Metro Etherner for Danang P&T (Mar 06)

1© 2003 Cisco Systems, Inc. All rights reserved.Session NumberPresentation_ID

Cisco IP NGNfor

Metro operators

Presentation to Da nang P&T

Truong Quoc CuongTechnical lead, SP

Cisco Systems

222© 2003 Cisco Systems, Inc. All rights reserved.Presentation_ID

Agenda

1. Cisco IP NGN2. Metro services and solutions3. Cisco solution to DNG P&T/VNPT4. Cisco products update5. Q&A


INTELLIGENT NETWORKINGINTELLIGENT NETWORKING

Cisco IP NGN - ArchitectureArchitectural Convergence

GAMING VIDEO/IPTVPRESENCE-

BASED TELEPHONY

WEB SERVICES

MOBILE APPS

IPCONTACT CENTER

IntelligentEdge

CustomerElement

MultiserviceCore

Access/Aggregation

Open Framework for Enabling ‘Triple Play on the Move’(Data, Voice, Video, Mobility)

Service Exchange

Framework

APP

LIC

ATI

ON

LA

YER

APP

LIC

ATI

ON

LA

YER

SER

VIC

E LA

YER

SER

VIC

E LA

YER

NET

WO

RK

LA

YER

NET

WO

RK

LA

YER

O P

E R

A T

I O

N A

L

L A

Y E

R

TransportTransport


Cisco IP NGN – Journey with SPPartnering for Success

IP NGN Introduction. CRS-1 8 Slot. Service Control Engine

December

April

June

September

2004

2005

2005

2005

Supercomm: IP NGN SecurityDDoS Mitigation SolutionWeb VPN

IP NGN: Network ConvergenceXR 12000 Series7604 SPA/SIPLinksys & ISR MomentumVideo InnovationsCall Session Control PlatformMPLS Interworking

Cable IP NGNWideband Introduction

Today:Today:Delivering Delivering Video/IPTVVideo/IPTVover IP NGNover IP NGN

BT 21CNBT 21CN

Comcast & Time WarnerComcast & Time Warner

NTT, NTT, TelewestTelewestKabelKabel DeutschelandDeutscheland

NeufNeuf Telecom, Sprint EndTelecom, Sprint End--toto--End End

Yahoo BroadbandYahoo Broadband

Telecom ItaliaTelecom Italia


Agenda



Agenda

Metro services


Sample of metro service portfolio

• NB Internet• BB Access (x 10)• Games (x 10)• Business (e.g. 20-30%)

• L3 VPN – Large enterprise/National-wide• L2 VPN (ME)

• Residential • Triple Play (Data, Voice & Video)

• Managed/Hosted services• Managed voice• Managed security (DDOS, Fire walling, Hosted) • Hosted services (Data center)• BB voice (Linksys One)

• NGN Voice


Evolution of Local LoopsDramatic migration from LL/Dial to xDSL/Ethernet

Price

Bandwidth

Leased Lines(DDN, ATM/FR)

xDSL

EthernetEtherDSL

DIAL

DSL


Differentiate

Metro Ethernet• Business customers• Network infrastructure for Metro & Regional network• MEF (E-LAN, E-LINE)

Triple Play• Residential customer• Make use of ME infrastructure• Video/IPTV focus

Managed service• End-to-End solution• IT shift


L2VPN Cooks - Who does what?

Focus on the User-Perspective: Ethernet Services, UNI, Traffic Engineering, E-LMI, ...

Building Ethernet-Access (and beyond) Networks: Provider Bridges (802.1ad); EFM (802.3ah); Connectivity Management – OAM: 802.1ag; 802.1ah Backbone Bridges, 802.1ak Multiple Registration Protocol, 802.1aj Media Converters,...

L2VPN, PWE3 WG – Building the Network Core: VPWS, VPLS

SG15/Q12, SG13/Q3; Architecture of Ethernet Layer Networks, Services etc. – from a Transport perspective. E2E OAM.

Ethernet to Frame-Relay/ATM Service Interworking

DSL related architecture & transport aspects (WT-101): BRAS-requirements, Ethernet Aggregation / TR-59 evolution, subscriber session handling, …


Agenda

NGN Metro NetworkConvergence, Broadband and Multi-service


Metro Ethernet Network ArchitectureITU-T definition

Core Device (P)Fast Packet Forwarding, supports sophisticated Traffic Engineering & Congestion management

Core Device (P)Fast Packet Forwarding, supports sophisticated Traffic Engineering & Congestion management

Service Application Layer – Network-facing PE (N-PE)*MPLS, L2TPv3, VPWS, VPLSIP Service Application layer: L3VPN, Internet AccessValue Added Services: Content, Managed IDS, Firewall, Hosted Telephony, L2 Service Interworking

Service Application Layer – Network-facing PE (N-PE)*MPLS, L2TPv3, VPWS, VPLSIP Service Application layer: L3VPN, Internet AccessValue Added Services: Content, Managed IDS, Firewall, Hosted Telephony, L2 Service Interworking

Aggregation Device (PE-AGG)Traffic aggregation and congestion managementAggregation Device (PE-AGG)Traffic aggregation and congestion management

Edge Device – User facing PE (U-PE)*Admission control, Security Policy Enforcement, Classification, Policing and MarkingMapping function: “VPN Mapping” to a VLAN to SONET/SDH circuit, VLAN to EoMPLS tunnel, VRF lite to MPLS VPN, VC-ID translationService Enforcement layer; E2E SLA monitoring and reportingL2VPN: ERS, EMS, ERMS, EWSL3VPN

Edge Device – User facing PE (U-PE)*Admission control, Security Policy Enforcement, Classification, Policing and MarkingMapping function: “VPN Mapping” to a VLAN to SONET/SDH circuit, VLAN to EoMPLS tunnel, VRF lite to MPLS VPN, VC-ID translationService Enforcement layer; E2E SLA monitoring and reportingL2VPN: ERS, EMS, ERMS, EWSL3VPN

U-PE

PE-AGG

N-PE

P

CE

* draft-ietf-ppvpn-l2-framework-03.txt


Building a L2VPN Service ArchitectureAreas to Be Addressed

How to Build theEthernet Access

UNI Definition How to Build theInterconnect Media

How to Connect theEA & IM Networks• Redundancy,

Interaction w/ PWs• Dual-Homing• Backdoor links• STP & address scaling• OAM&P, …

• MPLS/L2TPv3• Redundancy

address withdrawal• PW – encap & signal.• Auto-Discovery• OAM&P,…

• Customer STPand BPDU handling

• 802.1x, 802.3x,802.3ad• Dual Homing• Customer’s

GVRP, GMRP, LLDP,…

• Minor changes to standard IEEE bridges

• Customer VLAN transp.• MAC address scalability• Redundancy• OAM&P,…

U-PE A

U-PE B U-PE C

N-PE 3

N-PE 4N-PE 2

N-PE 1CustomerEquipment

CE

CE

UNI

SP Network

PW

Access Core

CE

U-PE D

UNI

ATM

MPLSSONET/SDH

NativeEthernet

PW


Metro Ethernet island

Inter-MetroBackbone

MetroAccess

Metro Aggregation

RegionalMetro

Catalyst 6500/Cisco

7600

Catalyst 4500/6500/ Cisco 7600

ME 3400 Series /3750M

ME 3400 Series

Enterprise/SMB

Residential/SOHO/SMB

ISP

SiSi

SiSi


Next Generation MAN Architecture Functional Layers

• Service Connectivity and Tunnelling• Subscriber and Service Aggregation• Metro Ethernet Aggregation Network• Metro Core Network

Full ServiceCustomer Equipment

Large ScaleAggregation

IntelligentEdge

MultiserviceCore

Efficient Access

Integrated ArchitectureIntegrated Architecture

Access Node

Aggregation Node P

CE

BRAS

PPP, IP, MPLS MPLS/IPEthernet/IP/MPLSDSL, Ethernet

NMS/OSSNMS/OSS

MPLS PE

Ethernet

ATM PVC

EthernetAccess MPLSEthernet

Aggregation


Agenda

Deployment scenarios


Layer 2 and Layer 3 VPNs VPNs

ME 6524

Metro HQ

Metro Branch 1

ISP

Blue VRF OrangeVRF

Service Provider Network

ME 6524 ME 6524 ME 6524

ME 6524

Metro Branch 2Metro Branch 3

Metro Branch 4

• 802.1Q Tunneling• Layer 2 Protocol Tunneling• VLAN Translation

• Hardware-based EoMPLS and MPLS• MPLS Traffic Engineering• MPLS Fast Reroute


Triple Play ServicesTriple Play

FTTH

STB

ADSL

DSLAM

Modem


STB

ME 6524

Voice

Video

Data

Voice

Video

Data

Customer Located Switch

• IEEE 802.1Q Trunk • 802.1Q Tunneling• DHCP Snooping, DHCP Option 82

• Hardware Multicast Replication• IP Multicast Protocol (PIM-SM, PIM-

SSM, IGMP v3, IGMP Snooping)


H-VPLS ServicesH-VPLS

ISP

ME 6524

VPLS

MPLSAccess

ME 6524 ME 6524

ME 6524

MPLSAccess

Pseudowire Pseudowire

• Hardware-based EoMPLS• EoMPLS VC type 4 and type 5

• MPLS Fast-Reroute• MPLS Traffic Engineering


Agenda

Metro Ethernet


Service Provider Ethernet

• Delivers an Ethernet UNI to businesses/subscribers for WAN/Broadband connectivity

• SP has multiple transport, access and service offering options

100 Mbps

Ethernet

RemoteWorker/Subscriber

Regional Headquarters

10 MbpsEthernet

2 MbpsEthernet

Subscriber

SPMetro Ethernet

Network RemoteOffice 2

RemoteOffice 1

PSTN

Multi-Tenant Unit (MTU)

STBSTB

L3VPNVoIPHosting

Ethernet UNI


Layer 3 & Layer 2 VPN Characteristics

• SP devices forward customer packets based on Layer 3 information (e.g. IP addresses)

• SP is involved in customerIP routing

• Support for any access or backbone technology

• IP specific• Foundation for L4-7 Services!• Example: RFC 2547bis VPNs

(L3 MPLS-VPN)

• SP devices forward customer frames based on Layer 2 information(e.g. DLCI, VPI/VCI, MAC)

• Enterprise stays in control of L3 policies (Routing, QoS)

• Access technology is determined by the VPN type

• Multiprotocol support• Example: FR—ATM—Ethernet

LAYER 3 VPNs LAYER 2 VPNs

The Choice of L2VPN over L3VPN Will Depend on How Much Control the Enterprise Wants to Retain

L2 VPN Services Are Complementary to L3 VPN Services


EE--LANLANVPLSVPLS

EE--LineLineVPWSVPWS

VirtualVirtual

PORT PORT VLANVLAN

EE--LANLANVPLSVPLS

EE--LineLineVPWSVPWS

EE--LANLANMPMP--toto--MPMP

EE--LineLinePtPt--toto--Pt / PtPt / Pt--toto--MPMP

PrivatePrivate

Ethernet VPN Services (MEF, IETF)Naming Convention

** Metro Ethernet Forum terminology** IETF terminology


EMSEMS

EWSEWS

VirtualVirtual

PORT PORT VLANVLAN

ERMSERMS

ERSERS

EPREPRMPMP--toto--MPMP

EPLEPLPtPt--toto--Pt / PtPt / Pt--toto--MPMP

PrivatePrivate

Ethernet Based VPN ServicesLayer1 & Layer2 Services + Layer3 Access

(Ethernet Private Line)

(Ethernet Private Ring) (Ethernet Multipoint Serv ice) (Ethernet Relay Multipoint)

(Ethernet Wire Service) (Ethernet Relay Service)


Building a L2VPN Service ArchitectureAreas to Be Addressed

How to Build theEthernet Access

UNI Definition How to Build theInterconnect Media

How to Connect theEA & IM Networks• Redundancy,

Interaction w/ PWs• Dual-Homing• Backdoor links• STP & address scaling• OAM&P, …

• MPLS/L2TPv3• Redundancy

address withdrawal• PW – encap & signal.• Auto-Discovery• OAM&P,…

• Customer STPand BPDU handling

• 802.1x, 802.3x,802.3ad• Dual Homing• Customer’s

GVRP, GMRP, LLDP,…

• Minor changes to standard IEEE bridges

• Customer VLAN transp.• MAC address scalability• Redundancy• OAM&P,…

U-PE A

U-PE B U-PE C

N-PE 3

N-PE 4N-PE 2

N-PE 1CustomerEquipment

CE

CE

UNI

SP Network

PW

Access Core

CE

U-PE D

UNI

ATM

MPLSSONET/SDH

NativeEthernet

PW


Metro Ethernet “Access and Connectivity” ServicesEthernet to Residential and Business Customers

Core

Metro Ethernet

Network

Metro Ethernet

NetworkMetro Ethernet

NetworkHFC

IPDSLAM

Metro Ethernet

Network

•• Ethernet AccessEthernet Access

•• DSL AccessDSL Access

•• Cable AccessCable AccessInternet

Access

Ethernet Connectivity

L2 M2P

Services

Ethernet Access Ethernet Access ServicesServices

Eth

DSL

CMTS

EthernetSW

Ethernet Connectivity

L2 P2P

Intra / Inter-Metro


Three Types ofBandwidth Profiles

UNIEVC1

EVC2

EVC3

Ingress Bandwidth Profile Per Ingress UNI UNI

EVC1

EVC2

EVC3

Ingress Bandwidth Profile Per EVC1



UNI EVC1

CE-VLAN CoS 6 Ingress Bandwidth Profile Per CoS ID 6

CE-VLAN CoS 4

CE-VLAN CoS 2

Ingress Bandwidth Profile Per CoS ID 4

Ingress Bandwidth Profile Per CoS ID 2

EVC2


Service Performance (QoS)

• Service Performance ParametersFrame Delay

Frame JitterFrame Loss

• Service performance level to delivery determined via: Per CoS ID, e.g., 802.1p user priority per EVC

Per UNI (port), i.e., 1 CoS for all EVCs at UNI


Metro Network ArchitectureServices Portfolio

Fiber

xWDM

MSPP/MSTPRPR Routing/Switching

Network

EPLEWSEWS

ERSEMSERMSEPRMulticast

EWSERSEMSERMS

Multicast

IP VPNEoMPLS

Multicast

TDMSANλ

IP VPNEoMPLS(Access)


Metro Ethernet Services Types

EthernetPrivate

Line

Layer 2 Layer 3Layer 3Layer 1

EthernetWire

Services

EthernetRelay

Services

EthernetMulti-ptServices

EthernetRelay

Multi-ptServices

EthernetPrivate

Ring

IPMPLS

Point to Point Multi-point to Multi-point

ContentScreening

Security;CCTV

Enter-tainment

CorporateAccess

HomeDeviceMgmnt

Streaming(Audio,Video)Hosted

TelephonyInstant

Messaging

BusinessContinuance

StorageWeb

Hosting

DirectoryService

SecureEmail


How can it be used for Services to enterprise customers?

MetroMetroEthernetEthernet

IP VPNIP VPN

Internet AccessInternet Access

IP Services(layer 3)

Differentiation to Differentiation to existingexisting

or new servicesor new services

Ethernet RelayEthernet Relay

Ethernet LineEthernet Line

Transparent LANServices

Transparent LANServices

ConnectivityServices (layer 2)

New ServiceNew ServiceRevenueRevenue

Frame RelayInterworkingFrame RelayInterworking

Legacy ServiceEnhancement Extending valueExtending value

Of frame relayOf frame relayinvestmentinvestment


The Complete Transport Service Portfolio

3H networks- High security, bandwidth, resiliency

Private Metro Ethernet NetworkEthernet Private Ring

Full meshed networksTransparent LANwith QoS

Ethernet Multipoint Service

Hub & spoke networksFR up to 1 Gbpswith QoSEthernet Relay Service

Multi-service high speed DDNBurstable DDN with QoSEthernet Wire Service

High speed DDNDDN up to 1 GbpsEthernet Private Line

ApplicationsService AnalogyEthernet Services


Metro Ethernet ServicesA Comparison With Legacy L2 Services

lowlowHighService Flexibility

slowslowFastProvisioning

ComplexComplexSimpleAdministration

NoNoYesIP Optimized

$$$$$$CPE: per port Cost

$$$$$$Cost/Mb

LowMediumHighProtocol Efficiency

YesLimitedSupportedQoS

1.5M to 622M56K to 45M10M to 10GScalability

ATMFREthernetAttributes


Connectivity Requirements Differsby Enterprise Application

Transparent LAN- L2 LAN Service

Multipoint connectivityShared bandwidthCIR/PIRAddress transparencyNative LAN speed/rate limited

MAN/CampusData/IP applicationLAN-LANLAN Extension

Ethernet Line – L1 Private line

Point-to-pointDedicated BandwidthL1 protection/highest reliabilityHighest security

Campus/MAN Data/IP applicationData center interconnectRemote StorageData center trunk to CO

Ethernet Line- L2 Relay Services

Ethernet Line – L2 Line Service

Connectivity/Service

All of the aboveSupport service multiplexing on the same port FR/ATM interworking

MAN/WANData/IP applicationHigh speed Access to Internet/intranet/extranet Hosted service Provider

Point-to-pointNative LAN speedsShared BandwidthBurstingL2 Protection

MAN/WAN Data/IP applicationHigh speed Internet Bulk Data transfer

- data back-ups

RequirementsApplication


Metro Ethernet Services Enterprise Requirements

Classes of Service

Service Uptime

Management

Multicast

Security

Service Level Agreement (SLA) Characteristics

• Cost Effective• Investment Protection• FR/ATM Inter-working

• Analogous to WAN Classes of Service (4 Levels or More, Shaping and Rate Limiting)

• LAN Extension, Priority & Non-Priority, CIR&PIR

• High Availability

• Resiliency / Redundancy

• Customers would pay a Premium for Dual Redundancy

• Secure Private Networks (VPNs)

• Protection against Hackers

• Mechanisms to prevent DOS

• Firewall/IDS

• Authentication/ Login

• Minimal management overhead for provisioning from end-user perspective

• Bandwidth Adjustment

• Self-provisioning may become a Tie Breaker

• Networks today not suited for any-to-any voice/video/ collaboration type of traffic

Protocols Handling

• Large Routing Domain between SP & Enterprises

• Transport of Enterprise L2 PDUs across SP Network


Ethernet Wire Service (EWS)

• FeaturesCarrier network transparencyOversubscription using stat-muxingTiered service offering based on bandwidth, CoS, distanceSLA Capability based on classes of serviceRouters and/or Switches as CPE devices

• Sample SP Service OfferingP2P LAN extensionEthernet access to providers (e.g. storage)Data Center connectivity

Enterprise B Enterprise C(HQ)

Ent C Branch Office

Enterprise APrimary Data Center

SP PoPStorage

Metro EthernetService Provider

Network

Enterprise ABackup Data Center

CPE-Router/Bridge


UNI AttributesUNI Attributes

1000Mb10Mb 100Mb

Fullduplex Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer

Service Multiplexing

Speed

Bundling

All to One Bundling

EVC AttributesEVC Attributes

PTP(E-Line)

MP(E-LAN)

Yes

Yes No

CE-VLAN ID Preservation

CE-VLAN COSPreservation

Unicast Frame Delivery

EVC Type

MCAST Frame Delivery

BCAST Frame Delivery

No

CIRIngress BW ProfilePer UNI

Ingress BW ProfilePer EVC

Ingress/Egress BW Profile COS ID

L2 Control ProcessingL2 Control Processing

802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PAgP

UDLD

Conditional Un-conditional



Peer Discard Pass

CBS

EIR

EBS

Yes NoService FrameTransparency

Ethernet Wire Service (EWS)SERVICE

DESCRIPTION


Ethernet Relay Service (ERS)

• FeaturesScalability for large sites

Service tiering based on bandwidth, CoS, distance

SLA - CIR/PIR/Burst, lossFR/ATM Inter-workingRecommend a router as CPE device

• Sample SP Service OfferingBranch Office VPN (L2VPN, F/R equivalent)IP VPN access (L3VPN -Intranet/Extranet)Internet (ISP) access

SP POP

MetroBranch 1

Metro HQ

Multiple services at UNI

Metro ServiceProviderNetwork

MetroBranch 2

CPE-Router

IP VPN

Internet

FR/ATM



1000Mb10Mb 100Mb

Full Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer


Speed

Bundling

All to One Bundling


PTP(E-Line)

MP(E-LAN)

Yes

Yes No




EVC Type



No





802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PAgP

UDLD




Peer Discard Pass

CBS

EIR

EBS


Ethernet Relay Service (ERS)SERVICE

DESCRIPTION


Ethernet Multipoint Service (EMS)

• FeaturesRate Limiting possible

Service tiering based on bandwidth, CoS, distance

Routers and/or Switches as CPE devices

• Sample SP Service Offering Corporate/campus LAN extension LAN Extension over WAN

Disaster RecoveryHQ Metro

Branch - 1

Metro Branch - 2

Data Back-UpSite

Service ProviderNetwork

SP VLAN

CPE-Router/Bridge



1000Mb10Mb 100Mb

Full Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer


Speed

Bundling

All to One Bundling


PTP(E-Line)

MP(E-LAN)

Yes

Yes No




EVC Type



No





802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PAgP

UDLD




Peer Discard Pass

CBS

EIR

EBS


Ethernet Multipoint Service (EMS) SERVICE DESCRIPTION


Ethernet RelayRelay MultipointMultipoint Service (ERMS)

• FeaturesRate Limiting possibleService tiering based on bandwidth, CoS, distanceRecommend a router as CPE device

• Sample SP Service Offering Branch Office VPN (L2VPN, F/R equivalent)IP VPN access (L3VPN -Intranet/Extranet)Internet (ISP) accessDisaster Recovery HQ Metro

Branch - 1

Metro Branch - 2

Data Back-UpSite

Service ProviderNetwork

SP VLAN

CPE-Router/Bridge

SP POP

IP VPN

Internet



1000Mb10Mb 100Mb

Full Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer


Speed

Bundling

All to One Bundling


PTP(E-Line)

MP(E-LAN)

Yes

Yes No




EVC Type



No





802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PaGP

UDLD




Peer Discard Pass

CBS

EIR

EBS


Ethernet Relay Multipoint Service (ERMS)

SERVICE DESCRIPTION


Ethernet Private Line Service (EPL)

• FeaturesUses Sonet/SDH as transport layerDedicated bandwidthNo OversubscriptionHigh availability-protectedSLA – Uptime, bandwidth, packet loss

• Sample SP Service OfferingMission criticalData centersBusiness continuityNetwork consolidation

Secondary Data Center

Primary Data Center

Metro Branch - 2

Service Provider NetworkSONET / SDH

Metro Branch - 1

HQ

CPE-Router/Bridge



1000Mb10Mb 100Mb

Full Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer


Speed

Bundling

All to One Bundling


PTP(E-Line)

MP(E-LAN)

Yes

Yes No




EVC Type



No





802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PAgP

UDLD




Peer Discard Pass

CBS

EIR

EBS


Ethernet Private Line (EPL)SERVICE

DESCRIPTION


Ethernet Private Ring Service (EPR)

• FeaturesStatistical MultiplexedUses RPR transportDedicated bandwidth for RPRFlexible Bandwidth3H - High availability, high bandwidth & high security

• Sample SP Service OfferingGreat for many low speed servicesInternet AccessMission criticalData centers connectivityHQ/Campus ring

Secondary Data Center

Primary Data Center

Service Provider NetworkRPR

Metro Branch - 2

HQ

CPE-Router/BridgeMetro

Branch - 1



1000Mb10Mb 100Mb

Full Auto

802.3

Yes No

Yes No

Yes No

Mode

MAC Layer


Speed

Bundling

All to One Bundling


PTP(E-Line)

MP(E-LAN)

Yes

Yes No




EVC Type



No





802.3x

LACP

802.1x

GARP

STP

BridgeMCAST

CDP

VTP

PAgP

UDLD




Peer Discard Pass

CBS

EIR

EBS


Ethernet Private Ring SERVICE DESCRIPTION


Agenda

Triple Play


• Common Subscriber Services across any Last Mile access

• Continued Leadership in Ethernet Aggregation

Price/Density• IP Services for Business

and ConsumerVoice, Video, DataL2/L3 VPN

• Service Exchange integration

• Architectural evolution

Service Provider Edge —Strategy

7600

DSL

MobileWireless

802.11WiFi

MetroBroadband

Aggregation

Cable

ETTx

Core

IP Service Node

IP Service Node


Cisco IP NGN - New Service RevenuesExample: Residential Broadband Services

Local and LD Voice $40/mo

Teleworker$70/mo

Digital Music

$10/mo

Broadband Access$30/mo

NetPVR$10/mo

Video and xVoD$50/mo

Home Net $10/mo

Wireless Security $30/mo

Gaming$7/mo

Integrated Networks, Content and Entertainment Systems


NGN Market Drivers Device Functionality is Blurring... Any Service, Any Device

AT WORK, AT HOME, ON THE ROADAT WORK, AT HOME, ON THE ROAD

Video Conferencing

Video Conferencing

Digital TV /VOD

Digital TV /VOD

VoIPVoIP High-Speed Internet /VPNHigh-Speed

Internet /VPN

PDA /EmailPDA /Email

Text / Instant Messaging

Text / Instant Messaging

Custom Ring Tones / MP3

Player

Custom Ring Tones / MP3

Player

Push-to-Talk /Intercom

Push-to-Talk /Intercom

VOICEVOICE DATADATAVIDEOVIDEO


NGN Market Drivers IP Rich Media Applications & Services

VIDEO ON DEMANDTV ON DEMAND / nPVR

VIDEO ON DEMANDTV ON DEMAND / nPVR

BROADCAST TELEVISIONBROADCAST TELEVISION VIDEO STREAMINGVIDEO STREAMINGVIDEO PHONE / VIDEO CONFERENCING

VIDEO PHONE / VIDEO CONFERENCING

GAMING / INTERACTIVE TVGAMING / INTERACTIVE TV

“Over the Top”Video

“Over the Top”Video

Managed Video

Applications

Managed Video

Applications

Video Communications

Services

Video Communications

Services

VIDEO TO OTHER DEVICESVIDEO TO OTHER DEVICES


NGN Market Drivers Impact of Broadband Traffic

IPTV

InternetAccess

VoIP

IP Traffic

Time

128k - 6.0 MbpsInteractive Gaming

3.0 – 5.0 MbpsBroadcast TV (SD-TV)

30Kbps-100 KbpsVoIP

6.0 – 7.0 MbpsHDTV MPEG-4

3.0 - 6.0 MbpsVideo on Demand

.500 - 1.5 MbpsInternet

Bandwidth Required

Consumer Applications


• Map service VC to VLAN• ATM COS on the UNI and IEEE 802.1p on NNI• PPPoE, PPPoA, 1483/2684 bridged/routed support• L2 isolation inside a VLAN, MAC forced forwarding• IGMP snooping (no message suppression) & fast leave• DHCP snooping with OP 82 or VMAC for IP bridged, VMAC for PPPoE• Security Functions:

MAC, ARP, IP spoofing Prevention

MAC filter to separate users, limit broadcast

U-PE Ethernet DSLAM Functional Set

IPDSLAM

SIP

VideoSP

ISP ATM (AAL5)

8 x PVCs per ADSLCPE

modem

IEEE 802.1QVoice

Video

Data Set-top Box

PEM

P:5

P:4

P:0

P:4

VBR-rt

VBR-nrt

UBRDSLCPE

Q1

Q2

Q3

Q4

N-PEPE-AGG


Triple Play Ethernet DSLAMs Architecture Concept

Architecture concept aligned with DSL Forum WT-101

O n- LineM essageFail Net wor k

Pow erCh Up

Ch Dn

Sel ectG ui deM enu NLCn3

PE-AGG

802.1Q

N-PE

Ethernet RingsHub & Spoke Business Customer

Residential Customer


Pow erCh Up

Ch Dn

Sel ectG ui deM enu NLCn3

Residential Customer

Remote CO

802.1Q

Ethernet DSLAM

RG

RG

PC

STB

LoginPortal

Access ProviderAAA + DHCP

ServersIP / MPLS

RG

Business Customer

ISPs’ DHCP & AAA Servers

802.1Q

802.1Q

L3 IP/MPLS

L2 EthernetU-PE


PPPoE Internet Access Service


Pow erCh Up

Ch Dn

Sel ectG ui deM enu NLCn3PE-AGG

802.1Q

N-PE

Multiple GE Rings Residential CustomerRemote CO

802.1Q

CPE

PC

STB

Access Provider’sAAA & Billing Servers

IP / MPLS

ISPs’ AAA & Billing Servers

Internet Video Headend

VOD Servers

PPPoE Client (PC or routed CPE) generates PPP VMAC translation done by DSLAM for authorization

User is authenticated at AAA Server and IP address is assignedUser is re-authenticated at ISP of choice (based on user domain)

User can access internet

U-PE


IP Bridged Internet Access Service


Pow erCh Up

Ch Dn


802.1Q

N-PE


802.1Q

CPE

PC

STB

Access Provider’sDHCP & Billing Servers

IP / MPLS

ISPs’ AAA & Billing Servers

Internet Video Headend

VOD Servers

PC or Routed CPE generates DHCP requestSubscriber is identified via DHCP Op 82/VMAC inserted

by the DSLAMUser is authorized by the DHCP sever and IP address is assigned

User can access internetAssumes flat fee Internet Access service

U-PE


Broadcast TV, PPV, Radio Service


Pow erCh Up

Ch Dn

Sel ectG ui deM enuNLCn3

PE-AGG

802.1Q

N-PE


802.1Q

CPE

PC

STB

Access Provider’sAAA, DHCP & Billing

Servers

IP / MPLS Internet

TV/PPv/Radio Headend

VOD Servers

STB generates DHCP requestSubscriber is identified via DHCP Option 82/VMAC

inserted by the DSLAMIP address is assigned (may be conditional on user subscription)

STB generates IGMP request (subscription level verified at DSLAM)

U-PE


Video on Demand, Personal VCR Service


Pow erCh Up

Ch Dn


802.1Q

N-PE


802.1Q

CPE

PC

STB


Servers

IP / MPLS Internet

Video Headend

VOD , PVR Server

User access Video Server where he is authenticatedTraffic is unicast to user

STB generates DHCP requestSubscriber is identified via DHCP Option 82/VMAC

IP address is assigned (may be conditional on user subscription)

U-PE


Voice Service

PE-AGG

802.1Q

N-PE


802.1Q

CPE

PC

IP Phone


Servers

IP / MPLS Internet

Video Headend

SIP Proxy

IP Phone can establish calls using the SIP proxy

IP Phone generates DHCP requestSubscriber is identified via DHCP Option 82/VMAC

IP address is assigned (may be conditional on user subscription)

U-PE


Architecture for MulticastL3 NPE replication and L2 DSLAM replication

R

DSLAM L2 ReplicationIGMP snoopingIGMP filteringIGMP message throttlingIGMP message suppression

N-PE L3 Replication•IGMP registration•PIM-SSM, SSM mapping

Vlan for Multicast Multicast L2 replication PVC/VLAN for Multicast

IGMP

snooping

CPEMetro Ethernet

NetworkMetro Ethernet

Network

VoIP /PSTN

Internet

Video /VoD

N-PEPE-AGG

STBSTBHAGHAG

PVCs/VLANs

R


Architecture for MulticastL3 PE-AGG replication and L2 DSLAM replication

R

DSLAM L2 ReplicationIGMP snoopingIGMP filteringIGMP message throttlingIGMP message suppression

PE-AGG L3 Replication•IGMP registration•PIM-SSM, SSM mapping

Vlan for Video Multicast L2 replication PVC/VLAN for Video

IGMP

snooping

CPEMetro EthernetNetwork

Metro EthernetNetwork

VoIP /PSTN

Internet

Video /VoD

N-PEPE-AGG

STBSTBHAGHAG

Service PVCs/VLANs

R


Agenda

Service Control


The Future: A Service Controlled Network

Real-Time Control

Application Awareness

SubscriberIntelligence

Service Velocity

BroadbandAccess Network

ManagedNetwork

PublicNetwork

EnterpriseNetwork

Third PartyPartner Network

Programmability to support new applications and new business requirementsService Velocity

Application session-level bandw idth shaping, blocking, redirecting (http, rtsp, sip)Real-Time Control

Subscriber state management (per-subscriber BW management, quota and OSS integration (via DHCP and RADIUS integration)

Subscriber Intelligence

Stateful deep-packet application inspectionApplication Awareness

RequirementsFunction


P2P Traffic Management – Case Study

• Savings on network OPEX & CAPEX • Number of support calls with complaints on level of service was

reduced to zero!

Video

Web

P2P

Reduced transit costs

More BW for interactive apps =improved performance, reduced support & churn


Service Differentiation

Define, Enforce, and Bill for Service Offerings

Best Effort

60% of subscribers

account forabout 60% of day-time use

Video on Demand

Voice Over IP

P2P, Spam, DoS, Other Malicious Traffic

Browsing, Email, Chat, File Transfer

Bundled Services


Classification / Policy Engine In ActionEnd-User

Set Priority = 1DefaultDefaultSIP-OffNetRTP (bind to F:104)

UDP, 128.33.1.99, 61.2.3.4, 3031, 30223

Set Priority = 1DefaultDefaultSIP-OffnetSIPTCP, 128.33.1.99, 61.2.3.4, 3211, 5060

Alert if more than 3,000 / hour

spam128.33.1.7@grp1SMTP-OffnetSMTPTCP, 128.33.1.7, 61.2.3.4, 3122, 25

Global Control:

30mbps/120mbps

(no limit between 1am-4am)

DefaultDefaultP2PeDonkeyTCP, 128.33.1.44, 61.2.3.66, 13142, 80

Redirect to: www.xxx.com

Kidsmaggie_simpsonBrowsing-List1HTTPTCP, 128.33.1.6, 61.2.3.4, 4321, 80

Default

Package

NoneDefaultGeneralBrowsing

HTTPTCP, 128.33.1.1, 61.2.3.4, 3122, 80

ActionSubscriberServiceProtocolFlow tuple


Agenda

Managed services


Cisco IP NGN - New Service RevenuesExample: Residential Broadband Services

Local and LD Voice $40/mo

Teleworker$70/mo

Digital Music

$10/mo

Broadband Access$30/mo

NetPVR$10/mo

Video and xVoD$50/mo

Home Net $10/mo

Wireless Security $30/mo

Gaming$7/mo

Integrated Networks, Content and Entertainment Systems


Corporate

Regional HQRegional HQ

Revenue GrowthIP VPN is the Foundation for Enhanced Services

Branch 1Branch 1 Branch 2Branch 2 Branch 3Branch 3

Content Distribution

Hosting

Call Center

IP Tel &UM

IP Tel &UM

Remote & Mobile Access VPN

Remote & Mobile Access VPN

Firewall/IPS

IP VPNFoundation

IP VPNFoundation

Cable /DSL

Cable /DSL

VMVM

PSTNRemote AccessRemote Access

Content Distribution

Collaborative AppsB2B

ApplicationsB2B

Applications


Connecting Companies to Service ProvidersBasic value of partnering with Cisco

• Common routing protocols

• Consistent security• Class-of-service

policies

• Network stability• Faster restoration• Easy network changes• Easy end-to-end

management717171


APAC FY06 Managed Services

IPT

Optical

Sec

CommFranchise

•Sales Slide Deck•Technical Service Description•Marketing Service Description•Features & Benefits•Target Market Segment•Rate Card Options•Best practice & examples•Design Guide & Cases•Implementation Cases•Sales Guides•Tools – Value prop, Qualify (Base & case), RoI•Support Day 1 & Day 2 options•Management & BillingIP-VPN

Service Group Target CollateralManaged Call Manager on Client Site

Mgd CCM in Data Center (hosted)Managed CCME

Managed IP Trunk Service Mgd & partitioned Hosted CCM

Service

Managed Data Center Recovery Managed Ent Backbone

Managed Firewall & IP sec VPN IOSManaged DDOS

Managed Appliance FWManaged IPS/IDS IOS

Managed Firewall & IP sec VPN IOSRemote access for ISR

Managed SIA + VPN+ IPCManaged SIA + WLAN

Managed WAN QoS enabled + IP SLA


Agenda



High Level Architecture - View

Metro Access Network

Metro Access Network

MetroCore (MPLS)Metro

Core (MPLS)

INTERNET

IP RANEDGE IP RAN

EDGEIP RANCORE

IP RANCORE


CISCO CRS-1/ XR 12K

Proposed MPLS NetworkIntegration Steps (I): Transitional - Integrated Core Network

GE

NEW Core

GE

Juniper(Existing Core)

Juniper Existing EDGE & BRAS

IP/MPLSCORE

Internet GW

INTERNET

New Next Gen Metro Service Edge/Aggregation

10GE


VNPT IP NGN:Proposed High Level Architecture (Modular Framework)

VNPTNational MPLS

(10G/40G) Backbone

P

Juniper M160

PPPE

Metro Core(MPLS-10G)

Route Reflector

10G

NEW

Met

ro

Acc

ess/

Aggr

egat

ion

Netw

ork

INTERNET

NEW Carrier GradeCore

(Cisco CRS-1/XR 12K)

PE

Metro Core(MPLS-10G)

NEW

Met

ro

Acc

ess/

Aggr

egat

ion

Netw

ork

10G

MSEMSE

MSE: 7600/12KCarrier Core: CRS-1/XR 12K

ERX(ATM BRAS) ERX

(ATM BRAS)

Internet GW


ExistingAccess FR/ATM

ATM/FR

EthernetSonet/SDH

IP/VPNBRAS

NEW: Next Gen

Metro

Migration to Common Service Network and Multi-Service Edge : Step-1

Build the Multiservice IP MPLS Core

IP/MPLS CORE

CRS-1/XR 12K

Cisco

Juniper


Proposed MPLS NetworkIntegration Steps (II): Converged Packet Core

GE/10GE

GE

CRS-1/XR 12K

GE

Internet GW

GE/10GE

Existing Edge & BRASExisting Edge & BRAS

RSVP-TE for P to P and P to PE

(Juniper)

IP/MPLS COREIP/MPLS CORE(10G/40G)(10G/40G)

MULTI-SERVICE EDGE• LL/FR/ATM/ETH• L2/L3 VPN• Triple-Play• IPV6• MULTICAST VPN• TE/FRR/RSVP-TE

INTERNET

CRS-1/XR 12K

New Next Gen Metro Service Edge/Aggregation


One Network, Any Access, Any Services

ATM/FR

IP/MPLSEthernet

Sonet/SDHIP/VPNBRAS

Private IP

Seamless Service Interworking Layer 2 & Layer 3 Services onto a Single Packet Infrastructure Seamless Service Interworking Layer 2 & Layer 3 Services onto a Single Packet Infrastructure

Migration to Common Service Network and Multi-Service Edge: Step-2

Public IP

MSE(7600/12K

BRAS

CRS-1/XR 12K


Next Generation MAN Architecture Functional Layers

• Service Connectivity and Tunnelling• Subscriber and Service Aggregation• Metro Ethernet Aggregation Network• Metro Core Network

Full ServiceCustomer Equipment

Large ScaleAggregation

IntelligentEdge

MultiserviceCore

Efficient Access

Integrated ArchitectureIntegrated Architecture

Access Node

Aggregation Node P

CE

BRAS

PPP, IP, MPLS MPLS/IPEthernet/IP/MPLSDSL, Ethernet

NMS/OSSNMS/OSS

MPLS PE

Ethernet

ATM PVC

EthernetAccess MPLSEthernet

Aggregation


Next Generation Metro Services

Business Services• DSL/ Ethernet Access• DSL Access: ERS, L3VPNs• Ethernet Access: L3 VPN, EWS, ERS, EMS, ERMS

Residential Retail Services• DSL Access• Internet Access, VoIP Telephony, VoD, IPTV

Residential Wholesale Services• Layer 3 handoff: L2TP, MPLS VPNs• Layer 2 handoff: 802.1q VLANs (EoMPLS transport)


Next Generation Broadband Architecture

DSL Access Node

BRAS

MPLS PE

Business

Corporate

Residential

STB

Aggregation Node

Aggregation Node

Core NetworkIP / MPLS

VoD

Content Network

TV SIP

Business

Corporate

Business

Corporate

Aggregation Node

SiSi

SiSi

SiSi

SiSi

Ethernet Access Node

Aggregation Network(RPR/DWDM/GE)

Distribution Node

Access L2/3 Edge

Identity Address Mgmt

Portal Subscriber DatabaseMonitoring Policy

DefinitionBilling

Policy Control Plane (per subscriber)

VoD

Content Network

TV SIP

Ethernet Access


QoS Service Architecture

CAR: BandwidthPolicy

CAR: BandwidthPolicy

CAR: PacketClassificationCAR: PacketClassification WRED

Gold Silver Bronze

STM-n/GEProvider Edge

CBWFQ

CE ProviderEdge CRS-1/

XR12KCRS-1/XR12K

ProviderEdge CE

Rate Limiting, Precedence set

and Label imposed

SendsIP Packet

MDRR queuing

Labels removed and forwarded to customer

CBWFQ/WRED

Packet Directiond

CBWFQ/WRED

End-2-End CoS/QoS

MPLS7600/12K7600/12K

MPLS QoSMPLS TE / FRR

Core


• Service Provider Network OrganizationMay be organized in different departments

Core & Aggregation netw orks may have different operational and trust modelsThe department level operational and trust models may cover the AS structure, QOS, Security, OAM policies

• Core & Aggregation ModelsUNI, Attached Circuits based on 802.1q/ad, PW Sw itching

NNI, Inter-AS Interconnection Model based on RFC2457bis Multi-AS 10c or Multi-AS TE V PNs for MPLS V PNs, Multicast VPNs, EoMPLS and VPLS ( w ith directed LSP tunnelling) and alternately PW Sw itching for EoMPLS

Network Organization with MPLS/IP AggregationMultiple IGP Domain

Core DomainIP / MPLS

(AS0)

Distribution Node

Aggregation Node

Aggregation Node

Aggregation Node

SiSi SiSi

SiSi

SiSi

Aggregation Domain(AS2)

Aggregation Node

Aggregation Node

Aggregation Node

SiSi

SiSi

SiSi

SiSi

Aggregation Domain(AS1)

Distribution Node

MetroMetro PE PE/P P/PE PE


Inter-AS Interconnection ModelProtocol Mapping

Core & Aggregation Networks have different AS

Interconnection between the Core & Aggregation Networks is basedon RFC2457bis Multi-AS 10c/ Multi-AS TE VPNs or PW Switching for EoMPLS based services

Core DomainIP / MPLS (AS0)

Distribution Node

Aggregation Node

Aggregation Node

Aggregation Node

SiSi

SiSi

SiSi

SiSi

SiSi

MetroAggregation Domain

(AS2)

Distribution Node

Aggregation Node

Aggregation Node

Aggregation Node

SiSi

SiSi

SiSiDistribution

Node

SiSi

SiSi

MetroAggregation Domain

(AS1)

EBGP IPV4

and MPLS labels

EBGP IPV4

and MPLS labels

eBGP IPv4 + Labels

iBGP IPv4 + Labels

eBGP IPv4 + Labels

Distribution Node


Agenda



Agenda

At the core


7600 Metro Ethernet Summary

MPLSCore

Q-in-Q 14STPQ-in-QDomainQ-in-Q 20

STPQ-in-QDomain

InternetIP-VPN

vLANvLAN 21002100

vLANvLAN 10001000

vLANvLAN 21002100

vLANvLAN 10001000

ATM

FR DSL

vLANvLAN 12001200

Cisco 7600 Advantages:• Breadth of Ethernet Interfaces: LAN & WAN GE, multiple densities

• HW Based MPLS, EoMPLS: RSP720 with 720Gbps fabric

• Ethernet Switch Infrastructure merged with WAN feature set

Overall Strategy:

• Enable SP to offer the broadest range of network services (L2 & L3) – generating greatest revenue potential• Target both ETTB and ETTS markets• Integration with legacy services like ATM & FR


7600 as Universal Provider Edge Router

Target Markets– L3 VPN: IP & MPLS

– L2 VPN: AToM (ATM, FR, Ethernet), VPLS

– Cable MSO

– Enterprise WAN Transition

Hardware Accelerated Features–IPv4 & IPv6–IP Multicast –L2 and L3 MPLS VPN–QoS, ACLs, Policing–GRE, NAT & NetFlow –30 – 400 Mpps Processing

Integrated Ethernet and Leased Line

–Copper & Optical–DS-0 to OC-48/STM-16–10Mbps to 10Gbps Ethernet

Natural evolution for Cisco 7500 Series

–Cisco IOS® Feature Parity –Cisco 7X00 Series Port Adapters


Chassis Options

# of SlotsHeightChassis/rackBandwidthPerformanceNEBS compliance

3-slot

3 (horizontal)

7” (4RU)11

240 Gbps30 Mpps

Yes

6-slot

6 (horizontal)

12.25” (7RU)6

480 Gbps30 Mpps

Yes

9-slot

9 (vertical)

36.75” (21RU)2

720 Gbps30 Mpps

Yes

13-slot

13 (horizontal)

33.3” (19RU)2

720 Gbps30 Mpps

Yes


Next Generation Forwarding Engine Sup720-3BXL Hardware Accelerated Services

Hardware Accelerated ServicesMPLS, MPLS VPN, EoMPLSIPv4 and IPv6 CEFIPv4 NATGREACL, ACL countersEgress policing

Performance and Scalability30 Mpps forwarding40 Gbps/slot1M FIB entries4K Unique ACLs256K NetFlow entries Integrated SP and RP

complex: Supports up to 1G DRAM

Integrated Switch Fabric: 40 Gbps per slot

Uplink Ports:SFP & 10/100/1000

Removable Storage Slots: Supports up to 512 MB Compact Flash or MicroDrive

Forwarding ASIC:IPv4, IPv6 & MPLS


Interface Breadth: Ethernet, POS, RPR, ATM, Services

• Fast Ethernet

• Gigabit Ethernet

• 10 Gigabit Ethernet

• Firewall

• VPN Acceleration

• Intrusion Detection

• SSL Termination• Content Services

• Network Analysis

• OC-3/STM-1 POS

• OC-12/STM-4 ATM

• OC-12/STM-4 POS

• OC-48/STM-16 POS• OC-48/STM-16 DPT

• Channelized T3/E3

• Channelized OC-12/STM-4

• Gigabit Ethernet WAN

Optical Services Modules

Intelligent Services Modules

Ethernet Modules

Enhanced FlexWAN for

7000 Series PAs


7600 Supports Full L2 & L3 MPLS SuiteLayer 3 VPNs + Layer 2 VPNs + Traffic Engineering + QoS + IP SerLayer 3 VPNs + Layer 2 VPNs + Traffic Engineering + QoS + IP Servicesvices

MPLS enabled IP BackboneMPLS enabled IP Backbone

VPNs built by Edge Routers-L3 VPNs use BGP-L2 VPNs use Directed LDP

CE

Cisco 7600 PE Cisco 7600 PE

CE

CE

QoS mechanisms like Queuing & Policing, QoS Modes of Uniform & Short

Pipe Supported

Layer 3 Routing protocols available on

PE-CE: Static, RIP, OSPF, EIGRP, eBGP

Layer 2 Circuits:Ethernet, ATM, Frame

Relay, PPP, HDLC

CE

Layer 3 VPN Layer 2 VPN Traffic Engineering

LegendLegend

PE – Provider Edge Router (Service Prov ider)CE – Customer Edge Router (Enterprise)

TE Tunnel built using RSVP signaling &

protection provided by Fast Reroute


Agenda

At the aggregation


Cisco 7600Catalyst 6500

Mixed Residential/Business Service Metro Ethernet Network (ETTX)

Inter-MetroBackboneSiSiSmall/Med

Business

Residence

Metro Aggregation

Catalyst 4500ISPNewNew

ONT 1031CWDM Metro Access Ring


New Catalyst 4500 Series —Enables Control for Metro Ethernet Networks

• Service provider access or edge aggregation• Scalable, predictable, wire-speed performance

48 Mpps Layer 2/3/4 Cisco Express Forwarding

• Intelligent ServicesGranular QoSEnhanced SecurityReliable IP multicast

• Integrated resiliencySupervisor Redundancy1+1 Power RedundancyNEBS level 3 compliant

• Up to 240 10/100/1000 Ethernet ports Fiber or copper

• Unsurpassed Investment protectionCatalyst 4000 line cards will work in Catalyst 4500


Agenda

At the remote POP


Triple Play ServicesTriple Play

FTTH

STB

ADSL

DSLAM

Modem


STB

ME 6524

Voice

Video

Data

Voice

Video

Data

Customer Located Switch

• IEEE 802.1Q Trunk • 802.1Q Tunneling• DHCP Snooping, DHCP Option 82

• Hardware Multicast Replication• IP Multicast Protocol (PIM-SM, PIM-

SSM, IGMP v3, IGMP Snooping)


Cisco ME 6500 Series Ethernet Switches

• The next generation of fixed configuration Ethernet switches purposely built around the requirements of Carrier Ethernet access and aggregation networks

• Features, form factor and power consumption optimized for Triple Play and FTTx deployments

• Architecture and features consistency with the Cisco Catalyst 6500 Series for operational efficiency


Introducing the ME 6524 Ethernet Switch

• The Cisco ME 6524 Ethernet Switch is the first instantiation of the ME 6500 Series

• The ME 6524 Ethernet Switch is available in two configuration

ME-C6524GS-8S24 GE SFP Downlinks

+ 8 GE SFP Uplinks

ME-C6524GT-8S24 GE-TX Downlinks + 8 GE SFP Uplinks


Cisco ME 6524 Product OverviewFront and Rear View

Front View

RS232 (RJ-45) Console Port Compact Flash Slot

8 GE SFP Ports(GE 1/25-32)

2 x USB Ports

24 GE SFP Downlinks Ports(GE 1/1-24)

Fan TraySide-by-Side Airflow

Redundant Power Supplies

Rear View


Cisco ME 6524Hardware Overview

• Compact form factor 1.5 RU rack space

19’’ depth

• Optimal gigabit Ethernet densityUp to 32 GE interfaces, all fiber based

• Interface flexibility—GE SFP or GE-TX

• Redundant 400W DC power supplies, hot swappableAC power supplies available after FCS

• Hot swappable fan tray

• NEBS level 3/ETSI compliant*

* NEBS Compliance Certificate expected in 1HCY06


Cisco ME-6524—SFP Optics Support

• Support for gigabit Ethernet SFP optics• Wide range of optics for various reach

1000BASE-SX

1000BASE-LX1000BASE-ZX1000BASE-BX100BASE-BX*

1000BASE-TX*

• Uplink interfaces support all the above optics, CWDM and DWDM* SFPs

• Future proof for 100Base-BX SFPs(single fiber)

* Available After FCS


Agenda

At the customer site(building, campus)


ME 3400 Series Hardware Overview -Service Provider-friendly Design:

•Wire-speed switch built with Cisco switching ASIC

•NEBS Level 3/ETSI Compliant•AC or DC Power Supply Options

•All-front cabling simplify troubleshooting in the field

•Compact Form factor: 1RU x 9.52 in. depth provide ease of deployment in space limited places

•Support 19”, 23” and ETSI rack mount for flexible mounting options

•High temperature range support: 0 ~ 50c

•Supports both Fast Ethernet and Gigabit Ethernet SFP modules


Cisco ME 3400-24TS Product Overview-Hardware Details

AC Power Version, Front View

DC Power Version, Front View

-48 VDC with Separate

A and B Inputs

-48 VDC with Separate

A and B Inputs

90-240 VAC, 50-60Hz withPower Cable

Retaining Clip

90-240 VAC, 50-60Hz withPower Cable

Retaining Clip

System Status LED

System Status LED

Standard Console PortStandard

Console Port

Air IntakeAir IntakeAir IntakeAir Intake

24 FastEthernetPorts

24 FastEthernetPorts

Port Status LEDSPort Status LEDS

2 Gigabit Ethernet PortsSupports Fiber and Copper

SFPs, Including 100FX

2 Gigabit Ethernet PortsSupports Fiber and Copper

SFPs, Including 100FX

Optional Chassis Ground

Connector

Optional Chassis Ground

Connector


Triple Play Services

InternetAccess

Video Voice

ME 3400 SeriesME 3400 SeriesAccess RingAccess Ring

Home Access Home Access GatewayGateway

Video

Triple PlayTriple Play

Robust Multicast:IGMP SnoopingIGMP FilteringIGMP Throttling

Advanced QoS:Bandwidth Control Priority QueueMulticast Classes support

Voice


L2 VPN service using 802.1Q Tunneling

Corp B, Site 2Corp B, Site 2

VLAN 50VLAN 50--120120


VLAN 35-60

Corp A, Site 1

Customer VLAN 35-60

VLAN 50VLAN 50--120120

Corp A, Site 2


VLAN 50VLAN 50--120120

SP VLAN 5SP VLAN 5

SP VLAN 8SP VLAN 8

SP VLAN 8SP VLAN 8SP VLAN 8SP VLAN 8

SP VLAN 5SP VLAN 5

SP Metro CoreSP Metro Core

• Allows tunneling of customer’s VLAN information through service provider network transparently by adding a second .1Q tag (service provider tag)

• Layer 2 Protocol Tunneling enables transparent tunneling of customer control protocols, i.e. CDP, VTP, BPDU, etc.

L2 VPNL2 VPN


L3VPN using Multi-VRF CE

CPE

CE10720

Cust ACPE

Cust B

Cust C

CPE

CPE

CLEME 3400 Series

Cust ACPE

Cust B

Cust C

CPE

CPE

CLEME 3400 Series

PE P P PE

MPLSMPLS

802.1Q trunk

3 VRFs

802.1Q trunk

• Multi-VRF CE brings PE functionality on ME 3400 Series without running MPLS at the access

• Customer routing tables are segregated using VRFs• Up to 26 CPE devices supported (26 VRFs)

L3 VPNL3 VPN

MPLS 3 VRFs


What is not mentioned ?

• IMS & FMC• Video solution• IP Core• CPE (ISR)• Managed services & Data center• MSPP and ROADM transport solution• Cisco Service Exchange Framework (CEF)• Network Management


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