SP Access Solution - Cisco - Global Home Page · Metro Grows Faster than Long-Haul from 2012 through 2017 2012 Metro Is 1.8x Long-Haul Long-Haul Metro Access 2017 Metro Is 2.4x Long-Haul

SP Access Solution

Product Manager Service Provider Access Group Cisco

April 16th 2014

Nicolas Breton

Cisco Confidential 2 © 2013-2014 Cisco and/or its affiliates. All rights reserved.

Market Trends

Solution & Architectures

Product Updates

Innovations

Network Virtualization & SDN

Conclusion

Q&A

Agenda


Market Trends


Convergence Imperatives Not if, When?

+ +

+

+

+

Industry Level

Convergence Increase Reach, Service

Offerings

Service Level

Convergence Optimize Network

Investments Mobile Backhaul Residential Business VPN Dedicated Internet

+ + + = EDGE

CORE

Access

Common

Service

Infrastructure

Transport and

Node Level

Convergence Increase Simplicity, Reduce

Cost

IP Routing Layer

+ Optical Layer

Aggregation

Access/Distribution

One nV System


Long-Haul Versus Metro IP Traffic Growth Metro Grows Faster than Long-Haul from 2012 through 2017

2012

Metro Is 1.8x Long-Haul

Long-Haul Metro Access

2017

Metro Is 2.4x Long-Haul

Long-Haul Metro Access 24 EB/mo 44 PB/mo 44 EB/mo

51 EB/mo 121 EB/mo 121 EB/mo

Source: Cisco VNI Global IP Traffic Forecast, 2012–2017

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

2012 2013 2014 2015 2016 2017

Tra

ffic

Sh

are

Long-Haul (Also Traverses Metro) Metro (Bypasses Core)


VIDEO

Market Trends – SP Access

Growth driven by Service Provider Ethernet Services uptake and Mobile

Mobile applications driving the growth for ethernet demarcation devices

• Many dispersed locations drive the need for “thin” devices with strong Carrier Ethernet Support

Services Assurance

SLA measurements key for Mobile backhaul related services

MOBILE WIRELINE

Operation Simplicity

Plug & Play

Simplified Operation

Cloud based operation and management

Ubiquitous Ethernet Based Services


Today’s Operation challenges

Agility

OpEx Reduction

Revenue ¥ € £ $

AGILITY

Innovation

Flexible

Architecture

Agile

Business

Models

Operates 1000’s of devices

Minimize Truck Rolls

Manage OS Releases upgrades

Speed Up Service TurnUp

Focused on Accelerating Service Provider Revenue Growth


Solutions & Architecture


Mobile Backhaul Mobile SP

Owned Transport

Ring Based

Converged Network

Evolved programmable

Network (EPN)

ASR9K

EDGE PRE-AGG

CSR

ASR903

CE

CPE

CE

CPE

10GE 10GE

ASR920

CSR

Mobile SP

Leased Transport

P2P/P2MP Based

Mobile Centric

IPRAN / nV Satellite

Carrier Eth SP

3rd Party CE Wholesale

EVC/L2VPN Based

Unified / CE Arch

ME3xxx

ME1200

ASR901 ASR901

10GE ASR9K

EDGE 1GE

CSR CE SP

AGG CE

CORE 1G/10GE 10GE ASR903

PRE-AGG

10GE ASR9K

NID

Mobile SP

ASR901 ME1200

ME3600

Mobile SP

ASR9K

EDGE 3rd Party

Transport 10GE 1GE

CSR

CSR

ASR901

ASR901


Wireline

Carrier Ethernet SP

Owned Transport

Ring Based

Converged Network

UMMT / FMC / EPN

ASR9K

EDGE PRE-AGG

CSR

ASR903

CE

CPE

10GE 10GE

ASR920

CPE

Wholesale Model

E-NNI

P2P/P2MP Based

Wireline centric

ME3xxx

ME1200

Router ME3xxx

ME1200

10GE ME3600 1GE

UPE Wholesale Carrier

SP

NID

EDGE

1G/10GE CORE ASR9K

EDGE

10GE ME1200 ASR9K

NID

Carrier A SP

ME3600 ME1200

ME3600

Carrier A SP

UPE


Network Evolution from L2 to Programmable MPLS L2 MPLS MPLS Unified MPLS Unified Programmable

MPLS

Avoid Large Flood domains,

Convergence of Wireline and

Wireless (MPLS)

Unifies Ethernet, TDM and ATM

Ring topologies

Explosion of # of nodes and

Tunnels

Device insertion removal

Scale

Zero Touch

SDN

Autonomic Networking


Unified MPLS Why expand MPLS to the Access?

The Drivers for Unified MPLS

• End to end converged network

• Single delivery model for all services

• Ethernet, TDM, ATM, L2 and L3

• Scalability

• Service Scale, Mac Address, IP address, VLAN

Operation Simplicity


EPN Carrier Ethernet Architecture

End to End Label Switched Path

RFC 3107 label allocation

introduces hierarchy for scale

Loop Free Alternates FRR / Remote LFA

50 msec convergence

RSVP-TE for bandwidth management in the access

• BGP Route filtering

Limit scale according to the service needs

Supported Today

BGP Prefix Independent Convergence

3107 hierarchy converges quickly

Regardless the size of network

BFD Hardware offload

Auto IP

✔

✔

✔

✔

Supported Today


Portfolio Update


Scalable Aggregation

ASR 903

Aggregation/Edge

Access Pre-Aggregation

Access

CPE

ME3400E

ME3800X

ME3600X

ME3600 24CX

Cisco Carrier Ethernet Access Portfolio

ASR 902

ME1200

44G Future 64G/128G

44G

44G

64G

84G 6G

84G 16G

NID

ASR 9000 ASR901

32G


ASR901S

ME4600

SP Access Portfolio and Positioning

ME3400E-24TS

ME3400-24FS

Access

ME3400EG-12CS

ME2600X ME3600X

ME3600X-24CX

Business Access

Mobile Backhaul

Converged Access

Residential Access

Small Access • STU • NID

Large Access • MTU • Broadband

Access • Multiple Cell

Towers

Fixed

ASR903 (RSP1A)

ME3400E-24TS

ASR903 (RSP1A)

ME3400EG-2CS ASR901

ASR903 (RSP1A)

ME3600X-24CX

ME3600X-24CX

Aggregation

ASR903 (RSP1B)

ME3800X

Modular

ASR920

ME1200

ME4600

ASR902 (RSP1A)

ME4600 ONT

ASR902 (RSP1A)

ASR920

ASR902 (RSP1A)


Cisco ASR 902 Flexible Platforms for Access & Aggregation

Compact

• 2RU, ETSI 300mm, high performance and scalable

• Support 1 RSP and 4 IMs

• Hardened/Extended temp range: -40c to +65c

Reliable

• Redundant PSUs, and FANs, all hot-swappable

• Centralized forwarding (IOS-XE)

• Hardware: Cisco Carrier Ethernet ASIC

Flexible

• Today: 55Gbps with services at different scales

• Will support combo IM cards with RSP2A-64 and RSP2A-128

• Interface cards: 1x10GE, 8xGE ,16xT1/E1, 4xSTM1 /1xSTM4

Scalable and feature rich

• L2 Switching, L3 Routing, MPLS, QOS at line rate

• SyncE, 1588v2, 10Mhz, BITS, 1PPS, ToD, p2p

Supports all existing ASR 903

IMs, RSPs, and PSUs


Dual load-sharing Power

supplies (AC or DC)

2 dry-contact

alarm inputs

4 Interface Modules

1 Route Switch Processor card

2RU

Cisco ASR 902 front panel

Fan Tray

Optional dust filter


Cisco ASR 902 and ASR 903

2 New RSP’s

RSP2A-64

RSP2A-128

Increases Capacity from 55Gb/s to 64Gb/s or

128Gb/s

3 New IMs:

8X1GE RJ45 + 1X10GE SFP+

8X1GE SFP + 1X10GE SFP+

2x10GE SFP+ / XFP

RSP2 uses same architecture and software as the ASR

920

JULY 2014

Expanding the modular

chassis market with more Ethernet

density


What is a Network Interface Device ( NID)?

Service

Provider MEN

Business

Corporate

Demarcation Point

Network Interface Device (NID)

UPE

• Demarcation point between the service provider and customer's network.

• Allow for end-to-end OAM

• Remote loopback

• Fault Management

• SLA monitoring

• Avoid truck rolls, fewer test sets in the field, increase reliability

• Reduction in OPEX and CAPEX

The rapid provider rollout and

customer uptake of Ethernet

connections and services drives

the need for NID’s

ME1200


Cisco ME1200 Value Proposition

• Plug&Play with Zero Touch provisioning

• Remote Controller

• XML based template to simplify configuration

Touch Less Operation

Service Assurance

• OAM in hardware for ns accurate measurements

• Service Activation for fast service turnup

• Rich QoS for Services and applications

Low Footprint

• Small form factor: 1RU

• Power efficient: <10W maximum power

• Fanless for extended longevity and low noise production

Best Carrier E.

• Advanced QoS: MEF 2.0 and beyond

• Carrier Class Clocking for Mobile deployments

ME1200

Web GUI

Prime Support

3rd Party NMS

Remote Controller

SDN Controller

- Available at FCS

- Targeted for Tier2-3 Operators

Prime Network 4.1 with Device Package 1405 - May 2014

Prime Provisioning, Lipton, 6.6.1 release - May 2014

Prime Performance 1.5 - April 2014

XML Template available for easier integration

SNMP MIB available

XML WSDL Data Model available

Roadmap

Controller on the UCS for cloud based

Services and management

Open interface ( Netcong/Yang)

For customer that already have ME/ASR in

their network

Remote management on a ME/ASR host

Virtualization of the NID on the host

Cisco ME1200 Management Options


Cisco ME 1200 MEF CE 2.0 Certified!!

• ELINE and EACCESS certified

• ELAN and ETREE certification pending (roadmap)

• MEF 2.0 XML TEMPLATES

http://metroethernetforum.org/certification/equipment-certification-registry









Cisco ME 1200 Series Cost Effective Network Interface Devices (NID)

Standard Based Demarcation

• Optimized for all Ethernet demarcation applications

• MEF CE 2.0

• MEF QoS

• HW Ethernet OAMs

• Service Activation

• SyncE, 1588v2

Green & Reliable

• Indoor and Outdoor models

• Hardened/Extended temp range: -40c to +65c

• Very low power: ~10W

• AC/DC PSU available

• Passive Cooling

Touch-less Deployment

• Complete remote management from ME-3600X/ME-3800X series

• Cisco Prime Suite Support

Shipping

2x10/100/1000 + 4xSFP


• Represented as Part of ME or ASR

• Single EMS & Management Interface

• Single OS / Release Schedule

• Collocated with or Remote from Host

Single Logical Network Element

Host: ME3600X

(or other SPAG platforms)

Key Benefits: Rapid Deployment, Management Simplicity, OPEX Savings

Touchless NID

Touchless NID

Touchless NID

Virtualize Management with Touch-Less Deployment

Reduce numbers of touch points


Demarcation for Business Service Single Tenant

1GE

ME3600X ASR9K CPE ME1200

UPE

EDGE

Business

Customer premise

Demarcation • Demarcation point between the

service provider and customer's network.

• Allow for end-to-end OAM

• Remote loopback

• Fault Management

• SLA monitoring

• Avoid truck rolls, fewer test sets in the field, increase reliability

• Topology: Hub&Spoke, Daisy chained, Rings

ME1200

ME1200

ME1200

ME1200


Mobile backhaul Application

1GE ME3600X ASR9K ASR901

ASR901 ME1200

UPE L2

• Mobile Backhaul by 3rd party operator

• Handoff to Mobile Operator

• SLA measurements

EDGE NID CSR

Colocated


EPN Pre-Aggregation & Access

Operational

Simplicity

Plug & Play (Zero Touch

Provisioning)/Autonomic

Networking

Auto-IP

Service

Activation

Hardware

>10G, High

Performance

– Cost

Reduced

Fixed and

Modular

Chassis

Ethernet,

TDM and

GPON

Interfaces

SDN

Open APIs

through Cisco

ONE

Framework

onePK

/NetConf

Yang

Visibility

Distributed

Network

Architecture

(DNA) (Device &

Service

Visibility)

Sampled

Netflow (Application

Visibility)

Segment

Routing

SDN NID

Controller

Indoor,

Outdoor,

Hardened

nV

Mobile

Adaptive

Bandwidth

(MAB)

SDN Controller

Services

Plugin AN,SAT,DNA,NI

D


Innovations


Simplicity & Automation

Service

Activation Autonomic

Networking

Plug and Play,

Zero Touch

Provisioning

Auto IP address

configuration and

assignment

Fast Service turn-

up and

Troubleshooting

Auto-IP


Why Autonomics?

31

a

Security

Discovery

Consistent

Reachability

Zero-Touch Deployment

Management/ Customization

(EEM / PRIME/ SDN controller)


The Autonomic Networking Infrastructure Secured Discovery and Configuration

a Network

Security

Discovery

Consistent

Reachability

• SUDI /UDI validation

• Domain Certificates

• Autonomic Control Plane

• Channel Discovery

• Service Discovery

• Autonomic Control Plane

• Indestructible, virtual out-of- band channel


Autonomic Networking : The Vision

AUTONOMIC

NETWORK

Self-Managing

Self-Configuring

Self-Protecting

Self-Optimizing

Self-Healing


Big Problems, Innovative Solutions… Auto IP Ring

• Each new Router is assigned a unique auto-IP address (/31 network mask, last number of IP address is odd number) before inserted into ring

• One of the ring interface: east or west, will get the IP address from this auto-IP address which is called “owner” interface

• The other interface will get its IP address from its adjacent Router, which is called “no-owner” interface

• Very simple tier-breaker for auto negotiation based on LLDP extension, predictable result

• Plug-n-Play for any ring operation: insertion/removal/movement, one node at a time, or multiple nodes at the same time

R1

R3

R2

PE2

PE1

LLDP Auto-IP

negotiation


Integrated Service Activation Framework

Synthetic traffic generation at Line-rate / Service-rate

CBR-Profile

Burst-Profile

Algorithmic / Video / Voice / TCP Application-Profile (Roadmap)

Data-plane Loopback with address swap and selective packet modification

PKT GEN

Ethernet

Loopback

Carrier Ethernet

EoMPLS

• Performance Measurement on Line-rate Synthetic traffic

– Throughput

– Loss

– Delay

– Jitter

• One-way and Two-way

automate configuration of test


Service Provider MEN

Service Activation on ME3600 24CX Components Support

Services • ELINE and ELAN (Bridge Domain and

PseudoWire)

• Layer 2 and Layer 2 traffic profiles

Traffic

Generation

• 1-way and 2-way

• Packet size (64 to 9216 B)

• User configurable traffic rates

Performance

Measurement

• 1-way and 2-way

• Throughput

• Loss

Data-plane

Loopback

• Inward and Outward with MAC-SWAP

• With QoS support

Manageability • CLI ME3600 24CX

Traffic Generation

RFC2544, Y.1564

Reflector

Ethernet Loopback

Mac Swap

QoS Processing

ME3600 24CX ME3600

ME3800

ME3600X / ME3800X

Reflector

Ethernet Loopback

Mac Swap

QoS Processing

Parameters IOS release 3.10 (Phase 1)

Packet Size 64 to 1500 bytes

Flow Parameters MAC DA / SA

INNER / OUTER VLAN

INNER / OUTER COS

Traffic Rate Unit kbps

Maximum Traffic Rate 1 Gbps


Service Activation Layer 2 and 3 Traffic Profiles

Components Supported

Services • Layer 2 traffic profile • Layer 3 traffic Profile

Traffic

Generation

• IMIX traffic up to 100Mbps

• CIR-EIR Bandwidth profile aware (COS)

• Jumbo Frame 9216

• IMIX traffic up to 100Mbps

• CIR-EIR Bandwidth profile aware (DSCP)

• Jumbo Frame 9216

Performance

Measurement

• CIR-EIR Bandwidth profile aware (COS)

• CIR-EIR Bandwidth profile aware (DSCP)

IP Traffic generation introduced in release 15.4(1)S

Jumbo introduced in release 15.4(1)S


Network Virtualization and SDN

Cisco Confidential 39 © 2013-2014 Cisco and/or its affiliates. All rights reserved. Infrastructure

What is driving NFV and SDN?

3rd-Party Internet Content

SP Internet Content

VM VM

Unified

Access

Edge

Core Can I keep up

with Network

demand of

future ?

Networks have

become too

complex.. How do I

simplify and reduce

Op. Expenses)?

Too many

purpose built

networks… How

do I achieve

intelligent

convergence?

How can I bring

new services to

market faster

with existing

infrastructure?

Unprofitable

traffic growth

How do I Monetize

services?

EPN Framework

Network APIs (REST) and Services Catalog

Orchestration Multi-Layer Control, Service Chaining and

Policy Enforcement

Controllers, Collectors

Agents: onePK, OpenFlow, PCEP, BGP FlowSpec

nLight IP+Optical

Virtualized Infrastructure Programming and Managing of

Virtual Resources

Physical Infrastructure Programming and Managing of

Physical Resources

Applications Unified Service Delivery

Evolved Programmable Network Architecture Intelligent, Ultra-Scalable Network

ASR 9000 ASR 903

Cisco

PRIME &

Quantum

Virtual PE Virtualized

IOS-XR VM

Cisco

nV

vGiLAN

VM

vFirewall

VM

vDPI

VM

vNAT

VM

vBNG

VM

vDDoS

VM

vSLB

VM

ME36/3800 ASR901


EPN Pre-Aggregation & Access

Operational

Simplicity

Plug & Play (Zero

Touch

Provisioning)/Autono

mic Networking

Auto-IP

Service

Activation

Versatility

Fixed and

Modular

Chassis

Redundant

and non-

redundant

solutions

Ethernet,

TDM and

GPON

Interfaces

SDN

Open APIs

through Cisco

ONE

Framework

onePK

/NetConf /

Yang

Segment

Routing

nV Access

NID Controller

Indoor,

Outdoor,

Hardened

nV

Mobile

Adaptive

Bandwidth

(MAB)

Cisco

Controller


Programmability Enable new services by building service enablers

Different

Controllers

& Agents

Platform

Consistency

Data-plane

& Control

Plane

Multiple

Languages

Represent

data in

any format

Cisco Open Network Environment (ONE)

Flexible environment to:

• Innovate

• Extend

• Automate

• Customize

• Enhance

• Modify


End to End One-P-K Solution

ASR9K

ME

Products

Applications

That YOU

Create

OnePK

Enabling common API interface on ASR9K and Access Products to:

• Recognize flows programmability

• Enforce Policies programmability


SDN Customer Use Case: Dynamic Bandwidth and QoS Allocation

Using OnePK API, SPs can build such custom apps to create differentiated, revenue

generating services

SP Policy Server

Ingress PE

ASR 9K

1

2 2

4 ASR 9K

Egress PE

One PK

3

1. Customer requests premium access to cloud service 2. Policy server pushes customer policy to OnePK on 9K 3. SP Policy Server uses OnePK API to program higher bandwidth QoS policy for specific flow on

ME3600X 4. Customer traffic matching the policy is given premium QoS treatment

One PK

3

ME3600X


• NETCONF is an IETF configuration management protocol

• It addresses many of the short-comings in SNMP’s Structured Management Interface (SMI) specifically to aid in the management of configuration data

• Lack of backup and restore capabilities for configurations

• No concept of transactions

• Strange or legacy concepts (e.g., limited length of string labels)

• Lack of reliable error reporting

• The “wherefore” of NETCONF can be found in RFC 3535, “Overview of the 2002 IAB Network Management Workshop”


• YANG is a modeling language defined in RFC 6020

• Used by NETCONF to define the objects and data in requests and replies

• Analogous to XML schema and SMI for SNMP (but more powerful)

• Models configuration, operational, and RPC data

• Provides semantics to better define NETCONF data

• Constraints (i.e., “MUSTs”)

• Reusable structures

• Built-in and derived types

• YANG is extensible and modular

• YANG modules are for NETCONF what MIBs are for SNMP


• Leverage OnePK on ME products

• NID Controller evolution

• XML over HTTPS

• Netconf/Yang as a data model

• For element management

• Through an agent or controller

• Access controller/agent evolution

• Northbound interface: XML over HTTPS to Netconf /Yang

• Expand beyond NID devices

• Integrate as a plugin into Cisco Controller

What about SDN in the SP access?


Conclusion


• Cisco SP Access solution evolving around “unified MPLS” and “Programmable MPLS” as an evolution.

• Product Portfolio to support a converged access.

• Operation Simplicity driving innovation

• Evolution toward Network Virtualization and SDN

As a summary, for the SP Access…


Q&A

Thank you.

Documents

SP Access Solution - Cisco - Global Home Page · Metro Grows Faster than Long-Haul from 2012 through 2017 2012 Metro Is 1.8x Long-Haul Long-Haul Metro Access 2017 Metro Is 2.4x Long-Haul