Download Optimized Multi-Layer Transport

Optimized
Multi-Layer Transport
Rafal Klauzo
Sales Engineer
Central East Europe BU
Agenda

Company Overview

Market Trends

Optimized Multi-Layer
Transport

Network Management

Summary
Company Overview
ECI Telecom - Fast Facts
Over
50
Over
years of
experience
Established
in 1961
More than
2000
employees
Over 25 offices
worldwide
Development
centers in Israel,
India & China
250
active customers
Operating in more
than 70 countries
23
service centers
International
service centers
located close to
our customers
Global Presence
Corporate HQ in Israel
Regional HQs in the US,
Netherlands, India and Singapore
Over 25 sales
offices in all
continents
R&D centers
Israel, China, India
Over 100 partners
in all continents
Strong position in markets
Market Segments
Wireless
MEA &
ROW 4%
Wireline
Utilities & CoC
Gov't & Defense
India
17%
Europe
46%
Data Center
Interconnect
Open Access
APAC
10%
FSU
16%
Chunghwa
Telecom
6
ECI Product Portfolio
OPT-Apollo
Network
Management
4A
Artemis
Optimized
Multi-Layer
Transport
(OMLT)
1P
2Pe/2A
OPT9603
OPT9604
OPT9608
OPT9624
NPT
NPT-1020
NPT-1600
NPT-1200
XDM
NPT-1600C
LightSoft
Artemis
4A
2Pe/2A
1P
XDM-450
XDM-40
BroadGate (BG)
BG-64
XDM-900
XDM-300
BG-20C
XDM-500
XDM-1000
XDM-2000
XDM
BG-20
XDM-100
BG-30
RCO100
RCO300
XDM-500
XDM-2000
XDM-1000
XDM-3000
Hi-FOCuS
RCO
B-FOCuS
NG
Access
NPT-1800
XDM
Optical
Networking
Multiservice
Packet
Optical
OPT9648
M41/V41
RCO500
M61
M82
M152
F152-HB
Network
Management
ONT-GPON
MiniCAB 64V
MicroRAM 64A
CPE-XDSL
Res/Biz
Remote Cabinets
OSP
MSAN
FTTC/N
ECI Telecom Proprietary and Confidential
I-OLT
E-OPS
Central Office
Metro Core/
Long Haul
7
Market Trends
Market Trends Driving Transport Evolution
 Low cost services to ensure
revenue growth
 More bandwidth at a lower
price for new services
 Maintein revenues from
existing services
More Bandwidth
to Support
Packet
 Support of existing and future
services
Bandwidth
Based Services
 Mixed environment (TDM and
Ethernet) is here to stay for
many years
 Low CAPEX and OPEX while
maintaining reliability of the
network
ECI Telecom Proprietary and Confidential
Time
Operators’ Dilemmas When Moving to
Packet Transport
Complexity
CAPEX and OPEX
MPLS-TP or IP/MPLS
Mixed environment
Handling remaining TDM
Native TDM or Circuit Emulation (CES)
ECI Telecom Proprietary and Confidential
10
What is OMLT?
Transport Network
Packet Network
Connection mode
Connection oriented
√
Connectionless
OAM
In-band OAM
√
Out-of-band
Protection Switching
Data plane switching
√
Control plane dependency
BW efficiency
Fixed Bandwidth
√
Statistical multiplexing
Data Rate granularity
Rigid SDH hierarchy
√
Flexible data rate
QoS
One class only
√
QoS treatment
OMLT= Packet Efficiency + Transport Grade
ECI Telecom Proprietary and Confidential
11
IP/MPLS
MPLS-TP or IP/MPLS
Control plane
integrated in the
network node
NMS
■ Pro: Automated self
healing
■ Con: Requires IP
knowledge
PE1
P1
NMS
P2
P3
PE2
Control at the NMS
MPLS-TP
 Pro: Simple maintenance
and network operation
 Con: Limited IP
functionality
PE1
P1
P2
P3
PE2
ECI Telecom Proprietary and Confidential
MPLS-TP - different view…
Simplicity - Less network failures
Human
Error
4%
 In transport networks human errors
account for 4% of service outage
hours
Other
96%
Human
Error
22%
 In IP networks human errors account
for 22% of service outage hours
Other
78%
6 times more human errors in IP networks – Using MPLS-TP will
reduce network complexity while maintaing all of the advanced
features of a packet network!
13
MPLS-TP or IP/MPLS
 Technologies optimized for different
network segments
 MPLS-TP optimized for metro networks
(aggregation and access):
 Simple management and maintenance
 Scalability up to thousands of network
elements
 Low cost (CAPEX and OPEX)
MPLS-TP: MPLS optimized for transport networks
Offres all advantages of MPLS technology without complex control plane on
thousands of network elements
ECI Telecom Proprietary and Confidential
14
MPLS-TP vs. IP/MPLS – TCO Analysis
Five-Year TCO Comparison of MPLS-TP
with IP/MPLS Solution for Pure Packet Traffic
Five-Year Cumulative TCO
Source: ACG Research , MPLS-TP TCO for Metro Transport , 2012
55% lower TCO
ECI Telecom Proprietary and Confidential
15
Optimized Multi-Layer Transport
All-Native Transport – Ultimate Flexibility
STM16/64
Packet
SDH
 Native Eth./MPLS-TP
 EoSDH
ETH
TDM
TDM
GigE/10GigE
 Native TDM
 CES
Ethernet
Optics
 ROADM
 40G/100G
ECI Telecom Proprietary and Confidential
17
OMLT Main Building Blocks
Increased
Capacity
MPLS TP
Protection
Management
and OAM
High speed
10GE data
cards
Bidirectional
Tunnel
FRR
Y.1731
performance
monitoring
DWDM
40G/100G
MPLS-TP
OAM based
on BFD
1:1 Linear
protection
Y.1711
Tunnel OAM
PW
Redundancy
E2E NMS
MC LAG
PM Reports
ECI Telecom Proprietary and Confidential
Synchronization
SyncE
1588v2
TDM Support
Native TDM
(PDH, SDH)
Full LO
Matrix
CES
(E1, STM-1)
18
OMLT NPT Portfolio
LightSoft
End-to-End Management
Switching Capacity
640 Gb/s
Metro Core
320 Gb/s
NPT-1800
240Gb/s
Metro Aggregation
NPT-1600C NPT-1600
200 Gb/s
Metro Access
Access
NPT-1200
100 Gb/s
10 Gb/s
NPT-1020
ECI Telecom Proprietary and Confidential
19
OMLT NPT Family
NPT 1020
NPT 1200

1U only

All-Native: 10G/50G centralized packet switching
plus 2.5G TDM switching

Design for street cabinets (up to +70 C)

From 64Kbps up to STM-64 and 10GE

CES and native TDM support

2U Expansion unit for additional 3 IO cards

2U with up to 7 traffic IO cards

All-Native: 100G/200G centralized packet
switching plus 40G TDM switching

Design for street cabinets (up to +70 C)

From 64Kbps up to STM-64 and 10GE

CES and native TDM support

2U Expansion unit for additional 3 traffic IO
cards
ECI Telecom Proprietary and Confidential
20
NPT - Variety of Interfaces
Voice Interfaces

FXO/FXS
 2/4W E&M
Low Speed data
High Speed Data
Interfaces

FE
 GE
 10GE
 MPLS-TP
FE
Video
Surveillance
FE/GE





IEEE C37.94
V.24/RS232
V.11
V.35
V.36
CES
Data
TDM
10GE
NPT

E1, E3
 STM-1
Network

STM-4
 STM-16
 STM-64
FXO/FXS,
2/4 E&M, E1
PBX
RS232/RS485
(V.11/V.24/V.35)

32xE1
 4xSTM-1

IT Services
1xSTM-4
Control
IEEE C37.94
TeleProtection
ECI Telecom Proprietary and Confidential
21
OMLT NPT Family
NPT 1600
NPT 1800

160G Packet switching and 120G TDM

12 I/O slots

Integrated DWDM and ROADM

320G/640G Packet switching and 120G TDM

24 I/O slots

High capacity shelf designed to support up to 1T
packet traffic
ECI Telecom Proprietary and Confidential
22
OMLT OPT Family
OPT9624/48
For metro core and
core/regional/long-haul
OPT9608
For metro edge
 24/48 universal I/O slots
 1/2/4Tbps ODUk cross connect
 Flexible configuration; Photonics, ODU-XC
and packet switching
 8 universal I/O slots
 Flexible configuration: standalone WDM,
In Line amplifier, packet switching
 OPT9603 - 2U height with 3 universal slots
OPT9603
For metro edge
 Cost effective solution for metro, in-line and
Packet-OTS applications
 Ideal for 100G overlay in existing networks
ECI Telecom Proprietary and Confidential
23
Network Management
1Net’s LightSoft Unified Network
Management System
MPLS / Ethernet
 Single unified management system
supporting full FCAPS
 For all ECI transport equipment
 For all transport technologies
 100% GUI-based management
Bridge
 Advanced automatic path finding
 Same look & feel for all technologies
OTN / SDH
 Point-and-click provisioning
 Multi-layer topology approach – multiple
Client
Optical
task-sensitive views of the network
 Shorter out-of-service periods
 Unified OAM, multi-layer alarm
short learning curve
MUX
Physical
 Opex reduction, efficient use of staff,
AMP
MUX
correlation and root cause analysis
 Single point of integration to OSS
Client
Unified Multi-Layer, Multi-System NMS
ECI Telecom Proprietary and Confidential
25
Summary
OMLT applications in the network
OPT9624
NPT1020
Mobile
Backhaul
PTSN
NPT
OPT9624
NPT1200
OPT9624
CLE/
CPE
OPT9603
OPT9608
Metro Access
Each network
segment
demends
different
functionalities
and capacities
Customer






Metro






Ring or PtP topologies
Ethernet L2
MPLS-TP
CWDM
DWDM
Passive filters
Metro Access
Ring or mesh topologies
TDM and Data Aggregation
MPLS-TP, IP/MPLS
100Ghz/50Ghz spacing
2D-ROADM,
Passive filters
Metro Core
ECI Telecom Proprietary and Confidential
Regional / Core
 Mesh topology
 ODU-XC with ASON/WSON
GMPLS-Based
 IP/MPLS
 MD ROADM, High Power Amp
 50Ghz spacing
Regional / Core