Optimized Multi-Layer Transport. Rafal Klauzo Sales Engineer Central East Europe BU

Transcription

1 Optimized Multi-Layer Transport Rafal Klauzo Sales Engineer Central East Europe BU

2 Agenda Company Overview Market Trends Optimized Multi-Layer Transport Network Management Summary

3 Company Overview

4 ECI Telecom - Fast Facts Over 50 years of experience Over 2000 employees More than 250 active customers 23 service centers Established in 1961 Over 25 offices worldwide Development centers in Israel, India & China Operating in more than 70 countries International service centers located close to our customers

5 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

6 MEA & ROW 4% Strong position in markets Market Segments Wireless Wireline Utilities & CoC Europe 46% India 17% APAC 10% Gov't & Defense Data Center Interconnect Open Access FSU 16% Chunghwa Telecom 6

7 ECI Product Portfolio Optimized Multi-Layer Transport (OMLT) OPT-Apollo Artemis 1P NPT 2Pe/2A 4A OPT9603 OPT9604 OPT9608 OPT9624 OPT9648 Network Management NPT-1020 NPT-1200 NPT-1600 NPT-1600C NPT-1800 Optical Networking XDM XDM Artemis 1P 2Pe/2A 4A XDM-40 XDM-450 XDM-500 XDM-1000 XDM-2000 LightSoft Multiservice Packet Optical BroadGate (BG) BG-20C BG-20 BG-30 BG-64 XDM XDM-100 XDM-900 XDM-2000 XDM-300 XDM-500 XDM-1000 XDM-3000 B-FOCuS RCO100 RCO RCO300 RCO500 Hi-FOCuS M41/V41 M61 M82 M152 F152-HB Network Management NG Access CPE-XDSL ONT-GPON MiniCAB 64V MicroRAM 64A MSAN I-OLT E-OPS Res/Biz Remote Cabinets OSP FTTC/N Central Office Metro Core/ Long Haul 7

8 Market Trends

9 Bandwidth 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 Support of existing and future services Mixed environment (TDM and Ethernet) is here to stay for many years Low CAPEX and OPEX while maintaining reliability of the network More Bandwidth to Support Packet Based Services Time

10 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) 10

11 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 Data Rate granularity Rigid SDH hierarchy QoS One class only Statistical multiplexing Flexible data rate QoS treatment OMLT= Packet Efficiency + Transport Grade 11

12 MPLS-TP IP/MPLS MPLS-TP or IP/MPLS Control plane integrated in the network node Pro: Automated self healing Con: Requires IP knowledge PE1 NMS P1 P2 P3 PE2 NMS Control at the NMS Pro: Simple maintenance and network operation Con: Limited IP functionality PE1 P1 P2 P3 PE2

13 MPLS-TP - different view Simplicity - Less network failures Human Error 4% Other 96% In transport networks human errors account for 4% of service outage hours 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

14 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 14

15 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, % lower TCO 15

16 Optimized Multi-Layer Transport

17 All-Native Transport Ultimate Flexibility Packet STM16/64 Native Eth./MPLS-TP EoSDH SDH TDM ETH TDM Native TDM CES Ethernet GigE/10GigE Optics ROADM 40G/100G 17

18 OMLT Main Building Blocks Increased Capacity MPLS TP Protection Management and OAM Synchronization TDM Support High speed 10GE data cards Bidirectional Tunnel FRR Y.1731 performance monitoring SyncE Native TDM (PDH, SDH) DWDM 40G/100G MPLS-TP OAM based on BFD 1:1 Linear protection Y.1711 Tunnel OAM 1588v2 Full LO Matrix PW Redundancy E2E NMS CES (E1, STM-1) MC LAG PM Reports 18

19 OMLT NPT Portfolio LightSoft End-to-End Management Switching Capacity 640 Gb/s Metro Core NPT Gb/s 240Gb/s Metro Aggregation NPT-1600C NPT Gb/s Metro Access NPT Gb/s Access NPT Gb/s 19

20 OMLT NPT Family NPT U 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 NPT U 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 20

21 NPT - Variety of Interfaces Voice Interfaces High Speed Data Interfaces FXO/FXS FE 2/4W E&M GE FE Low Speed data 10GE MPLS-TP FE/GE Video Surveillance IEEE C37.94 V.24/RS232 V.11 V.35 V.36 CES 32xE1 TDM E1, E3 STM-1 STM-4 STM-16 STM-64 Network NPT 10GE FXO/FXS, 2/4 E&M, E1 RS232/RS485 (V.11/V.24/V.35) Data IT Services PBX Control 4xSTM-1 1xSTM-4 IEEE C37.94 Tele- Protection 21

22 OMLT NPT Family NPT G Packet switching and 120G TDM 12 I/O slots Integrated DWDM and ROADM NPT G/640G Packet switching and 120G TDM 24 I/O slots High capacity shelf designed to support up to 1T packet traffic 22

23 OMLT OPT Family OPT9624/48 For metro core and core/regional/long-haul 24/48 universal I/O slots 1/2/4Tbps ODUk cross connect Flexible configuration; Photonics, ODU-XC and packet switching OPT9608 For metro edge 8 universal I/O slots Flexible configuration: standalone WDM, In Line amplifier, packet switching OPT9603 For metro edge OPT9603-2U height with 3 universal slots Cost effective solution for metro, in-line and Packet-OTS applications Ideal for 100G overlay in existing networks 23

24 Network Management

25 1Net s LightSoft Unified Network Management System MPLS / Ethernet OTN / SDH Optical Physical Single unified management system supporting full FCAPS For all ECI transport equipment For all transport technologies Bridge 100% GUI-based management Point-and-click provisioning Advanced automatic path finding Same look & feel for all technologies Multi-layer topology approach multiple task-sensitive views of the network Client Client Shorter out-of-service periods Unified OAM, multi-layer alarm correlation and root cause analysis MUX AMP MUX Single point of integration to OSS Opex reduction, efficient use of staff, short learning curve Unified Multi-Layer, Multi-System NMS 25

26 Summary

27 OMLT applications in the network OPT9624 NPT1020 Mobile Backhaul NPT PTSN OPT9624 NPT1200 CLE/ CPE OPT9603 OPT9624 OPT9608 Each network segment demends different functionalities and capacities Metro Access Ring or PtP topologies Ethernet L2 MPLS-TP CWDM DWDM Passive filters Metro Ring or mesh topologies TDM and Data Aggregation MPLS-TP, IP/MPLS 100Ghz/50Ghz spacing 2D-ROADM, Passive filters Regional / Core Mesh topology ODU-XC with ASON/WSON GMPLS-Based IP/MPLS MD ROADM, High Power Amp 50Ghz spacing Customer Metro Access Metro Core Regional / Core

28