2011HuaweiGlobalAnalystSummit 2011 Huawei Global · PDF file2011HuaweiGlobalAnalystSummit 2011 Huawei Global Analyst Summit ... Aggregation Bandwidth Management Metro WDM Backbone

T t N t k P t tiTransport Network Presentation2011 Huawei Global Analyst Summit

www.huawei.com

2011 Huawei Global Analyst Summit

HUAWEI TECHNOLOGIES CO., LTD.

ContentsTransport Network Update


Marketing New Breakout

New Product/Features ReleaseNew Product/Features Release

Ultra Broadband Transport Solution40G/100G High Speed Transmission40G/100G High Speed Transmission

The Rise of the OTN in Metro Network

Optical Packet TransmissionOptical Packet Transmission

IP Microwave in LTE Era

End to End Hybrid TransmissionEnd to End Hybrid Transmission

Huawei Optical Networking Strategy

Leadership in Transport NetworkLeadership in Transport Network Global ON Market Share

No.1 No.2 No.1 No.1No.1 No.1

Aggregation Bandwidth Management Metro WDM Backbone DWDMTotal ON

Rolling 4‐Q share: 10Q1~10Q4

Converged Packet Optical

No 3

Global Microwave Market Share

IP Microwave

No.3 No.2

Total MicrowaveRolling 4‐Q share: 10Q1~10Q4

Ranked No.1 in global optical network market and No.3 in global microwave market

Leading All IP transformation, Ranked No.1 in CPO and No.2 in IP Radio segment

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 3

Leading 40G Commercial Processg

•NEUF

Italy

No.1 in Global 40G

Chi T l

•VDF UK •Swisscom•OTE•KPN•TI•AcrorT l f i

•Rostelecom•Svyazinvest•Transtelecom

•Hibenia(USA) •MEDIACOM•XO

Italy

HK

•China Telecom•China Unicom•China Mobile

•Telefoncia

•Morocco Telcom•STC•ET•TT

•DT(Philippine)•TATA(India)•PCCW

•TT •Telefonica•Telmex(Mexico)•Telmex(Peru)•Telesp•Oi

Source: Ovum

Nigeria

70+ commercial deployment , No.1 in global 40G market with 44% share, including TOP50 operators such as KPN, VDF, Telefonica, etc.

40G breakthroughs up to date includes VDF UK, VDF NL, VDF IR, VDF TK, TIS, TDC, Completel, CN, OSP, Bharti, STC, Embratel, Telesp, Colombia Telecom, Turkey Telecom, etc.


p y

Lager Scale Terabit OTN Deployment g y

•Belgacom•British Telecom

• China Mobile• MTS• Svyazinvest

Italy

•British Telecom•FT/Orange•KPN•Magyar Telekom•OTE•Portugal Telecom•SFR

• China Telecom• China Unicom• KT• Bharti Airtel• BSNL• Globe• PCCW

Svyazinvest• Vimpelcom• Megafon

• Hibernia•Hibenia(USA) •MEDIACOM

Italy

HK

SFR•Swisscom•Telecom Italia•Telecom Italia Sparkle•Telefonica•Telekom Austria•Virgin Media

• PCCW• KDDI• Optus• PLDT• SingTel• TATA• Telkom

• BeEtisalat• Orascom Telecom• Saudi Telecom

•XO

g•Vodafone

Telkom• VNPT• Q‐tel

America MovilOi/TelemarTLATAMTIM

• MTN

Over 90 000 sets shipment of WDM /OTN; Over 8 000 sets of Terabit OTN (OSN 8800)

TIMTelmex

Over 90,000 sets shipment of WDM /OTN; Over 8,000 sets of Terabit OTN (OSN 8800) deployed since Q1,2010

New Breakout include BT GS, TIS, Optus, VDF BBNS, TIM, Spain OSP, Brazil Turkey Telesp, LGU,VDF, RCN,TDC,KT, etc.


Hybrid MSTP Global Application

New project in 2010

1,000,000 + sets of MSTP series deployed in 130+ countries and regions

Hybrid MSTP has been selected by 40+ operators, New Breakout include TI,KDDI,SKT LTE, Maroc Telecom, Telmex, Telecom Argentina,Meditel,WANA,Tigo,Mobily,etc.


, , g , , , g , y,

Leading the Microwave to IP eraLeading the Microwave to IP eraIP MW New project in 2010

HK

By the end of 2010, worldwide deployment 250,000+ hops in 100+ countryLeading for IP radio, partnership with top operators, including VDF(12),T-Mobile (9), Telenor (8),Telefonica(6) and MTN(8).


Leading ASON from SDH to WDM/OTN Applicationg

Greece OTE

TurkeyTelefonica Spain Azerbaijan

Vodafone Portugal

Bengal GPTelecom Italy

Spain

Vodafone UK

jAzertelecom

China Telecom Mediacom GlobeNet

HK

China MobileMorocco Telecom

UAE DUPhilippines PLDT

China Unicom

Qatar QTelEgypt TE

Vietnam VNPT

Malaysia CTS

Thailand TT&T

UAE DU

Vodafone India

Angola Mstelecom Oi Brazil

Telefonica

y

OTN/WDM ASON

Malaysia Celcom SDH ASON

300+ ASON applications for 80 carriers; 40 + OTN/WDM ASON applications.

1st vendor provides Optical ASON (WSON) and OTN ASON

OTN/WDM ASON selected by TDE, VDF, TI, CMCC, OTE, Egypt TE, etc.


New Products Released in 2010OSN 1800 OSN 8800 T64OSN 8800 T32OSN 6800

OTN

OSN 8800 T16

2.56T/6.4T XC40G/100G 1500km

1.28T/3.2T XC40G/100G 1500km

2M~10G Full Rates8‐ch Single Box

360G ODUk XC4/9‐D ROADM

WDM/O

640G/1.6T ODUkPID 80/120/200G

New

//g /

TP

OSN 3500OSN 1500 OSN 7500 II

New

OSN 550

New

OSN 500

/ /

H‐M

ST

TDM: 200G/20GPKT: 100G

TDM: 20G/20GPKT: 8G

TDM: 360G/40GPKT: 320G

TDM: 20G/5GPKT: 20/40/60G

New

TDM: 20G/5GPKT: 7.2G

New

wave RTN 910 RTN 950 RTN 980

New

Microw

TDM:5G PKT: 10G

TDM:4.5G PKT: 4.2G TDM:20G (128*128 VC4)

PKT: 22G

First Packet Nodal MW (14RF, 5U)


New Features Released in 2010/2011

1 Slot 40G Card 40G ePDM-BPSK100G sQPSK 100G ePDM-QPSK

2010 20111 Slot 40G Card 40G ePDM BPSK 100G sQPSK

4×10G

1×40G

d

CPE supports 10GE G-level MicrowaveMPLS-TP (Y.1731)

Released

Features

New PID Line card

1500km Coherent: 2000km+ Coherent: 2000km+

OSN500/550 H-MSTP and Microwave

1G on 1 carrier

2G with XPIC40G/80G/120G/200G

G.HAO Prototype OBTN Prototype

OSN500/550 H MSTP and Microwave

ough

ogy

2G with XPIC40G/80G/120G/200G

E-Band Prototype

• 5×10GE Sharing ODU4/40G

• 1T~8TS Hitless Resizing

OFC/NFOEC 2011Breakthr

techno

l o

Nov, 2010


Universal Switch and E2E Networking

Hybrid MSTP MS OTNHybrid Microwave

TDM/EOS

PACKET

TDM/EOS

PACKETUnified NMS

Hybrid MSTP MS OTNHybrid Microwave

PacketPacket

STMSTM NN

PacketPacket

STMSTM--NN

PacketPacket

STMSTM NN

PacketPacket

STMSTM--NN

L2

Universal Universal SwitchSwitch


PKT VC PKT VC PacketPacket

STMSTM--NN

PacketPacket

STMSTM--NN

PKT VC

ODU

STMSTM--NNSTMSTM--NN STMSTM NN

L0

L1SwitchSwitch SwitchSwitch

OTNOTN--NN

WDMWDM

OTNOTN--NN

WDMWDMPhotonicPhotonicSwitchSwitch


Universal switching for all products / all services, provides a smooth migration path from TDM to all IP evolution

L0 SwitchSwitch

to all IP evolution

Seamless connection between all products, forming end to end transport covering access, metro and backbone through a united NMS



Contentsp p


New Product/Features Release

Ultra Broadband Transport Solution40G/100G High Speed Transmission


Optical Packet Transmission

IP Mi i LTE EIP Microwave in LTE Era

End to End Hybrid Transmission

Huawei Optical Networking StrategyHuawei Optical Networking Strategy

Huawei Transport Solution OverviewBackbone

FBB DSLAMPE

P

Aggregation

SGSN

GGSNMME

FBB

PON

BRASWDM/OTN

1. High Speed Backbone

2. MS-OTN

Hybrid Microwave

BTSRNC

MME

sGW

Hybrid MSTP

3 H MSTP & H MW E2EMGW

Hybrid Microwave

Hybrid MSTP

WDM/OTNMBB

eNodeB 3. H-MSTP & H-MW E2E

FBB Transport :

Hi h d B kb 40G/100G C d O&E High speed Backbone: 40G/100G, Converged O&E Switch and IP&Optical Synergy

Metro OTN: 40G/OTN Switch/PID, Flatten network

MBB Transport: MBB Transport:

Converged Packet and Optical (Microwave),Hybrid transmission, E2E MPLS-TP/VC pipe

Reduce total cost by lower layer networking


100G Era Is Coming40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

100G Era Is Coming

100G Market Process What did we learned from 40G?

QP

SK

OD

B

PS

K

-QP

SK

HK

DQ O D

DP

-

Many different 40G solutions, resulting in fragmentation of the market and overall higher costs

2011 2012 2013 2014 Except for router interface, low speed interfaces (10G)

40G interface

4*10G interface

60%

100G is maturing fast, initial deployments in 2011; deployments will ramp up in 2012

2011 2012 2013 2014became the major driver for 40G

40G will keep on growing in the next 3 years due to the regional disparity and 100G prices

10G will be deployed massively so OTN grooming / XC will still play an important role in 100G era


Huawei 100G Progress40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

40G/100G Coherent

Commercial Project release

Commercial Available

40G/100G Coherent

JuniperEANTC

Field Trial

Max amount & longest distance

suitable for existing 10G/40G network evolution

• End to end 100G interoperability Test by EANTC

• DWDM: Huawei

• Router : Huawei NE5000E, juniper T16002011.2

Max. amount & longest distance

• 3,000 km without Regeneration• 1st 100G Interoperation Test • Hybrid transmission with 10G/40G

2010.6

2009 11 2010 12 2011 6

• Hybrid 40&100G without guard-band

• Ultra capacity to 8T

• DWDM: Huawei

• Router: Cisco CRS-3

• Darmstadt ‐> Nuremberg ‐> Darmstadt,

2110km uncompensated SMF link


2009‐11 2010‐12 2011‐6

100G Key Technology and Innovation40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

y gyBetter nonlinear toleranceMainstream 100G tech: ePDM ‐(D)QPSK

DSPDSP

ePDMePDM --(D)QPSK(D)QPSKIncreased CD/PMD T l

Using RZ format to improve nonlinear tolerance(2dB＋OSNR advantage, ~1.5x distance)decrease symbol rate

to 25% of bit rated

Tolerance

• 75ps DGD tolerance ,30000ps/nm CD tolerance

ADCADC

Software ‐Decision 100G

OSNR+ Nonlinear+

High Gain FECHigh Gain FECCoherent RxCoherent Rx

56G/64GSa/s ADC

• 30000ps/nm CD tolerance• 80ch *100G 1200+km

OSNR+ Nonlinear+

PDM QPSK PDM DQPSKMixed 100G/10G100G coherent w/o DCM

3dB gain in ONSR sensitivity

11.3dB + net coding gain

Advanced performance (Better nonlinear, dispersion and PMD tolerance), can upgrade from existing 10G/40G system

Software decision 100G format (QPSK or DQPSK) meets different transmission requirement


Software decision 100G format (QPSK or DQPSK) meets different transmission requirement

Future Proof 40G Transmission40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

Multiple formats for various scenarios 40G Coherent: ePDM‐BPSK

No single solution for 40G

90psDGD

±60,000/

80ch×40G2000k

SmoothUpgrade

F 10GDGD ps/nm >2000km From 10G

Size 5×7 inch 4×5.5 inch

Power 28W 18W

Distance 1200KM 1600KM

Smaller size lower power and longer distance

37%

36%

25%

Multiple formats serve various reach&cost scenario, a best price/performance tradeoff

High performance/tolerance is compatible with existing installed 10G and future 100G

Smaller size, lower power and longer distance


g p p g

The Rise of the OTN in Metro Network40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid


Phase Ⅰ:OADM Ring Phase Ⅱ:MD‐ROADM Phase Ⅲ: Metro OTN

40G/OTN

OTN Switch

2001~2005 2006~2009 2010~

PID

AM/Telmex Metro WDM AM/Telmex Metro WDM AM/Telmex Metro WDM

Fixed OADM, few nodes in Metro coreFew deployment

High cost, Few deployment, very poor bandwidth utilization

OTN/PID enables worldwide deployment ,High wavelength efficiency

ESTRELLA CAPRICENTRO

ITAGUIGUARN

AM/Telmex Metro WDM AM/Telmex Metro WDM

COHANCCM

BALSOS

Bogota ,2007 Bogota ,2009 Bogota ,2011

Upgrade to 40G +OTN Switch


It’s the Right Time for Metro OTN40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

It s the Right Time for Metro OTN

Distance Extension RequirementWavelength Groom Requirement

GE

>10km

53%47%

<10km10.7%Type of MetroRouter Port

10GE

<2km

90%10%

>2km89.3% 10GE

GE

1. Increased bandwidth exhausts optical fiber resources

Source : China Telecom Source : China Telecom

2. Simplified OAM (2 fiber pair vs. 1 fiber pair)

3. 3G/LTE Backhaul4. Leased line >FE/155M5 M h d t k f t hi h li bilit

The Right Timefor Metro OTN

5. Meshed network for metro core, high reliability

6. No fiber jump, space savings thinks to PID

7. Converged OTN and PTN network8. Low speed service (GE) waste fiber resources

fSource :Huawei China Market Research 2010


p ( )

Metro Network: Jumbo + Compact System

Jumbo SystemJumbo + Compact 40G × 80 λ DMDM Terabit OTN Switch

ASON/GMPLS Control Plane40G * 80λ ASON Mesh Networking

OTN/ASON

or80

kmTerabitSwitch

Compact System

40 o

PID: 80/120/200GDCM and OA free

No fiber jump, no planning required

PID

89.3%80G PID 120G PID 200G PID

Firstly released OTN+PID solution, eliminating the “Metro” bottlenecks:

j p, p g q

Traffic and fiber: WDM for fiber relief, 40G/OTN provides the adequate capacity and scalability

Engineering and OAM: PID brings new experience, no fiber jump, no planning required

Survivability: ASON/GMPLS enables meshed network 99 999% reliability


Survivability: ASON/GMPLS enables meshed network, 99.999% reliability

Flat Metro Network and Total CAPEX Savings

40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

Flat Metro Network and Total CAPEX Savings

Backbone BackboneN*10G 40G 35,000,000

Model Ⅰ Model Ⅱ

Model Ⅰ Model Ⅱ

BR

CR

40G/OTN

10G20,000,000

25,000,000

30,000,000

光缆价格

BRAS价格

Cluster Router15%

Optical cable

BRAS

BR

OTNOTN

GE

10G

0

5,000,000

10,000,000

15,000,000 OTN价格

BR价格

CR价格

OTN

BR

CR

BRAS BRAS

0模型一模型二

OTN meet bandwidth requirements and promotes the flattening of Metro NetworkOTN Reduces 15% total network cost (removed BR, router GbE port for long reach to short reach,

optical fiber savings )


Effort on MPLS-TP Standard


Effort on MPLS TP Standard

ITU‐T& IETF JWT member

IETF MEAD members

MPLS‐TP Steering Group co‐chair and members

Editor/contributor of l IETF drafts/ITU‐T recommendations

MPLS-TP is the most important packet transport technology and connection-oriented behavior MPLS TP is the most important packet transport technology , and connection oriented behavior and robust OAM & protection are the typical features of MPLS-TP

Estimated finishing time: 2011,Cisco, ALU, Huawei & Ericsson lead the development of MPLS-TP standard


MPLS-TP based Hardware Design


g

SD XXXX

Line Unit Cross‐Connect Unit

&MPLS/ETH/MPLS TP OAM

CPU

CPUSD XXXX

2011

MSTP

OAM & APSFPGA

SD XXXX MPLS‐TP OAM

PW OAM

FPGA SD XXXXMPLS‐TP

2011

Microwave WDM/OTN

2011 2012 Control PlaneGMPLS

GACh+Y.1731(ITU‐T)

Microwave WDM/OTN

BFD/LSP Ping(IETF)

MPLS-TP OAM: Centralized OAM is required by using FPGA in cross connect unit

Flexibility: currently support GACh+Y.1731(ITU-T) , will support extended BFD/LSP-Ping (IETF)

Hitless upgrade: Software updates, no interrupt to service


Centralized Packet Switch and MS OTN


Centralized Packet Switch and MS OTN

Centralized Packet SwitchMS OTN Architecture Centralized Packet SwitchMS‐OTN Architecture

ECTDM ETH

TDM ETH

TDM ETH

HO ODU

LO ODU LO ODU LO ODU

MPLS‐TPEC

ECTDM ETH

OTN Ethernet OTN MPLS‐TP OTN

ROADMROADMROADM

HO ODU HO ODU HO ODU

MS‐OTN: Multi‐Service OTN supporting Packet and Circuit services in a single architecture

Centralized packet switch: same architecture with Huawei H‐MSTP series, it can seamlesslyinterconnect with existing H‐MSTP network


Nodal Microwave and Broadband RF 40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

Bandwidth Accelerator 2G Throughput with XPIC

2.4 Times Throughput

First packet nodal microwave in the industry

• 14�RF�directions• 128*128 VC4 + 22 Gbps

RTN 980 (5U)

• 128*128�VC4�+�22�Gbps• Easy�Maintain�and�Expansion


RTN 980 (5U)

E-Band and Fully Outdoor Microwave40G/100G Metro OTN MPLS-TP IP Radio E2E Hybrid

G

E-Band Fully Outdoor

•Frequency: 71-76 , 81-86 GHz•Air capacity: 1GBps•Distance :1～5km

• Frequency：15～42GHz• Capacity：500MB• Modulation：4QAM～256QAMQ Q• Interface：2xGE(O/E)

Release E‐Band Prototype in 2011, leading the technology cutting edge

Huawei FO will release in 2012Q1, large‐scale commercial used in 2012


Huawei E2E Hybrid Transport Overview


Huawei E2E Hybrid Transport Overview

2G BSC

Backhaul Transport

Hybrid Microwave

RNC

sGW

3G

LTE

p

Hybrid MSTPsGWLTE

E2E TDM E2E Ethernet(LSP) E2E TDM(EOS) E2E PW

Smooth evolution, High efficient transport for all phases (any mix of services)

TDM: Native+

Eth over SDH

TDM: PW+

Packet: MPLS‐TP

TDM: Native+

Packet: MPLS‐TPTDM

Incorporating packet, microwave and optical technologies, it is designed tosupport the evolution from TDM backhaul toward all IP backhaul


pp

E2E Connection oriented Network, SDH Like


E2E Connection oriented Network, SDH Like

E2E Fast Service Deployment E2E OAM and Protection

Seamless connection between microwave and ti l E2E LSP/VC i

Microwave Optical

Hardware based OAM , fast protection switchingoptical, E2E LSP/VC pipes

E2E QoS Guarentee and SLA E2E Timing and Synchronization SDH Like

E2E synchronization

TDM Packet

5‐level Hierarchical QOS for UNI and Diff‐server for NNI E2E IEEE 1588v2 & Sync Ethernet cross TDM and Packet domain, GPS free



Contentsp p


New Product/Features Release

Ultra Broadband Transport Solution40G/100G High Speed Transmission


Optical Packet Transmission

IP Mi i LTE EIP Microwave in LTE Era

End to End Hybrid Transmission

Huawei Optical Networking StrategyHuawei Optical Networking Strategy

Huawei Optical Networking Strategy

Lambda + ODU + PKT ASON/GMPLS

Lambda Lambda + ODU

Lambda + ODU + PKT

PWE3PACKET

CP

MPLS-TP

ASON/GMPLS

VLAN awarefor IP offload MLN

L2Native Ethernet

MPLS-TP(Y.1731)

MSTP(L1/2)

PWE3(BFD)

Ethernet(Y.1731)

L1OTN

1 28~6 4T10T+ ODU flex

ODU5

Terabit Networking

Pbit OTN(1000 Tbit)

OTNMS OTN

L01 x 9 WSS Flex Spectrum

(400G~1Tb/s)CDC (n x m )

1.28~6.4T

OBTN

LPC(1 x 2/4 )

HPC(1 x 20/25)

Custer OTNODU flex

ROAM

(1000 Tbit)

Shift L1/L2 XC functions to L0

2011

L040G 100G 400G 1Tbps

2015


2011 2015

SummarySummary

Huawei continues to be a Top Leader in Optical NetworkingHuawei continues to be a Top Leader in Optical NetworkingHuawei offers a comprehensive portfolio to address customers’ requirements

and needs in different scenarios (TDM / Hybrid / Packet):

WDM/OTN

lead the commercial progress of 40G and Terabit OTN Networks in the industry

introduce “OTN+PID”, bringing operators new experience in metro broadband transport

lead Multi-Terabit Transport networking with 100G+ and MS-OTN

Hybrid MSTP

Universal switch for all services (Packet/TDM )

“Dual Core” architecture provides the smooth evolution from 100% TDM to 100% Packet

IP MicrowaveIP Microwave

Unified TDM/Hybrid/Packet modes in one set

supports a smooth migration of 2G/3G/LTE: higher efficiency & bandwidth


Thank youwww.huawei.com

Copyright©2011�Huawei�Technologies�Co.,�Ltd.�All�Rights�Reserved.�The�information�contained�in�this�document�is�for�reference�purpose�only,�and�is�subject�to�change�or�withdrawal�according�to�specific�customer�requirements�and�conditions.�

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2011HuaweiGlobalAnalystSummit 2011 Huawei Global · PDF file2011HuaweiGlobalAnalystSummit 2011 Huawei Global Analyst Summit ... Aggregation Bandwidth Management Metro WDM Backbone