), or a local DFC (48M pps per card)

• Sup2T supports a very limited range of Classic cards – and it is not a very good idea usually (because of 15M pps).

• Sup 2T has a new PFC4 (60M pps)

• 67xx must have CFC (30M pps) or DFC4 (60M pps per card)


• So all the 67xx cards you have for Sup720 can be converted to work with Sup2T by changing the DFC3 to DFC4 They still run at 40G fabric speed, so the benefit is the new DFC features – 60M pps, VPLS etc

• Once converted to DFC4 the 67xx card is now called 68xx. You will be able to buy 68xx cards also

• EXCEPT the 6708 which cannot be used with Sup2T

• Any 67xx card with a CFC will also work with Sup2T – but this is not a very good idea!


69

The WS-X6908-10G supports the following…

dCEF2T Linecard

8 ports 10GE (X2 based)

No Connection to the Shared Bus

Two x 40Gb Connections into the Switch Fabric

Supports integrated DFC4 / DFC4XL

Supports Cisco TrustSec on all ports

Supports VSL on all ports

Up to 60Mpps local forwarding

Up to 256MB Buffering per port

Egress Multicast Replication

Supports Strict Priority queue on transmit

Supports 2 receive queues per port

Supports 8 transmit queues per port

Supports Deficit Weighted Round Robin

and Shaped Round Robin


69

Target Release 2HCY11

IEEE 802.3ba Standard Compliant

80Gbps Backplane

CFP Transceiver Form Factor

Earl8 Lite and Heavy Versions

Convertible to 16p 10GbE ports via SFP+ via FourX Adapter

CTS and L2 Encryption IEEE 802.1ae on all ports – wire speed

Virtual Switch Link supported on all ports



Virtual Switching System is an inherent capability in Supervisor 2T


ACE

Virtual partitioning (up to 250 Contexts)

Up to 16Gbps performance

30,000 SSL TPS

350,000 SYSLOG’s per second

4 Million concurrent connections

16K Real or Virtual Servers

Multiple probes (ICMP, TCP, UDP, etc)

HTTP deep packet inspection

Bi-Directional NAT/PAT

TCP Connection State Tracking

TCP Header validation and window size

checking

URPF check at session establishment


20 Gbps maximum firewall throughput (max)

16 Gbps of maximum firewall throughput (multi-protocol)

300,000 connections per second

10 million concurrent connections

250 security contexts

1,000 VLANs

Expected July for Sup720



4141

ASR1001 ASR1002-F ASR1002 ASR1004 ASR1006 ASR1013

Chassis

Scalable to 5 Gbps via

Software activated

license

Four built-in GE ports

Software redundancy

Scalable to 2.5 Gbps


Software redundancy

Scalable to 10 Gbps


Software redundancy

Scalable to 40 Gbps+

Software redundancy

Scalable to 40 Gbps+

Hardware

redundancy

Scalable to 40Gbps+

Hardware

redundancy

Embedded

Services

Processors

Integrated Software

Upgradeable

ASR1001-ESP2.5/5

(single)

Integrated ESP

(single) at 2.5-Gbps

ASR1000-ESP5

(single)

ASR1000-ESP10

(single)

ASR1000-ESP10

(redundant)

ASR1000-ESP10

(single)

ASR1000-ESP20

(single)

ASR1000-ESP20

(redundant)

ASR1000-ESP40

(redundant)

ASR1000-ESP40

(redundant)

Route Processor

Integrated

ASR1001-RP

(single)

Integrated

ASR1000-RP1

(single)

Integrated

ASR1000-RP1

(single)

ASR1000-RP1

(single)

ASR1000-RP1

(redundant)

ASR1000-RP2

(single)

ASR1000-RP2

(redundant)

ASR1000-RP2

(redundant)

SPA Interface

ProcessorIntegrated Integrated Integrated ASR1000-SIP10

ASR1000-SIP10 ASR1000-SIP10

ASR1000-SIP40 ASR1000-SIP40

SPA Slots 1 (single height) 1 (single height) 3 (single height) 8 (single height) 12 (single height) 24 (single height)

Integrated I/O

Daughterboard1 NA NA NA NA NA

GREEN highlight is new hardware support in IOS XE 3.2.0

Integrated ESP (single)

Default at 2.5-Gbps

Upgradeable to 5-Gbps

via software activated

license

Integrated

ASR1001-RP

(single)

1

ASR1000-ESP40

(single)

ASR1000-SIP40


Cisco Confidential© 2010 Cisco and/or its affiliates. All rights reserved. 43

Perf

orm

ance

, Sca

lab

ility

, Ava

ilab

ility

3925, 3945

Enhancing the Borderless Experience

Virtual Office

SecureMobility

SecureCollaboration

Scalable Rich-Media Services

2901, 2911, 2921, 2951

860, 880, 890

1941, 1941W

Customizable Applications

ASR Series

WAN Aggregation

&High-

PerformanceBranch

Introducing – Cisco ISR G2


• Industrial Grade Components

• Extended Temperature: -20C up to + 60C

• Environmental Protection: 95% Humidity, IP 41 for Splash Water and Pollution 3 (Dust)

• Shock and Vibe: MIL-STD-810, EN-50155, SAEJ1455, & ENG3396

• Mounting Options: Din-Rail, Floor, Wall Mount

• 3G and Single Radio – expected July

• 4G and Dual Radio – expected end of year

• Further models planned

Cisco Confidential© 2010 Cisco and/or its affiliates. All rights reserved. 45

16, 24, and 48 ports of GEor FE LAN

Feature parity withCatalyst 3560E and 2960

Local Line-rate Layer 2/3 switching

Supports Cisco EnergyWisefor green IT

Integration with MGF for LAN traffic performance optimization between modules, with no impact on CPU/WAN performance

Integrates the latest enterprise switch featuresinto the router, with the same features and configurations that are in the headquarters

Industry Leading Power Over Ethernet

Enhanced POE (ePOE),up to 20 watts per port

Takes advantage of 2900 / 3900 increasedpower levels offering up to 1040 watts per chassis

Per port autosensing and configurationof power levels

Industry leading security and authentication

Auto Smartports forplug and play port configuration

Gigabit Ethernet

New Enhanced EtherSwitch Service Modules


Cisco Services Ready Engines –

o Service modules with integrated compute &storage in small, router-integrated footprint

o Range of virtualized services and applicationsto meet branch needs

o Centralized deployment and management ofservices with flexibility to change without truck rolls

Network Integrated Vertical Applications

VirtualizedServices

IntegratedCompute and

Storage

Centralized Management

Any Service, Any Branch, Anywhere

Server Virtualization

Survivability for Cloud / Data

Centre

Network, Security and Collaboration

Services

OptimizedBranch Experience

Network-awareLean Applications

ServerConsolidation

BusinessContinuity

Service Virtualization


Compact, Versatile, High-Performance Router Blades

Internal Service Module (ISM)

Compact and Internally-Pluggable Form FactorSupported on all 1900, 2900, and 3900 ISRs

Selected Services AvailableSingle Model – SRE 300 ISM

Service Module (SM)

Versatile and High-Performance Form FactorSupported on 2911, 2921, 2951 and all 3900 ISRs

Full Range of Services AvailableTwo Models – SRE 700 SM and SRE 900 SM

No additional cabling, Ethernet ports, power supplies, and rack space required

Remote energy management with schedulable on/off times

High-performance hardware – up to 7x of previous generation

Size-, Weight- and Power-efficient form factor with low carbon footprint

Remote configuration and troubleshooting, on-board hardware diagnostics

All resources are isolated, dedicated, and independent of the host router



TIME

•7.7 billion Wi-Fi (a/b/g/n) enabled devices will enter the

market in the next five years.*

• By 2015 there will be 7.4 billion 802.11n devices in the

market.*

•1.2 billion smartphones will enter the market over the

next five years, about 40% of all handset shipments.*

• Smartphone adoption growing 50%+ annually.**

• Currently 16% of mobile data is diverted to Wi-Fi, by 2015

this will number will increase to 48%.*

• By 2012, more than 50% of mobile devices will ship

without wired ports.***

Source: *ABI Research, **IDC, *** Morgan Stanley Market Trends 2010



CleanAir proactively detects and mitigates interference – improving reliability and

performance

Wireless interference decreases reliability and performance

AIR

QUALITY

PERFORMANCEPERFORMANCEAIR

QUALITY

Cisco CleanAir Technology = Improved Wireless Network Reliability

WIRELESSRELIABILITY &

PERFORMANCE

Industry's first chip level spectrum analyzer = proactive interference protection


Detect and Classify

Cisco CleanAirHigh-resolution interference detection and classification logic built-in to Cisco’s 802.11n Wi-Fi chip design. Inline operation with no CPU or performance impact.

100

63

35

97

90

20

Uniquely identify and track multiple interferers

Assess unique impact to Wi-Fi performance

Monitor AirQuality


MitigateWireless LAN Controller

Cisco CleanAir Cisco CleanAir Technology integrates interference information from the AP into the entire system.

Classification processed on Access Point

Interference impact and data sent to WLC for real-time action

WCS and MSE store data for location, history, and troubleshooting

Maintain Air Quality

GOODPOOR

CH 1 CH 11

LocateWCS, MSE

Visualize and Troubleshoot


Key Product Capabilities

Supports up to 50 APs per site, approx. 500 end users

2x1GE plus 2x1GE PoE interfaces

Support 802.11n with 500 Mbps throughput

Licensing flexibility to add 5 or 25 APs

Robust security

Supports VideoStream, ClientLink and CleanAir technology

• Value Proposition

• Add capacity as needed with flexible licensing

• Full system-wide security with CAPWAPprotocol

• Supports automated RF interference management with CleanAir

New

Allows you to start small and grow easily

Full enterprise feature suite, sized for branch

Enterprise class wireless control and security for Small-to-Medium Offices & Branches



Supports up to 2,000 total remote APs, optimized for deployments of 50 APs or less per site – up to 500 sites per controller.

FlexConnect: Centralized control plane, local data plane with remote survivability

2x10GE;

Additional access point capacity licences can be added over time. (100-1000)

WIPS and ELM support

Partial support for VideoStream, ClientLink and CleanAir technology


• Efficient, centralized operations in the Data Center with local survivability

• Highly scalable for supporting many enterprise branches on a single controller

• Optimized for rich media applications with 802.11n and clean air technology

New

New price point for controller-based architecture in branches

Economies of scale opens up opportunity in retail, financial services, hospitality, insurance

Highly scalable wireless controller for large branch deployments and WLAN managed

services



Wireless controller blade for Catalyst 6500, supports up to 500 APs

10 Gbps throughput

Licensing flexibility to add 100 or 200 APs

Data DTLS option

Supports VideoStream, ClientLink and CleanAir technology


• Leverages existing Catalyst investment, no additional appliance or cabling to purchase

• Simple to deploy blade

• Single system to maintain and operate, unifies wired and wireless

• Full enterprise-class mobility services

New

Enterprise-class wireless control and security with low TCO leveraging Catalyst 6500 chassis



Wireless controller module for ISR G2, supports up to 50 Aps

ISM: 5-10 AP, SM: 5-50

500 Mbps throughput

Licensing flexibility to add 5 or 25 A

Supports 1941, 2900 and 3900 Series ISRG2

• Customer Value Proposition

• Leverage ISR G2 box for wired/wireless converged access

• New wireless performance and scalability with smaller footprint than appliance

• Leverages the “pay as you grow” model

Enables SW based solution

Lower entry level cost

• Simple to deploy and maintain, low TCO

New

New branch performance and scalability in the wireless controller module for ISR G2



Dual band 802.11n wireless remote AP, connected to central controller

High quality hardware with Limited Lifetime Warranty

Supports up to 2 corporate SSIDs, one personal SSID, up to 15 users

4 Ethernet ports

Control and data plane encryption

Automatic set up at power on


• Extends corporate LAN to home workers

• Enterprise-class security to protect corporate assets

• Centrally manage remote APs with a centralised controller

• Single management system for headquarters and remote APs

• Very attractive price point

New

Teleworker access point with enterprise-class security and centralized control


Simple

Unified

Single view

Siloed

Repetitive

Error ProneX

X

X

Single pane of glass view and management of Wired + Wireless network

Wireless

Wired

Wireless Wired

Cisco NCS = Common Wired+Wireless Device Management

Siloed Management Unified Wired+Wireless Management

UnifiedManagement


6060

Wired

Access

UNIQUE PERSPECTIVE Extends to USERS and ENDPOINTS

Integrated Wired & Wireless Monitoring and Troubleshooting

Any Network Any Location Any End-user Device

Wireless

Access

Remote

Access


Quickly Access the Information You Need – When You Need IT

• Identify and diagnose RF Interference events, air quality and interference security threats with Cisco CleanAir

• Robust fault event and alarm management

• Guided step-by-step client troubleshooting tools

• Ever-present search for cross network historical information

• Cisco ISE and ACS views for additional endpoint data

Coverage Visualization

Color-Coded Icons

Ever-present Alarm Summary

Centralized Monitoring of the entire WLAN and LAN

• Efficiently assess, prioritize and manage RF interference issues

• Analyze problems and misconfigurations for all client devices across all connection media

• Troubleshoot large-scale LAN and WLAN environments with minimal IT staffing

• Quickly discover events occurring outside baseline parameters

Thank you.

Documents

Switching Routing and Mobility