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Official Curriculum

This course is part of the Course Vendor's official Course Curriculum.

Course Code PDN043
Duration 5 Days
Price from $4,485
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Course Description

Carrier Ethernet Services Explained provides an overview of Carrier Ethernet technologies, the MEF CE 2.0 specifications for services. It details how these services can be delivered over carrier core, metro and access networks along with other services deployed over a range of core transport and access technologies. It then provides a solid introduction to the principles of network and service design.

We understand it’s not just about passing an exam, but giving our students the opportunity to prove their worth by demonstrating a first-class understanding of the relevant technology. Our blended learning approach allows candidates to benefit from a wider understanding of associated technologies and skills to apply in the workplace, as well as acquiring the relevant skills to pass the MEF-CECP 2.0 exam.

We stay with our customers following the MEF-CECP, providing multi-level, multi-technology training programs at the same high level as our carrier ethernet training. Perpetual Solutions has delivered multi-technology training programs to organisations who have taken our MEF-CECP training, covering topics such as OTN (Optical Transport Networks), LTE, Mobile Backhaul, MPLS and SDN/NFV. With over 2000 courses to choose from, we aim to be your knowledge partner of choice over the long term.

Learning Outcomes:

Upon completion candidates will be able to:

  • Describe in detail Carrier Ethernet Services and Functions
  • Identify how to build networks to deliver Carrier Ethernet Services
  • Describe how Ethernet services can be delivered over MPLS and Provider Backbone Transports
  • Compare operational alternatives for service delivery, Metro, Access, and Core architecture
  • Examine options for delivery of next generation services over Metro Ethernet
  • Identify how quality of service and security can be guaranteed

Who Should Attend:

Any requiring an in-depth knowledge of Carrier Ethernet and MEF standards and specifications. This includes Pre-sales Engineers, Network Engineers, Product Specialists and other job roles.

Pre-course preparation:

To ensure that candidates have the greatest opportunity to both pass the MEF-CECP 2.0 exam and succeed in the workplace thereafter, Perpetual Solutions provides a unique set of pre-course preparation resources.

Pre-course skills assessment:

Our MEF-CECP 2.0 pre-course skills assessment is free, and a quick way for candidates to check if they have the prerequisite level of knowledge in order to succeed on the course, at the exam and in the workplace. The assessment can be taken online and checks knowledge of fundamentals such as IP, WAN and Next Generation network principles.

Online learning modules:

For candidates whom the pre-course skills assessment identifies knowledge gaps, Perpetual Solutions offers a range of online, self-learning modules. These modules cover all the areas of fundamental knowledge required for MEF-CECP training including:

  •  IP & Transport Layer Technologies
  • Ethernet Principles for the LAN Environment
  • Layer 1 Transport Technologies
  • Layer 2 Transport Technologies
  • Layer 2.5 Transport Technologies
  • Access Technologies 

Certification & Exam:

Candidates sitting the Carrier Ethernet Services Explained course can sit the MEF-CECP 2.0 exam on the final day of the course. The exam is a 1 hour 45 minutes online exam consisting of 80 multiple choice questions and is delivered under MEF advised test conditions. When booking the course, we are able to book candidates in for the exam at the same time.

To ensure that as many candidates as possible pass the exam first time, we provide a unique range of prequalification and foundation learning solutions. In addition, we also offer a free place to re-sit the exam should anyone fail to pass the exam first time.

Existing MEF-CECPs who have taken the pre-Dec 2013 exam will retain their MEF-CECP certification, which does not expire. The MEF however is offering MEF-CECPs who have recently obtained their certification the opportunity to take the 2.0 exam for a discounted fee for a limited time. Please enquire for more details.

Delivery Options for MEF-CECP Training and Exam

Public Training Schedule: The Public Training Schedule has dates available globally, please view available dates here.

Onsite training: Perpetual Solutions can deliver MEF-CECP Training and Examination at your company offices or, if you have no training facility onsite, at a third party venue in your city. Onsite training is available globally and is ideal for groups of four or more people. If you have a group of colleagues requiring this program, please call us or send an enquiry.

Course Modules

Carrier Ethernet & the MEF (6 topics)

  • Purpose and Mission
  • Expansion to Carrier Ethernet
  • Certification Programs
  • MEF-CECP (Carrier Ethernet Certified Professional)
  • What is Carrier Ethernet?
  • MEF 5 attributes of Carrier Ethernet

Ethernet Basic Principles (7 topics)

  • Evolution of Ethernet as a LAN technology
  • Speed evolution to 10Gbps
  • Ethernet Addressing: MAC address formats for Unicast, Broadcast, and Multicast; ARP
  • Virtual LANs
  • VLAN Tag Structure IEEE 802.1Q, 802.1p
  • Stacking VLAN Tags
  • Provider Bridging principles

Carrier Ethernet Basic Technology & Services Definitions (44 topics)

  • Why MEF Standards refer to MEN & CEN
  • MEN Layer Network Model
  • Carrier Ethernet Architecture
  • MEF Carrier Ethernet Terminology
  • Definition and Role of the User-Network Interface (UNI)
  • Definition and Role of the Ethernet Virtual Connection (EVC)
  • Ethernet Frame Types supported at the UNI
  • UNI Types: Type 1 (1.1 & 1.2), Type 2 (2.1 & 2.2)
  • Layer 2 Control Protocols (L2CP) MEF 6.1.1
  • MEF 10 Service Model
  • Carrier Ethernet Service Definitions
  • Difference between Private (Port-based) and Virtual Private (VLAN-based) service
  • E-Line (Point-to-Point) Service
  • Ethernet Private Line (EPL) Service and its usage
  • What is Service Multiplexing and what is it used for?
  • Ethernet Virtual Private Line (EVPL) Service and its usage
  • Multipoint-to-Multipoint Services
  • Ethernet LAN (Multipoint-to-Multipoint) Service
  • Ethernet Private LAN (EP-LAN) Service and its usage
  • Ethernet Virtual Private LAN (EVP-LAN) Service and its usage
  • Rooted-Multipoint Service
  • Definition and Capabilities of Root (single & multiple)and Leaf UNIs
  • Ethernet Tree (Rooted-Multipoint) Service
  • Ethernet Private Tree (EP-Tree) Service and its usage
  • Ethernet Virtual Private Tree (EVP-Tree) Service and its usage
  • Which service type to select for a given requirement scenario
  • Service Examples
  • Multiple Operator Service Model (MEF 26)
  • Definition and Role of Service Provider, Operator, Operator Virtual Connection
  • Definition and Role of the External Network-Network Interface (ENNI)
  • MEF defined ENNI Requirements
  • Operator Interconnect
  • Creating regional, national, international Carrier Ethernet Services
  • Definition and Role of the Operator Virtual Connection (OVC)
  • OVC End Points
  • Mapping Service Frames to OVC End Points at the UNI
  • Mapping ENNI Frames to OVC Endpoints at the ENNI
  • Creating EVCs from OVCs
  • Rooted-Multipoint across the ENNI: Forwarding behaviour and Trunk Identifiers
  • Service Examples using Trunk OVCs
  • Key Standards bodies and their role in defining Ethernet: IEEE, ITU-T, MEF, IETF, etc.
  • MEF Standards: Technical Specifications, Implementation Agreements, and Abstract Test Suites
  • Summary of current MEF Specifications
  • Key MEF Specifications

Service Attributes & Parameters (14 topics)

  • What service attributes describe
  • Per UNI Service Attributes: Physical Layer & Frame Format, Service Multiplexing, CE-VLAN ID, Bundling, All to One Bundling, Class of Service, Terminology & CoS Identifiers, Priority & Color, Performance Tiers, Bandwidth Profile Concept, Bandwidth Parameters and their effect (CIR, CBS, EIR, EBS), Bandwidth Profile Algorithm, Coupling Flag & Color Mode, Ingress & Egress Bandwidth Profile implementation
  • EVC per UNI Service Attributes: UNI/EVC ID, CE-VLAN ID to EVC Mapping, Impact of Bandwidth Profile at per UNI or EVC per UNI
  • EVC Service Attributes: EVC ID, EVC Type, UNI List, MTU Size, CE-VLAN ID & CE-VLAN CoS Preservation, Delivery of Service Frames, L2CP Processing, EVC Performance Parameters (FD, IFDV, FLR, etc)
  • Specific Service Attribute Requirements for: EPL, EVPL, EP-LAN, EVP-LAN, EP-Tree, EVP-Tree
  • Operator Service Attributes and associated attributes
  • ENNI Service Attributes: ENNI ID, Physical Layer and Frame format, Number of Links, Protection mechanism, ENNI MTU Size, S-VLAN ID to OVC End Point Mapping, Bundling at the ENNI, Maximum Number of OVC and OVC End Points
  • OVC End Point per ENNI Service Attributes: OVC End Point ID, ENNI Bandwidth Profiles (Ingress & Egress BWP per OVC End Point and per CoS ID), ENNI Frame Disposition, CoS Identifiers and CoS Requirements
  • UNI and OVC per UNI Service Attributes: UNI/OVC ID,CE-VLAN ID to OVC End Point Mapping, CoS IDs, Ingress & Egress Bandwidth Profiles
  • OVC Service Attributes: OVC ID and Type, OVC End Point List, Maximum Number of UNI End Points and ENNI OVC End Points, OVC MTU Size, CE-VLAN ID and CE-VLAN Cos Preservation, S-VLAN ID and S-VLAN CoS Preservation, Color Forwarding, Hairpin Switching, Service Frame Delivery
  • Service Level Agreement (SLA)
  • Service Level Specification (SLS)
  • Service Assurance
  • Summary of Service Attributes and Parameters

MEF Certification (4 topics)

  • MEF Certification Programs
  • MEF Equipment Certification: Purpose, What is Certified in CE1.0 and CE2.0, Testing Process, Benefits of certification to the Vendor
  • MEF Service Provider Certification: Purpose, What is Certified in CE1.0 and CE2.0, Testing Process, Benefits of certification to the Service Provider
  • Benefits of Certification to the End User

E-Access Service (11 topics)

  • What is E-Access?
  • Wholesale Access Services: Access EPL, Access EVPL
  • The uniqueness of E-Access service types
  • MEF Standardized E-Access Services (MEF 33)
  • Structure and scope of the Access EPL Service
  • Structure and scope of the Access EVPL Service
  • Service Attribute and Parameter requirements for Access EPL and Access EVPL: UNI Service Attributes, OVC per UNI Service Attributes, OVC Service Attributes, ENNI Service Attributes, OVC End Point per ENNI Service Attributes
  • Service OAM Fault Management Requirements of E-Access services
  • Performance Requirements of E-Access services
  • MEF E-Access Certification Requirements MEF 34
  • Using E-Access to reach off-net or out-of-franchise customers: Example service scenarios

Applications for Ethernet Services (12 topics)

  • What are the typical services
  • Who provides what Carrier Ethernet Services
  • Service establishment to achieve end-to-end Carrier Ethernet Service
  • Retail commercial/business services
  • What are typical services (Internet access, Private Line, Transparent LAN service, L2/L3services over Ethernet, Access to Data Centers, Video service distribution, Multicast services, Mobile Backhaul, Ethernet access to IP services, Support for Legacy services over Ethernet, Circuit Emulation Service)
  • The use of Carrier Ethernet to replace legacy technologies such as TDM, FR, DSL, etc.
  • Use cases: For a range of target applications identify and describe how specific service requirements are met using Ethernet services, which service attributes should be configured, analyse compare and contrast Ethernet services with Layer2, IP and TDM private line services
  • Scenarios: recommend Ethernet services to meet end-user specifications
  • Applications given special emphasis in their own module:
  • - Circuit Emulation Service over Ethernet
  • - Synchronization
  • - Mobile Backhaul

Circuit Emulation Service over Ethernet (12 topics)

  • Purpose of Circuit Emulation over Ethernet
  • MEF 3 Service Definitions
  • Architecture and components of Circuit Emulation over Ethernet (MEF 8)
  • Point-to-point services using pseudowires
  • The T-Line service
  • Structured Mode, Unstructured Mode, and Multiplexing Mode of operation
  • TDM Line Service and TDM Access Line Service
  • What is carried? Frame format and content
  • Service attributes and parameters for emulated services
  • Bandwidth Profile requirements for CESoE
  • Service Multiplexing
  • EVC Service attributes

Synchronization (19 topics)

  • Why synchronization is needed
  • The types of Synchronization: Frequency, Phase, Time
  • Possible synchronization methods
  • Synchronous Ethernet (SyncE)
  • How timing accuracy is different in Ethernet deployments using SyncE from those using conventional Ethernet
  • SyncE Synchronization Plane
  • Ethernet Synchronization Messaging Channel (ESMC)
  • Sonet/SDH & SyncE Interoperability
  • Packet-based Synchronization: ACR, IEEE 1588 (PTP), NTP
  • Adaptive Clock Recovery (ACR): What it is and how it operates
  • RTP-extended Clock Recovery: extending ACR by use of a timestamp
  • IEEE 1588v2 Precision Time Protocol (PTP)
  • PTP Clock Types
  • Establishing Master-Slave Hierarchy between Clocks
  • PTP Message Types and message exchanges
  • PTP/SyncE Compared
  • Network Time Protocol (NTP)
  • How NTP operates
  • Deriving NTP from UTC

Mobile Backhaul (19 topics)

  • What is Mobile Backhaul?
  • Carrier Ethernet Services for Mobile Backhaul: E-Line, E-LAN, E-Tree
  • Mobile Backhaul requirements for 2G, 3G, and LTE mobile systems
  • Service requirements and configuration for TDM-based Base Stations
  • The Generic Interworking Function (GIWF)
  • MEF 22 Use Cases 1a, 1b, 2a,2b
  • MBH for LTE mobile system
  • Configuring EVCs for the LTE S1 & X2 interfaces
  • Base station synchronization requirements
  • Impact of bad synchronization on mobile systems
  • Mobile Backhaul Implementation Agreement MEF 22.1
  • MEF 22.1 Terminology and Concepts
  • Key Service Attributes
  • UNI Mode Attribute
  • CoS for Synchronization Traffic
  • MBH Service Management
  • Traffic Separation
  • MBH CoS Configuration
  • MBH Resiliency Performance and Performance Objectives

Service Operations, Administration, and Maintenance (SOAM) (42 topics)

  • Key Ethernet OAM Standards
  • What they are and which standards organization is responsible for them
  • OAM Standards Comparison (IEEE 802.1ag, ITU-T Y.1731, IEEE 802.3ah, E-LMI)
  • What is Service OAM?
  • Service OAM Framework
  • Range and Scope of Service OAM
  • OAM Domains
  • Maintenance Entities, Maintenance Entity Groups, Maintenance Entity Group Levels
  • MEF 17 Terminology: MEG, MEP, MIP, TrCP
  • Comparison of IEEE/ITU-T Terminology
  • Ethernet Service OAM Challenges
  • Life Cycle of an Ethernet Service
  • Elements of an Ethernet Service
  • Fault Management: Link OAM, Service OAM
  • IEEE 802.1ag Connectivity Fault Management (CFM)
  • Fault Management Framework
  • Continuity Check: Operation and usage, PDU Structure & parameters, Examples of usage
  • OAM Unicast & Multicast MAC Addresses
  • Loopback: Operation and usage, PDU Structure & parameters, Examples of usage
  • Linktrace: Operation and usage, PDU Structure & parameters, Examples of usage
  • Ethernet Alarm Indication Signal: Operation and usage, PDU Structure & parameters, examples of usage
  • Remote Defect Indication: Operation and usage, PDU Structure & parameters, examples of usage
  • Lock Indication: Operation and usage
  • Test Messages: Operation and usage
  • Ethernet Service Connectivity Fault Detection
  • Up MEP, Down MEP Monitoring capabilities
  • UNI Failure, ENNI Failure, Operator NE Failure
  • SOAM Fault Management Implementation Agreement MEF 30
  • SOAM MIB Definitions MEF 31
  • Performance Management
  • Multi-CoS EVC performance metrics
  • Handling Multipoint EVCs: Ordered UNI Pairs, Subsets of Ordered UNI Pairs
  • One way Frame Delay Performance: What it is, how its calculated, what it can be used for
  • One Way Frame Delay Range Performance: What it is, how its calculated, what it can be used for
  • One Way Mean Frame Delay Performance: What it is, how its calculated, what it can be used for
  • Inter-Frame Delay Variation Performance: What it is, how its calculated, what it can be used for
  • One Way Loss Performance: What it is, how its calculated, what it can be used for
  • Availability: What it is, how its calculated, what it can be used for
  • Service Resiliency Performance: What it is, how its calculated, what it can be used for
  • Multi-CoS Performance Metrics
  • Performance Monitoring MEF 23.1 Key Definitions
  • CoS Label Parameter Values

PM Measurement Tools (7 topics)

  • PM Definitions and examples: Single-ended, Dual-ended, One way, Two Way
  • PM Considerations: Frame Delay measurements, Frame Loss measurements
  • Synthetic Traffic versus Real Traffic Measurements
  • One Way & Two Way Frame Delay Measurement
  • Single-ended Loss Measurement
  • Summary of PM Tools and PDUs
  • Unicast & Multicast MAC Address Usage for OAM Message Types

PM Solutions, Functions and Tools (6 topics)

  • Definition of PM Solution, PM Function, and PM Tool
  • SOAM PM Solutions: PM-1, PM-2, PM-3
  • Proactive and On-Demand PM Sessions
  • Performance Measurement Storage
  • Basic Requirements of Measurement Interval Data Sets
  • Measurement Bin Requirements

Transporting Carrier Ethernet Services (20 topics)

  • Provider Bridging (PB) IEEE 802.1ad
  • Scalability issues of PB
  • MAC-in-MAC Concept
  • Provider Backbone Bridging (PBB) and Provider Backbone Bridged Network (PBBN) IEEE 802.1ah
  • PB & PBB Priority Management
  • Provider Backbone Bridging support for Carrier Ethernet services
  • Provider Backbone Bridging with Traffic Engineering extensions (PBB-TE) IEEE 802.1Qay
  • Structure and capabilities of Traditional Sonet/SDH
  • Next Generation Sonet/SDH: making more efficient use of existing infrastructure through use of GFP, VCAT, and LCAS
  • Performance and limitations of Ethernet Services over Sonet/SDH
  • Multi-Protocol Label Switching (MPLS): How it works, Label structure, Label Switched Paths (LSPs), Addressing and Signalling requirements for establishment of LSPs, MPLS Pseudowires
  • Traditional applications of MPLS: Traffic Engineering, L2/L3 VPNs
  • MPLS-TE: How traffic engineered LSPs can be established
  • Generalized MPLS (GMPLS) and its capabilities
  • MPLS Virtual Private Wire Service (MPLS VPWS): How it works, LSP Label and PW Label, Usage limitation to point-to-point services only
  • MPLS Virtual Private LAN Service (MPLS VPLS): How it works, Establishment of LSPs, Signalling of pseudowires, Creating L2 VPNs, MAC Address learning, pruning, etc.
  • MPLS Transport Profile (MPLS-TP): What it is and its capabilities and restrictions, its support for point-to-point connections only, its support for Carrier Ethernet Service Types
  • OTN and Carrier Ethernet over OTN: Point-to-point connections, scalability capabilities
  • Wavelength Division Multiplexing: Carrier Ethernet services over WDM, CWDM, and DWDM
  • Resilient Packet Ring (RPR)

Service Protection Technologies (12 topics)

  • MEF Protection Reference Model
  • MEF Protection at the UNI and ENNI Requirements: Link Aggregation operation
  • MEF Protection of the EVC and OVC Requirements
  • Definitions of Protection Requirements: Switching times, revertiveness, restoration times, protection types (1+1, 1:1, 1:n, etc.), QoS Preservation
  • Protection timing relationships
  • MEF Protection Mechanisms: ALNP, EEP, LAG, Split Horizon bridging, STP/RSTP/MSTP, Link Redundancy
  • ITU-T G.8031 Ethernet Linear Protection Switching (ELPS): How it works, what it supports, its signalling capability, detecting failures and automatic protection switching operation
  • ITU-T G.8032 Ethernet Ring Protection Switching (ERPS):How it works, detecting failures
  • MPLS Fast Reroute
  • MPLS-TP Linear Protection: What it supports, its MPLS-TP OAM PDU architecture and message structure, GAL and GACh, failure detection
  • MPLS-TP Ring Protection: What it is based on, its 3 basic types of mechanism wrapping P2P LSPs, Steering P2P LSPs, and Protecting P2MP LSPs
  • Summary comparison of Service protection technologies

Carrier Ethernet Access Technologies (13 topics)

  • Access Technologies (PDH, Copper, HFC, Packet Radio, Fiber, PONs, DSL, etc.)
  • The need to carry Carrier Ethernet services over access technologies
  • Ethernet over PDH: How it works, scalability capabilities
  • Ethernet over Bonded Copper: How it works, scalability capabilities
  • Ethernet over HFC (DOCSIS): How it works, scalability capabilities
  • Ethernet over Packet Radio (Fixed wireless): How it works, scalability capabilities
  • Ethernet over Fiber: How it works, scalability capabilities
  • Ethernet over PON: How it works, scalability capabilities
  • Ethernet over WiMAX: How it works, scalability capabilities
  • Advantages of Carrier Ethernet Access Technologies: MEF White Paper
  • Summaries of Carrier Ethernet Access Technologies
  • Comparison of the Access Technologies for Bandwidth against Distance
  • Case Studies: for specific scenarios, identifying which access technology meets the requirement

Prerequisites

Candidates should have a good understanding of IP and WAN principles. They should also understand the basics of Next Generation Networks. Check if you have the required level of IP and WAN knowledge by taking our pre-course skills assessment.

Relevant Certifications

Course Dates

CodeLocationDurationPrice Apr May Jun Jul Aug Sep
PDN043 5 days $4,510
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Dammam
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Denver, CO
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