MPLS JAPAN 2011

P-OTS

20111024

masa.ueta@tellabs.com

1

P-OTS

2

3P-OTS

MSPP

Ethernet

L2 Switch

ROADM

OTN-XC

P-OTS(Packet Optical Transport System)

Optical

OTN

Ethernet

(MPLS-TP)

IP/MPLS

SONET/SDH

4

Tellabs7100

$$$$

$$$

$$

$$

$

Router

MSPP

Ethernet

L2 Switch

ROADM

OTN-XC

(all-in-one)

P-O

TS

5

OTN

Lambda

Service

Ports

SDHEthernet/VLAN/PBBEoS Transp

arent

Native Switching

WSS

ROADM

MPLS-TP

MPLS-TP

MPLS LSP

Switching

OTN Switching

VLAN

OTN

LSP/PW

OTN Mapping

Packet Optical Transport

$0

$400

$800

$1,200

$1,600

$2,000

$2,400

$2,800

$3,200

CY10 CY11 CY12 CY13 CY14 CY15

Reven

ue (

US

$ M

illi

on

s)

0%

4%

8%

12%

16%

20%

P-O

TS

%

1st Gen 2nd Gen P-OTS as % of Total Optical

Source: Infonetics

P-OTS20152500

6

7

8

Service

Layer

Core

Layer

Optical

Layer

IP-VPN

InternetL2 VPN Legacy

IP-VPN

InternetL2 VPN Legacy

Core(PTN) +

Optical Layer

ROADM

ROADM

ROADMWSS

ROADM

ROADM

ROADM

WSS

WSS

WSS

WSS

WSS

ROADM ROADM

Core

Service Service

WDM

PTN

+

WSS

MP

LS

-TP

VL

AN

SD

H-X

C

IP-VPN

Internet

L2

VPN Legacy

MPLS-TP

/ODUXC

WSS

Capex/Opex

SLAMPLS-TPODU-XCVLANTransparent

9

Aggregation

Metro Core

Backbone

Aggregation

SONET/SDH

Ethernet

SONET

Any Rate

OTU 1/2/3

Ethernet

MP

LS

-TP

OD

U-X

C

MPLS-TP

ODU-XC

LSP

ODUk

Op

tica

l d

om

ain

Op

tica

l d

om

ain

10

InternetInternetCould

Inter-DC

Could

Inter-DC

P-OTSWDM

P-OTS

Green IT

OADM

ODU-XC LHO-E-O Regeneration

11

Regenerationback-to-backODU-XC(MPLS-TP)Restoration

ODU-XC

WSS

RegenXC

12

eNB

eNB

eNB

Metro

Core

Access

Aggregation

G.8031 ELP

G.8032

ERP

L2SWPTNWDMNW

Aggregation

G.8032

ERP

Packer Core

13

14

1. Hitless Software/Firmware Upgrade

100G

MPLS-TP(Static)ODU-XCMACL2

Firmware UpgradeHitless(Data plane protection)

Frequency of

change

Data & Control Path Impact % of Code

Without data

plane protection

With data plane

protection

Mgmt/Control Plane SW High none none 95+ %

NPU Code Medium msec none few %

NPU Data Structure Low ~ 5 sec none

FPGA Very Low ~ 10 sec none

Data plane

protection

Code

Cont.

15

Ingress Egress12345

Manual Switchover at this time

12

345

12345

34512

Packet Re-ordering

Manual Switchover

2. Data Plane Protection ODU-XC1+1 WorkingProtection 100G

1GB

MPLS-TP

3. Packet mis-ordering ODU-XC MPLS-TP PWControl WordSequence number

Cont.

16

ODU-XC(SNC-I/N)

1+1

Optical Restoration

Static: Priority Basis

Dynamic: GMPLS/ASON

MPLS-TP(Static)

1:N or 1:1

Restoration

Path Switching

ODUk Restoration

Static: ARR

Dynamic: GMPLS/ASON

Regeneration and

Transit switching point

for LH

ELP

1:1

4. Restoration

MPLS-TP(1:N)ODU-XC, ELP(G.8031) Restoration

MPLS-TP LSP

1:N LSP Protection 1:1 LSP Protection ODU Restoration(GMPLS or Static) 1:1 LSP Protection OCh RestorationODU-XC

1:1 SNC Protection + ODU Restoration 1:1 SNC Protection + OCh RestorationVLAN ELP(Ethernet Linear Protection)

1:1 Ethernet Linear Protection + Och Restoration

Digital WrapperFEC

17

QoS

ODU

OXC OXC

G.709 Digital

Wrapper

Unified Fabric

OTN10GE

100GE

OXC

G.709 Digital

Wrapper

Unified Fabric

OTN10GE

100GE

G.709 Digital

Wrapper

Unified Fabric

OTN10GE

100GE

OTN

10GE/

100GE

Frame length

Late

ncy

Ethernet

OTN

EthernetNP

18

WDM

A

B

PTN

2

P-OTSNMS

NMS

19

OAM

Node Layer

OXC Layer

Module Layer

Port Layer

Transport Layer

Path Layer

Node/Module/Port

Micro Topology View

NMS (Cont.)

20

Service Monitoring

Fault Management

Layer1-2NMS

VLANUNI

a) VLANMPLS-TPODU-XC

b) P-OTSIPoDWDM

c) 100G module(Transponder/Packet)(19/23inch)

d) 100G MSACFP

e)

f)

g) 10GP-OTS

h)

21

22

23

Tellabs 7100 Dynamic Optical NetworkingArchitecture Flexibility

GE/10GE

SONET/GbE/SANS

P-OTS

Switch Center

Remote Location

Remote Location

LD POP

LD Network

Interface agnostic

Managed Service

Verizon

WSSMulti-degree P-OTS

Aggregation

RouterGW

10G DWDM

10G

10G

Data Router

Before

Verizon

STM-64

VCG-1

VCG-2

Bandwidth Utilization

Morning --- Evening

Data

Ban

dw

idth

Morning --- Evening

VoD

EIR#1

EIR#2

EIR1 : 6G

EIR2 : 4G

10G DWDM

NetworkROADMN x 10G

AfterData RouterAggregation

Router

GW

ROADM

Bandwidth Utilization

Morning ----------------- Evening

Data

VoD

Ban

dw

idth 10GbE

VLAN10

VLAN20

EIR EIR

EIR1 : 10G

EIR2 : 10G

24

25

Tellabs7100L2

10GE

12110GE

56

WDM

Internet

IPVPNRouter

WDM WDM

Internet

IPVPN

P-OTS

(L2SW+WDM)

Router

26

InternetInternetCould

Inter-DC

Could

Inter-DC

P-OTSWDM

P-OTS

Green IT

OADM

2010Infonetics

27

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