Cisco PONC 2015

Simon Rizkalla

Head of Optical Sales - APJ

10 March 2015

3

Introduction to Optical Transport

Transformation through Innovation

Over 25 Years of Innovation

1990-1999

1st Avail Optical EDFA MP

1st In field Amplified System (T20)

1st WDM System (Sprint)

1st Tech Trial 32ch system

1st Demo of 128ch (Scom ‘98)

1st Deployed 128ch (Global Crossing)

Industry 1st MSPP

1st OC-192 MSPP

1999 - 2002 Industry 1st MSTP

#1 WW ROADM Share

Alien Wavelength

Mesh DWDM

1st L2 XPonder

1st to market IPoDWDM

1st 40G IPoDWDM

1st 100G IPoDWDM trial

1st Single Module ROADM

1st Omnidirectional ROADM

2000 - 2009

2012+

100G CP-DQPSK

Agnostic Switching

FlexSpectrum

1Tbit 2010

10G MLSE

40G CP-QPSK

Coherent DSP

ColorLess ROADM

2011

1st MPLS-TP

1st WSON / GMPLS

100G CP-DQPSK Trial

Coherent DSP

The Convergence Blueprint Innovation Required at Every Stage

Moore’s Law Shannon’s Limit

Massive Integration 14 2 Devices

4B+ Transistors

NPU/Fabric

nPower™ X1

100G 400G 1Tb/s SW Selectable

Distance vs. Capacity

Pluggable Optics

Integration to Pluggable Lower Cost

Deferrable $$

ROADM

Manage l >24T Fiber Capacity

Zero Touch Re-Arrangement

25 W

7.5 W

SDN - PCE

Cisco Deployments

• 4,000+ Customers deploying Cisco Optical solutions

• 2,000+ Customers deploying ONS15454 MSTP platform

• Major Service Provider adoption worldwide

• Over 100,000 ONS 15454/NCS2k in-service

– More than 26,000 DWDM Node shipped in-service

– More than 31,500 ROADMs shipped

– More than 1,300,000 Add/Drop ports shipped

– More than 27,100 2.5G channels shipped in-service

– More than 116,000 10G channels shipped in-service

– More than 7,100 40G channels shipped in-service

– More than 10,000 100G channels shipped in-service

Cisco Global Customer Base

The breadth of Cisco’s optical customer base is without parallel in the industry.

Enterprise Government / Ed Cable Telco

Cisco Customer Across Asia

Evolution of Optical Control

Static

Configuration

WSON

(2011)

GMPLS

IP + Optical

Convergence

Software Defined Networking

ASON

(2001)

Who is standardizing and drafting WSON? Title Draft Vendor Service

Provider

Resource ReserVation Protocol-Traffic Engineering (RSVP-TE)

extension for recording TE Metric of a Label Switched Path draft-ietf-ccamp-te-metric-

recording-04.txt

Cisco KDDI

Deutsche

Telekom

Resource ReserVation Protocol-Traffic Engineering (RSVP-TE)

Extension for Additional Signal Types in G.709 OTN draft-ietf-ccamp-additional-

signal-type-g709v3-00.txt

Resource ReserVation Protocol-Traffic Engineering (RSVP-TE)

Path Diversity using Exclude Route draft-ietf-ccamp-lsp-

diversity-05.txt

Cisco

Huawei

ALU

Information Model for Wavelength Switched Optical Networks

(WSONs) with Impairments Validation draft-ietf-ccamp-wson-iv-

info-00

Huawei

Cisco

Generalized Multiprotocol Label Switching (GMPLS) User-Network

Interface (UNI): Resource ReserVation Protocol-Traffic

Engineering (RSVP-TE)

RFC 4208 Cisco

Juniper

PCEP Requirements for WSON Routing and Wavelength

Assignment

draft-ietf-pce-wson-routing-

wavelength-10.txt

Huawei

NTT

KDDI

Telefonica

Current Status of WSON Deployment Deployed Evaluating

Deutsche Telekom – Germany (Cisco) Verizon – USA AT & T – USA

Trans Telekom – Russia (Cisco) Cogent – USA Verizon – USA

Indosat - Indonesia Comcast – USA Time Warner Cable – USA

Samsung SDS – Korea Cox – USA Telus – Canada

Reliance – India XO – USA Rogers – Canada

Maxis - Malaysia Level 3 – Global Charter – USA

DTAC - Thailand Telmex – Mexico Movile – Brazil

True - Thailand Telefonica – Spain Telecom Spain – Spain

FET – Taiwan ComHem – Sweden Telecom Italia – Italy

FPT – Vietnam (Cisco) Tele2 – Sweden CHT – Taiwan

Vietnam Telekom –Vietnam Telecom South Africa – SA Etisalat – UAE

MOI KSA – Saudi Arabia Wind – Americas

NCS 2000 DWDM

Power

>50%

Saving

Density

>50%

Capacity

Flexibility

PAYG SupCh

Simplicity

Reduced Comp

• Over 50% power reduction vs competition

• 100G SD-FEC TX with lowest power consumption

(140W)

• Different power units to meet cust requirements

Power

Density

Flexibility

Simplicity • Highest density platform in the industry

• 200G/RU

• 400G(2002), 1.2T(2006) & 7.5T(2015) Chassis

• Over 24Tb per single fiber pair

• PAYG Superchannel implementation

• Increments of 50G – (50G/100G/200G slices)

• >24Tb Superchannel

• In-Service Upgrade of Superchannel, no guard bands

• Use of pluggable to reuse cards for diff applications

• Reduced sparing through use of common cards &

pluggables

• Simplified node configuration & optical connectivity

• Simplified network management & Control plane

Over 50% POWER REDUCTION

Over 50% HIGHER DENSITY

PAYG Superchannel

UNIFIED COMPONENTS

NCS 4000 Converged OTN & Packet

Power

>40%

Saving

Invest.

Protect

>100Tb NE

Flexibility

Anyport

Simplicity

Unified NMS

• Over 40% power reduction vs competition

• Collapsing 3 platforms into 1 (OTN, SDH, Packet)

• Agnostic Fabric Power

Invest.

Protect

Flexibility

Simplicity • Multi-Chassis Functionality

• Investment protection and reuse of linecards

• Single NE configuration

• 10/40/100G on same port

• Single line card to perform Packet and TDM

• Supporting all technologies, MPLS, OTN, SDH

• Reduced Sparing

• Multilayer Orchestration

• Unified management of DWDM, IP and OTN/SDH

platforms

Over 40% POWER REDUCTION

Over 100Tb Network Element

Anyport Functionality

UNIFIED MANAGEMENT SYSTEM

Convergence

DWDM OTN & Packet

Multi-Layer SDN

Multivendor SDN

Summary OPEX Savings

Power & Space

Simplification

Multilayer

approach

Multivendor

SDN

Track Record In Innovation

Global Customer Base

Continued Investment in Transport

NCS

Agenda Day 1

8.50 – 9.00 am Conference Opening

9.00 – 9.30 am

Introduction to Cisco Transport

Simon Rizkallah

9.30 – 10.15 am Next-Generation Optical Networking

Pavan Voruganti

10.15 – 10.45 am Case Study: Use Case FPT

FPT CTO – Vu Anh Tu

10:45 – 11:15am Case Study: Use Case Tier 1 SP North America

Rob Hillman

11.15 – 11.30 am COFFEE BREAK

11.30 – 12.15 pm Converged Optical Market: Needs and Trends

JR Due

12.15 – 1.00 pm Network Convergence Benefits

Ramesh Pillutla

1.00 –2.00 pm LUNCH

2.00 – 2.45 pm The Role of Packet in Convergence Networks

Diane Patton

2.45 – 3.30 pm Transport SDN or Multi-Layer SDN

Walid Wakim

3.15 – 3.45 pm COFFEE BREAK

3.40 – 4.20 pm Network Management

Rupesh Kumar Sairam

4.30 – 5.00 pm Network Orchestration

Andrew Vranjes

5.0 0 -5.15 pm Conference Day Close

6.00- 9.00 pm Networking Dinner

Agenda Day 2 - Workshops

Workshop Topic and Location

Cisco NCS 4000 Series

& CTC

IP/Optical Convergence &

Service Orchestration

FlexSpectrum 100G & EPN-M

Workshop Speaker Srikanth Thodupunoori Andrew Vranjes, Richard Wade, Diana Patton Alexander Bakharevskiy and Medardo Casino

Demo Lead Srikanth Thodupunooriand Rupesh Diane Patton Alexander Bakharevskiy

Time Slot Siray Bay Ballroom Retreat Room 1 Retreat Room 2

09.00-10.30 RED BLUE YELLOW

10.30-10.45 Transition to Workshop Rooms

10.45-12.15 BLUE YELLOW RED

12.15-13.30 Lunch

13.30-15.00 YELLOW RED BLUE

15:00-1700 1:1 meeting with customer/partner