Metro Ethernet Training - Mildaintrainings

Metro Ethernet Training

Metro Ethernet training course by MILDAINTRAININGS covers concepts and technologies behind Metro Ethernet including Layer 2 virtual private network (VPN), Ethernet deployment solutions, Ethernet Relay Service (ERS), Ethernet Wire Service (EWS), Ethernet Multipoint Service (EMS), Layer 2 VPNs over Multi protocol Label Switching (MPLS),and combination single and distributed provider edge solutions.

  • ✔ Course Duration : 3 Days
  • ✔ Training Options : Live Online / Self-Paced / Classroom
  • ✔ Certification Pass : Guaranteed


Metro Ethernet training course by MILDAINTRAININGS covers concepts and technologies behind Metro Ethernet including Layer 2 virtual private network (VPN), Ethernet deployment solutions, Ethernet Relay Service (ERS), Ethernet Wire Service (EWS), Ethernet Multipoint Service (EMS), Layer 2 VPNs over Multi protocol Label Switching (MPLS),and combination single and distributed provider edge solutions.

What you will Learn

  • Relate the importance of Metro Ethernet Switching to service-provider markets
  • Describe, plan, configure, and troubleshoot Metro Ethernet deployment solutions
  • Identify configuration differences between the Layer 2 Metro Ethernet Switching service implementation and Layer 3 MPLS
  • Implement the features and functions of platforms supported by Metro Ethernet Switching, including VLAN IDs, Spanning Tree, quality of service(QoS) mechanisms, and network resiliency and security
  • Understand mechanisms for QoS and Security over Metro Ethernet Networks
  • Understand Ethernet services delivery mechanisms Over MPLS and provider backbone transports



    Learning Objectives:

    • Basics of Ethernet switching
    • Bridging functions
    • 802.1d Spanning Tree and Rapid Spanning Tree
    • Ethernet Addressing
    • Address characteristics
    • MAC address, ARP and IP
    • Metro Ethernet Overview
    • Metro Ethernet Software Features
    • Metro Ethernet Components
    • Ethernet Services Model (ESM)
    • Circuit bonding Circuit emulation over Ethernet
    • Timing considerations
    • Virtual LANs (VLANs)
    • IEEE 802.1Q standard
    • Q-in-Q (VLAN stacking)
    • IEEE 802.1ad (Provider Bridges)
    • Ethernet in the First Mile (EFM)
    • EFM over fiber
    • EFM over copper
    • EFM over passive optical network
    • Ethernet First Mile
    • Dense Wave Division Multiplex (DWDM) optical networks
    • SONET / SDH
    • Layer 2 or/and Layer 3 switches or/and routers connected through optical fiber
    • Topology
    • Ring, hub-and-spoke (star), or full or partial mesh
    • Ethernet Transport in the form of 10G or 100G speeds
    • Ethernet on the MAN
    • Ethernet, Ethernet over SONET/SDH
    • Ethernet over MPLS

    Learning Objectives:

    • Access, Distribution (Aggregation), Edge and Core Network Deployments
    • Access Networks
    • Carrier Ethernet Aggregation
    • Aggregation Network
    • Aggregation Nodes
    • Distribution Nodes
    • Edge
    • Multiservice Core
    • IP/MPLS backbone

    Learning Objectives:

    • What is Metro Ethernet?
    • Native Ethernet
    • Ethernet as a Carrier-Grade technology
    • Ethernet-Based backhaul solutions
    • Deploying and Maintaining Carrier Ethernet Services Layer 2 virtual private network (VPN)
    • Ethernet Relay Service (ERS)
    • Ethernet Wire Service (EWS)
    • Ethernet Multipoint Service (EMS)
    • Layer 2 VPNs over Multi protocol Label Switching (MPLS)
    • Single and distributed provider edge solutions
    • Ethernet over SONET / SDH (EoS)
    • Link Access Procedure (LAPS)
    • Over IP and MPLS
    • Layer 2 Tunneling Protocol (L2TP)
    • L2TPv3
    • Virtual Private Wire service (VPWS)
    • Any Transport over MPLS (AToM)
    • Layer 2 MPLS VPN (L2VPN)
    • MPLS Label Distribution Protocol (LDP)
    • Set ingup point-to-point Pseudo Wire Ethernet links
    • Virtual Private LAN Service (VPLS)
    • 100GbE
    • PBT or PBB-TE
    • PLS-TP or MPLS Transport Profile
    • MPLS as a connection-oriented packet transport networking technology
    • Penultimate Hop Popping (PHP)
    • Label-Switched Paths (LSPs) merge
    • Equal Cost Multi Path (ECMP)
    • Integration of IP/MPLS and MPLS-TP

    Learning Objectives:

    • Service definitions
    • Ethernet Private Line (EPL) Service
    • Ethernet Virtual Private Line (EVPL) Service
    • Ethernet Private LAN (EP-LAN) Service
    • Ethernet Virtual Private LAN (EVP-LAN) Service
    • Ethernet Private Tree (EP-TREE) Service
    • Ethernet Virtual Private Tree (EVP-TREE) Service
    • Service OAM Requirements
    • Continuity check
    • Link trace
    • Loopback

    Learning Objectives:

    • Transport for Ethernet - Methods
    • Resilient Packet Rings (RPR)
    • Hybrids
    • Optical Ethernet
    • High-Speed Ethernet and Other Technologies
    • 10 Gb/s Ethernet
    • Switched Ethernet
    • Wireless Ethernet
    • Ethernet-Over-VDSL
    • Aggregation Network Technology
    • RPR
    • IP/MPLS and TP-MPLS
    • PBB-TE
    • EPON
    • Microwave wireless
    • IP/MPLS Technology
    • QoS support
    • Application in backhaul

    Learning Objectives:

    • Metro Ethernet Services Definitions
    • Requirements and Framework for Ethernet Service Protection
    • Circuit Emulation Service Definitions, Framework and Requirements in Metro Ethernet Networks
    • The Client/Server Layer Network Model
    • Adaptation & Termination Functions
    • Relationships between Connection-Oriented vs Connectionless Components
    • Physical Components
    • Customer Edge (CE) Equipment
    • Provider Edge (PE) Equipment
    • Provider (P) Core Equipment
    • Network Termination (NT) Equipment
    • Transport Edge (TE) Equipment

    Learning Objectives:

    • IP network routing/operations
    • Layer 2 and 3 design aspects
    • Redundancy in the backhaul network
    • Availability and resiliency

    Learning Objectives:

    • Network planning overview
    • Capacity planning issues
    • Backhaul technology selection criteria
    • Traffic forecast and modeling
    • Bandwidth/capacity computation

    Learning Objectives:

    • Key benefits
    • Circuit over Ethernet
    • Synchronization over Ethernet
    • QoS support
    • Application in backhaul
    • Ethernet over MPLS
    • Point-to-Point Ethernet Virtual Circuit Service over MPLS
    • QoS in Metro Ethernet Services
    • PTP, EVCS Service
    • Metro Ethernet Security Issues
    • Ethernet Virtual Circuit Service with Access to MPLS VPN
    • Extending VLANs across the Metropolitan Area Network
    • Layer 2 Protocol Tunneling
    • Point-to-Point Transparent LANS
    • Multipoint-to-Multipoint Transparent LAN Service
    • DPT Fundamentals
    • EVCS PTP Trunks Single and Distributed Provider Edge Service
    • Operations, Administration and Management
    • IEEE 802.1ag and ITU Y.1731 Management solutions
    • Future Metro Ethernet Services and Features

    Learning Objectives:

    • SONET/SDH-based Metro Ethernet
    • MPLS-based Metro Ethernet
    • Pure Ethernet MANs
    • Layer 2 switches for all of its internal structure
    • Simple and cheap design
    • Relatively simple initial configuration
    • Shared-media network
    • Transparent tunneling of traffic through the use of Virtual LANs
    • Point to point circuits
    • Multipoint to multipoint circuits
    • VLAN Stacking (also known as VLAN Tunneling)
    • VLAN Translation
    • IEEE 8021ad (Provider Bridges)
    • QinQ or stacked VLANs
    • IEEE 8021ah (Provider Backbone Bridges) (also known as MAC in MAC or PBB)
    • IEEE 8021Qay (Provider Backbone Transport) (also known as PBT or PBB-TE)
    • Provider Backbone Bridging Traffic Engineering (PBBTE)
    • Spanning-tree, broadcast packets and dynamic
    • 50ms failover features
    • Shortcomings with a pure non PBT/PBB enabled Ethernet MAN

    Learning Objectives:

    • A SONET/SDH based Ethernet MAN
    • Transport high-speed Ethernet connections
    • High level of reliability
    • Native SDH protection mechanisms
    • Typical recovery time of 50 ms for severe failures

    Learning Objectives:

    • MPLS in the Service Provider Network
    • Ethernet interface on Copper
    • Ethernet interface on fiber
    • Label Distribution Protocol (LDP) signaling
    • Resource reSerVation Protocol-Traffic Engineering (RSVP-TE)
    • LDP may be used as Network signaling for the outer label
    • Restoration mechanisms used in an MPLS based Metro Ethernet Networks
    • Fast ReRoute-FRR (MPLS local protection)
    • The main advantages of an MPLS-based Metro Ethernet
    • Scalability
    • Resiliency
    • End to End OAM

    Learning Objectives:

    • Building a Network Core
    • Building an Access Network
    • Point-to-Point Ethernet virtual connection (EVC): E-Line Service
    • Multipoint-to-Multipoint EVC: E-LAN Service
    • Scaling and Extending Ethernet Services
    • Increasing the Availability of Ethernet Services
    • Securing a Carrier Ethernet Network
    • Deploying QoS in a Carrier Ethernet Network
    • Managing Services in a Carrier Ethernet Network
    • Building a hub-and-spoke access network, building an Ethernet-to-the-X (ETTX) access ring
    • Ethernet Private Line (EPL) service
    • Virtual Private Line (EVPL) service
    • E-LAN services
    • TLS using VPLS, configure EVCS using VPLS, configure EVCS using H-VPLS
    • VPLS autodiscovery using BGP
    • H-VPLS with VPLS autodiscovery MPLS Overview
    • Implementing Service #1-Point-to-Point Ethernet
    • Virtual Circuit Service over MPLS Intra-autonomous system pseudowire switching
    • Implementing QoS for Service #1-PTP, EVCS Service
    • Implementing Service #3-Ethernet Virtual Circuit Service with Access to MPLS VPN
    • Pseudo wire redundancy to redundant CPEs
    • Implement security
    • Implement QoS

    Learning Objectives:

    • Transport like Operation
    • Static provisioning via NMS as a default
    • Dynamic provisioning optional via control plane respectively
    • Traffic Engineering rules
    • Transport like OAM using in-band OAM channels
    • Support performance monitoring for SLA verification
    • Alarms and AIS
    • Transport-like Resilience
    • Sub 50ms protection
    • Linear protection
    • Ring protection

    Learning Objectives:

    • Pseudo Wire Emulation edge to edge (PWE3)PE-POP Aggregation with VLAN trunks
    • PE-CLE with VLAN trunks
    • CoS on PTP, EVCS Service
    • Security for the PTP, EVCS Service
    • EVCS with Access to MPLS VPN
    • PTP TLS
    • BGP Route Filtering
    • Multihoming
    • Intra- Autonomous System MPLS VPNs
    • MPLS Traffic Engineering
    • QoS, Timing and SLA
    • End-to-end QoS support
    • Timing and synchronization
    • OAM and performance metrics
    • SLA administration and monitoring
    • Design and implement end-to-end Metro Ethernet Switching services

    Learning Objectives:

    • Vendors
    • Service Providers
    • Networks
    • Standards

    Learning Objectives:

    • MEF Virtual Private Wire Services (VPWS) services
    • Ethernet Private Line (EPL)
    • Ethernet Virtual Private Line (EVPL)
    • Virtual Private Line Service (VPLS) or Ethernet LAN (E-LAN) service
    • E-Line also known as Virtual Private Wire Service (VPWS)
    • Virtual Leased Line (VLL), Point-to-Point
    • Ethernet Private Wire Service (EPVS)
    • E-LAN also known as Virtual Private LAN Services (VPLS)
    • Transparent LAN Services and MultiPoint-to-MultiPoint
    • E-TREE or Rooted-MultiPoint High Speed Internet access and IP/VPN access


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