me4600 4november jaroslaw grabowski v1.0b

Cisco High Speed Access Solu1ons with the ME4600 Jaroslaw Grabowski

Agenda

§ Introduc6on to Op6cal Networks Architecture § Introduc6on to ME4600 OLT § Overview of GPON CPEs (ONTs) § Broadband implementa6on

–  Connec6ng Subscribers –  Connec6ng Network –  Managing Subscribers –  Managing ME4600

Service Provider Network Architecture Access Layer

4

Core

Applica1on and Content Layer

Policy, Service, Management Opera1ons Layer

Video Broadcast VoIP VoD iFrame Cache Managed Business Services (Storage, VoIP, Security)

Portal Authen1ca1on And Billing

Policy Manager EMS and Provisioning

Subscriber and Service Data base

Aggrega1on Access

DSL Cable

FTTX

Ethernet Business MSE

Edge BRAS

DPI

Residen1al

STB

Mobile

Corporate

Business

Corporate

Transport Layer Core DWDM SDH, TDM Regional DWDM Xponder 10G, 40G, 100G IPoDWDM ROADM, WXC,

Tunable

Access Aggrega6on Edge Core Op6cal

Cisco Service Provider Architecture Wireline Access

5

Evolved Programmable Network

NCS NCS

APIs

APIs

EDGE CORE

VM VM

Edge

Core

VM

Access

Evolved Services PlaPorm

VM / Storage Control

Service Catalog Service Orchestra6on Apps

VM

Applica6ons and Services

CDN

ASR 901

ME3600X

ASR9000v

ME3600X-‐24CX

ME4600 FTTx system Eth. Point-‐Point GPON

xDSL MSAN

ASR920

uBR Cable (HFC)

Cisco ME 4600 Series Next Genera6on GPON PorPolio

Highest Density OLT in the industry • Up to 256 GPON ports (16,384 ONTs @ 1:64 split ra6o) and 768 GE ports per chassis

• Dual-‐star Architecture Backplane with 120Gbps per slot (8.6Tbps maximum switching capacity)

• Ready to support Next Genera6on PON technologies (XG-‐PON1 and NG-‐PON2)

• PON and Ethernet technologies in a single chassis Numerous ONT/ONU op1ons • Models available for Residen6al, Business and Mobile Backhaul applica6ons

• Various Interfaces: GE, POTS, VDSL2, T1/E1, WiFi • Broadband Forum Cer6fied (BBF.247 / BBF.069)

ME 4601 (1RU Chassis)

OPTICAL NETWORKS

Op6cal networks big picture

FTTC

FTTH

Fibre Op6c Network Categories

Fibre Op6c Network

FTTN (Node)

FTTC (Cabinet)

FTTB (Building)

FTTH (Home)

FTTD (Desktop)

Metallic Connec6ons

Cable/ ADSL

Cable/ VDSL

Ethernet

Eth.

Eth.

6Mb/s

40+Mb/s

Limited by sharing factor and technology

Limited by modula6on and distance

Eth.

CO Central Office

Subscribers

Broadband Access Subscribers Trends Evolu6on of Residen6al Services

0

100

200

300

400

500

600

700

800

CY03 CY05 CY07 CY09 CY11 CY13 CY15 CY17

Mill

ions

DSL, FTTH, FTTB+LAN Subscribers

FTTB+LAN

FTTH

DSL

Source: Infonetics Research

§ Service Providers differen6a6on by – Access bandwidth – Mul6media content offerings (number of 6tles, HD/SD)

– Value added services (e.g. security, personaliza6on)

– Mobility

FTTx Categories and ME4600

Fibre Op6c Network

FTTN (Node)

FTTC (Curb/Cabinet)

FTTB (Building)

FTTH (Home)

FTTD (Desktop)

Metallic Connec6ons

Cable/ ADSL

xDSL

Ethernet

Eth.

Eth.

Eth.

Majority of FTTx deployments Addressed by ME4600

Fibre Op6cal Networks Physical topologies

Ac6ve Op6cal Network

Passive Op6cal Networks

Characteris1cs

Clients connected to passive splijers. Passive splijers connected to single ac6ve element Mul6ple Clients on the same line (shared access) No power needed on remote splijer sites

Every client directly connected to ac6ve elements. Ac6ve elements needs to be powered.

1:4 Splijer

1:16 Splijer

OLT ONT ONT Op6cal Network Terminal OLT Op6cal Line Termina6on

Passive Op6cal Networks Op6cal Splijers

2.5Gbps downstream wavelength ‘reflected’ to all subscribers


1:4 Splijer

1:16 Splijer

ONT

Passive op6cal splijers

1.25Gbps Upstream wavelength ‘reflected’ to single uplink

Downstream 1490nm

Upstream 1310 nm

Fibre networks applicable for FTTC/FTTB/FTTH Physical topologies use cases

High speed symmetrical bandwidth.

Easier to manage FO Lower CAPEX (not substan6al) Less space Less power.

Advantages

Business/Corporate High speed Residen6al.

Residen6al, small business, branches. Shared bandwidth possible.

Main Applica1ons J

J

Easy speed upgrade (1G,10G,100G)

J

J Easy un-‐bundling and wholesale J Easy Troubleshoo6ng J

Ac6ve Op6cal Network


1:4 Splijer

1:16 Splijer ONT

J J OLT

FTTx Topologies -‐ Brief Comparison

15

Ac1ve Op1cal Networks Passive Op1cal Networks

Bitrate poten1al Virtually unlimited Limited by characteris6cs of aggrega6on point

Technology dependence None Limited to certain classes of access technologies

Technology upgrade Per subscriber Per aggrega6on point

Open access to fibre StraighPorward Complex

Troubleshoo1ng Simple – OTDR Complex – failure correla6on

Number of feeder fibres One fibre per subscriber One fibre per aggrega6on point

Dimension of fibre management

One port per subscriber One port per aggrega6on point

FTTC (Fibre To The Cabinet/Curb) Merging xDSL with Op6cal Networks

Eth. xDSL

Bringing DSLAM closer to subscribers = higher synchroniza6on speed (especially important for VDSL) Re-‐use of exis6ng cupper infrastructure Less rack space needed

DSLAM

Remote Cabinet

J

J J

Home Central Office

uMSAN (Micro Mul6-‐Service Access Node) 24 or 48 ADSL/VDSL ports Eth. xDSL

Ethernet

PON

Fibre networks applicable for FTTC/FTTB/FTTH Physical topologies

Ac6ve Op6cal

Passive Op6cal

ME4600

uMSAN VDSL

HDTV

HDTV

Corporate HQ

Home FTTC

Home FTTH

Small Business

Mobile RAN

ME 4600 OVERVIEW

18

Cisco ME 4600 OLT Chassis Op6ons () = Max GPON ports

§  Urban high density to rural low density equipment porPolio.

§  PON and Ethernet technologies from a single chassis.

§  Seamless MPLS network integra6on (extent of the L3 up to the access and ring protec6on mechanisms).

§  Embedded RF Overlay features (op6on).

§  Mul6-‐Service plaPorm. §  Ready to support Next

Genera6on PON technologies (XG-‐PON1 and NG-‐PON2)

() = Max GE ports


160Gbps (48)

48Gbps (8)

640Gbps (112)

1.3Tbps (256)




(768)

(336)

(144)

(8)

Cisco ME 4620 OLT System Overview 1.  ME4620 OLT Shelf

•  Mul6-‐Terabit Op6cal Access Shelf •  Dual Star High Availability Architecture •  14RU High -‐ 18 Access / Uplink Slots – “Any Card / Any Slot” •  Up to 120Gbps Per Slot •  -‐48VDC Power (Redundant)

2.  XCO Switch/Control Module •  Redundant 640Gbps Switch Fabric •  Redundant 1.3Tbps Switch Fabric (planned)

3.  UMX Uplink Modules •  UMX-‐10G4: 4 x 10G Uplink Module •  UMX-‐100G: 1 x 100G Uplink Module (planned)

4.  AMX-‐16G: 16 Port GPON Access Module (16 x 16 = 256 Ports) •  AMX-‐12G: 12 Port GPON Module (16 x 12 = 192 Ports)

5.  AMX-‐48E: 48 Port FE/GE Access Module (16 x 48 = 768 Ports) •  Bidirec6onal CSFPs: 1000BASE-‐BX •  Access and or Uplink interfaces

1

5

3

2

2

4

Ac6ve Op6cal Network Point-‐to-‐point is simple and easy

Point-‐to-‐Point §  Direct connec6on to any Ethernet device §  Ethernet AEX-‐48GE line card

–  48 ports (24 x C-‐SFP) –  SyncE and IEEE 1588v2/PTP –  Y.1731 OAM –  2x 40Gbps connec6on to switching matrix

§  C-‐SFP Compact SFP –  Single mode fibre –  Bidirec6onal communica6on over 1 fibre D/U Type.

(wavelengths: 1490nm and 1310nm) –  Two channels opera6ons (GLC-‐2BX). One module

supports 2 bi-‐direc6onal independent fibres. Bejer space u6liza6on

–  100Mbps or 1Gbps speed –  Power 10.5dB – 10km

1 fibre for bidirec6onal traffic.

100BASE-‐BX10-‐D/U 1000BASE-‐BX10-‐D/U

Max 768 ports per node

Max 2304 ports per rack

Passive Op6cal Network GPON Line Card

§ ME4600-‐AMX-‐16GPON –  16 GPON SFP ports –  2x 40Gbps connec6on to switching matrix

§ ME4600-‐AMX-‐12GPON –  12 GPON SFP ports –  2x 40Gbps connec6on to switching matrix

§ NG-‐PON1 (10G), NG-‐PON2 (40G) planned for 2015

§ Further design considera6on –  Calculate bandwidth split ra6o –  Calculate Op6cal budget

§  GPON SFP Class B+ (28dB) §  GPON SFP Class C+ (32 dB)

Max number of subscribers: 64 subscribers/port x16 1.024 subscribers/LC x16 16.384 subscribers/node x3 49.152 subscribers/rack

1:64 split

1995 2000 2005 2010 2015

APON – 155M/155M

BPON – 625M/155M

GPON – 2.5G/1.25G

NG-‐PON1 – 10G/2.5G

NG-‐PON2 – 40G/10G

1G-‐EPON 1G/1G

10G-‐EPON 10G/1G & 10G/10G

G.983.1/2

G.983.3-‐5

G.984.1-‐4 G.984. amend

G.987

G.989

IEEE 802.3ah

IEEE 802.3av

PON Evolu6on

Down/Up

Coexistence and easy-‐migra6on

Separate wavelengths

ME4600 Hardware Architecture

24

§ Dual Star Architecture. Each line card slot is equipped with 12 x 10Gbps lanes to every Switching module.

§ 8.6Tbps maximum switching capacity

§ Switching/Control –  Ac6ve & Standby mode –  Hot Swappable

Switching Module

SM SM LC LC LC LC LC

Ethernet control ports

12x 10Gbps Capacity

12x 10Gbps Capacity

XCO-‐640 Switch Fabric

Cisco ME 4620 OLT System Architecture

§  Fully Redundant Dual Star Architecture

§  Scalable to 120 Gbps per slot to each redundant switch module §  12 x 10 Gbps lanes from each switch module to each access/uplink slot §  System Capacity : 8640 Gbps ç 18 access slots * 120 Gbps * 2 fabrics * 2 direc6ons

UMX-‐40G XCO-‐640

Switch Fabric (1+1)

UMX-‐100G

AMX-‐16G

AMX-‐48E

4x10G

4x10G

4x10G

12x10G

GPON

FE/GbE

10 GE

100 GE

§  14RU x 19” x 240 mm

§  Up to 3 OLT chassis per 300mm deep ETSI cabinet Ø  2200 x 600 x 300 mm (HxWxD)

§  Ven6la6on: Ø  4 Redundant / Field Replaceable Fan Modules Ø  Intake: Bojom front of shelf Ø  Output: Top rear of shelf

Cisco ME 4620 OLT Hardware

ME 4611 OLT System Overview

1.  ME4611 OLT Shelf •  Dual Star High Availability Architecture

•  7RU High -‐ 9 Access / Uplink Slots – “Any Card / Any Slot”

•  Up to 120Gbps Per Slot •  -‐48VDC Power (Redundant)

2.  XCO Switch Module •  Redundant 480Gbps Switch Fabric

•  Redundant 640Gbps Switch Fabric

•  Redundant 1.3Tbps Switch Fabric (planned)

3.  UMX-‐10G Uplink Modules •  UMX-‐10G4: 4 x 10G Uplink Module

•  UMX-‐100G: 1 x 100G Uplink Module (planned)

4.  AMX-‐16G: 16 Port GPON Access Module (7 x 16 = 112 Ports) •  AMX-‐12G: 12 Port GPON Module (7 x 12 = 84 Ports)

5.  AMX-‐48E: 48 Port FE/GE Access Module (7 x 48 = 336 Ports) •  Bidirec6onal CSFPs: 1000BASE-‐BX

•  Access and or Uplink interfaces

1

4

2

3


1.  ME4605 OLT Shelf •  Dual Star High Availability Architecture

•  3RU High -‐ 3 Access / Uplink Slots – “Any Card / Any Slot” •  Up to 120Gbps per slot •  Air Flow: Right to Lew

2.  XCO Switch Module •  Redundant 160 Gbps Switch Fabric •  Integrated 2 x 10GE (SFP+) •  -‐48VDC Power (Redundant) •  Alarm I/O: 4 input / 2 output •  T1/E1 Synchroniza6on Interface

3.  AMX-‐16G: 16 Port GPON Access Module (3 x 16 = 48 Ports) •  AMX-‐12G: 12 Port GPON Module (3 x 12 = 36 Ports) – Extended temperature range

4.  AMX-‐48E: 48 Port FE/GE Access Module (3 x 48 = 144 Ports) •  Bidirec6onal CSFPs: 1000BASE-‐BX •  Access and or Uplink interfaces

1 3

2


§  Compact High Density GPON Access PlaPorm

§  1RU (1RUx19”x240mm)

§  8 x GPON Interfaces

§  1:64 Split Ra6o è 512 ONTs

§  Up to 8 x GE interfaces (4 SFP + 4 SFP+ cages)

§  Up to 4 x 10 GE (4 SFP+ cages)

§  -‐48 VDC 1+1 Redundant Power

CUSTOMER CPE/ONT OVERVIEW

30

Customer Premises ONT

Customer Premises ONT equipment porPolio: §  ONT and RGW on single equipment (BBF.

069). §  OLT mul6-‐vendor interoperability (BBF.

247). §  Embedded RF Overlay interface with

mul6ple RF filters for differen6ated TV Channel packs.

§  Customized solu6on for differen6ated client scenarios (e.g. Mobile Backhaul and Hotspot / mobile offload).

§  Voice (VoIP), High Speed Internet and video (IPTV and RF Overlay) Mul6-‐Service Delivery.

ONT-‐SFU (Single Family Unit)

§  Supports full GE wire speed §  OMCI GPON Stack: developed in-‐house, able to handle protocol from any vendor

(Huawei, Alcatel-‐Lucent, Ericsson, ZTE...) §  Support the network upgrade to XGPON §  GPON Cer6fica6on Program

Interoperability with main OLT vendors

Up to 1Gbps

RF Overlay

ONT-‐RGW (Residen6al Gateway)

§  High performance single box ONT with Residen6al Gateway (1Gbps) §  Broad range of physical ports: GbE, FXS, WiFi, USB, RF, Home Networking §  Supported Services: HSI, VoD, VoIP, Wi-‐Fi, Security, Parental Control, DLNA,

UPnP, OSGI for new services §  Uses the following BBF cer6fied SW stacks :

§  TR-‐247 (OMCI ONT) à BBF.247

§  TR-‐069 (RGW) à BBF.069

Customer Device Management

Routed Gateway Management

Home Networking Protocols Smart Grid

Connected Home or Office

BBF cer1fica1on: A quality insurer

Broadband Network

ONT-‐NTA (Network Terminal Adapter)

§  Main Goals: §  Provides a solu6on for the all op6cal Central Office. Supports the transport of legacy TDM services over FTTx networks.

§  Uplink interfaces: §  GPON: B+ class op6cal uplink (28dB) §  Gigabit Ethernet: Up to 20km bidirec6onal interface (1490/1310nm)

§  Client interfaces: §  T1/E1, 10/100/1000BASE-‐T

§  CES: Use Circuit Emula6on Services(CES) to transport TDM over packet networks §  SAToP(2Mb/s), CESoPSN(nx64kb/s)

§  OAM: Connec6vity Fault Management (802.1ag), SLA via MEPs supported in Y.1731 §  Clock/Timing: Adap6ve Clock Recovery, re6ming by GPON Rx clock, SyncE and IEEE 1588 PTP

Core Network

E1/T1

ODN

FE/GE

INTEGRATION

Delivering Broadband. Main Tasks

36

Connect Fibre Op6cal Access

Connect SP Network

Ethernet Transport

Manage ME4600

1

2

4

Internet

Connect Fibre Op6cal Access 1

§  GPON transmission §  Bandwidth split

ra6on §  Power budget

Services and Subscribers (QoS, Authen6ca6on)

3

GPON Mul6-‐access technology

Downstream wavelength ‘reflected’ to all subscribers

Upstream wavelength reflected only towards uplinks

Passive op6cal splijers

Logical representa6on

How to facilitate communica6on? Typical Mul6-‐Access problem with solu6ons spreading communica6on across: -‐  Time: TDM (most typical for PON, DOCSIS) -‐  Frequency: FDM (WDM-‐PON) -‐  Mix of TDM & FDM

Common media

OLT ONT

Passive Op6cal networks TDM Data and control domain

#1

#1 #2 #3

#1 #2 #3

#1

#2

#3

#2

#3

#1 #2 #3

§  OLT “broadcas6ng” data to all ONTs

§  Op6cal network is shared. ONT transmission could collide and needs to be controlled

§  TDM (Time Division Mul6plexing). Each ONT can transmit in dedicated 6meslots.

§  OLT measures delay and sets a register in each ONU via PLOAM (physical layer opera6ons and maintenance) messages.

Downstream: Data broadcasted to all ONTs

Upstream: ONTs wait for 6me slots

OLT

ONT /ONU

#1 #2 #3

#1 #2 #3

Passive Op6cal networks Security concerns

#1

#2

#3

§  Downstream data is encrypted per ONT. Standardized protocol.

§  ONTs are recognized by unique serial number and needs to be registered

ONT /ONU

#1 #2 #3

#1 #2 #3

#1

#2 #1 #2 #3

Downstream: Data broadcasted to all ONTs

Upstream: ONTs wait for 6me slots

OLT #1 #2 #3

#1 #2 #3

#3

Determining a Split Ra6o per port. Bandwidth sharing

Split Ra1o

DownstreamBW (2.5 Gpbs total)

Upstream BW (1.24Gpbs total)

1:8 split 312 Mbps per sub 155 Mbps per sub




1:128 split 19 Mbps per sub 9.5 Mbps per sub

Bandwidth is controlled by OLT and could be assigned dynamically

P2P Indoor

ONT

ONT

ONT

ONT

ONT

ONT

1.º Piso

2.º Piso

3.º Piso

4.º Piso

5.º Piso

6.º Piso

PDO PDO

ONT

ONT

ONT

ONT

ONT

ONT

1.º Piso

2.º Piso

3.º Piso

4.º Piso

5.º Piso

6.º Piso

PDO

ONT

ONT

ONT

ONT

ONT

ONT

1.º Piso

2.º Piso

3.º Piso

4.º Piso

5.º Piso

6.º Piso

PDO

Client Drop Client Drop Client Drop (outdoor)

Transi3on Box (Intdoor/outdoor)

Client Drop (Indoor)

Outdoor

Indoor Indoor

Riser

Floorbox

P2P outdoor Riser & Floorbox

Insidoor PDO Outdoor PDO

Op6cal distribu6on points

Passive Op6cal Networks Power Budget

OLT ONT

Element Ajen. Unit Qty Sum FO cable 0,4 dB/km 20 8 Fusion Splice 0,05 dB 10 0,5 Mechanical Splice 0,3 dB 0 Pair of Connectors 0,3 dB 11 3,3 Splijer 1:2 3,7 dB 1 3,7 Splijer 1:4 7,4 dB 2 14,8 Splijer 1:8 10,7 dB 0 Splijer 1:16 14 dB 0 Splijer 1:32 17,1 dB 0

TOTAL 30,3 Splijer opera6ons: Loosing half of the op6cal power (3dB) on every 1:2 split.

§  Total (end-‐to end) ajenua6on needs to be calculated.

§  Appropriate GPON SFP should be selected Class B+ (28dB) or Class C+ (32 dB)

Example calcula6on for 20km, Class C+ is necessary

Passive Op6cal Network Access protec6on. Type B

§ Splijers are equipped with 2 uplink ports. (2:8, 2:16, 2:32 etc.)

§ Only one port is ac6ve, second port is in hot-‐standby mode

§ ME4600 offers Type-‐B protec6on –  It is recommended to connect Type-‐B protected ports to two different Line Cards

–  50ms switching 6me in case of failure

Type-‐B Protec6on

2:32 Splijer


44


Connect SP Network

Ethernet Transport

Manage ME4600

1

2

4

Internet

Connect SP Network

§  Resiliency §  High Bandwidth

2 Services and Subscribers (QoS, Authen6ca6on)

3

Delivering Broadband. Connec6ng to the network

45

Ethernet Transport

§ Main requirements –  High Speed –  Resiliency

§ High Speed –  8 x 10GE (XFP: 10km, 40km, 80km) uplink ports

–  2 x 100GE (and more) uplink ports in the roadmap

§ Resiliency –  2 separate Line Cards (hot swappable) –  Various network resiliency op6ons (LAG, MC-‐LAG, G.8032)

Ethernet Transport IP/MPLS

Delivering Broadband. Resilient Connec6on to the SP Network

46

MC-‐LACP

LAG

G.8032

§  Ling Aggrega6on Group from ME4600. Different uplink Line cards

§ Mul6 Chassis LAG Control Protocol configured on ASR9000

§  G.8032 configured on ME4600. Different uplink Line cards

§  Two ASR9000 in the ring for resiliency

Ethernet Transport IP/MPLS


47


Connect SP Network

Ethernet Transport

Manage ME4600

1

2

4

Internet


Subscribers and services

§  Network configura6on

§  Subscribers iden6fica6on

§  Bandwidth and QoS enforcements

3

3

Subscribers’ Management Assump6ons

Ethernet Transport

IP/ Internet

§ Millions of subscribers

§  Per subscriber iden6fica6on (Authen6ca6on) and access control (Authoriza6on)

§  Per subscriber history (Accoun6ng) §  Per subscriber bandwidth and security §  High dynamics (new users, not paying users, service changes, etc)

Subscribers’ DB

§ Full automa6on

§  Integra6on with CRM

CRM

ME4600

AAA

GPON/Ethernet P2P Reference Scenario TR.101 Ethernet/ TR.156 GPON

Ethernet Transport

How Broadband networks should be built.

TR-‐156 Using GPON Access in the context of TR-‐101

VLAN N:1 Model shown

L2 Func6ons IP Default Gateway User IP

Subscribers’ Management Typical opera6ons following TR-‐156

Ethernet Transport

VLAN

IP/ Internet

RADIUS (OSS/BSS)

BNG ONT

§ ME4600 –  xPON adapta6on –  Ac6ng as L2 transparent node –  VLAN models N:1, 1:1 –  Private VLAN (Split Horizon) for

subscribers' L2 separa6on –  Opt82 for DHCP clients

§  BNG (Broadband Network Gateway) –  IP Gateway (Default) –  AAA (Authen6ca6on, Authoriza6on, Accoun6ng) via

Radius DB –  QoS enforcement –  Security by BNG

§  ONT –  PPPoE or DHCP client –  NAT func6ons –  WiFi Access

Subscribers’ Authen6ca6on (Iden6fica6on confirma6on)

Ethernet Transport

Method 2. DHCP (opt 82)

IP/ Internet

§ Method 1: PPPoE client on ONT –  User Name and Password is sent. BNG is verifying against Radius DB

§ Method 2: DHCP client on ONT –  ME4600 is adding Opt82 to every DHCP request. BNG or DHCP server verifying that against customer DB (e.g. Radius)

Subscribers’ DB

RADIUS

Method 1: PPPoE (user/password)

Subscribers’ Management QoS

Ethernet Transport

QoS on GPON op6on

IP/ Internet

§ Typical Broadband implementa6on based on TR-‐101/156 where QoS is enforced by BNG –  Subscribers'’ QoS profiles received with RADIUS messages

§ Op6on with QoS enforcement is possible via API, CLI, Web GUI

Subscribers’ DB

QoS on BNG TR-‐156

RADIUS

API


53


Connect SP Network

Ethernet Transport

Manage ME4600

1

2

4

Internet


ME4600 Management

§  WebGUI §  CLI §  Network

Management

3

4

WebUI Hierarchical View

§  Built-‐in Web Server §  Tree organized in nodes and subnodes by func6onal groups/slots/cards/interfaces §  Full configura6on possible.

+

Management Architecture

telnet / ssh

XML CGIs

CLI

SNMP Agent

Web GUI

Agora-‐NG EMS

OSS

Northbound XML

§ AGORA (Massive deployment) –  Topology Management –  Provisioning, Service Catalog Management –  Bulk ME4600 Management (Ports, Alarms, performance)

–  Bulk ONT (CPE) Management –  Northbound Interface

§ CLI § WebGUI

Smaller Deployments

Cisco ME 4600 Series Management System Solu6ons

Access Customer Premises

Edge Cisco ASR9000

Cisco Prime Carrier Network Management System (Prime Central, Network, Inventory, and Performance)

ME 4600 OLT

Cisco ME3000 ME2600X Cat4500E

Business

Residen1al

GPON

GigE Core CRS

ASR5000 Videoscape

Mobile

ME4600 Agora-‐NG Element Management System (Resource Manager, Service Manager, and Northbound)

Cisco Prime Home TR-‐69 ACS Management (Local and Hose-‐based Model)

Why Cisco FTTx Solu6on

§  Cisco’s commitment to FTTx network solu6ons •  Provides for full spectrum of relevant Next Genera6on Access technologies

§  End-‐to-‐End Networking and Prime Network Management •  Provides for simplified provisioning and opera6ons as well as bejer customer services

§  Cisco’s Global Presence and Advanced Services / Partner Enablement •  Provides for faster, more cost-‐effec6ve service deployment and assurance

§  Highest Mul6-‐terabit backplane capacity •  Provides for future-‐proofing investment by not requiring chassis exchanges in foreseeable future

§  Highest GPON and Gigabit Ethernet port density per rack unit •  Provides for lowest Total Cost of Ownership (TCO)

me4600 4november jaroslaw grabowski v1.0b

Documents

line shared access

core applica1on

cx me4600 fttx system

ethernet technologies

gpon ports

ac6ve elements

content layer policy

passive splijers