Carrier Ethernet Services Explained

5 Day Course
Official Curriculum
Code PDN043

Book Now - 3 Delivery Methods Available:

Scheduled Online Onsite

Overview

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 (Blueprint D) 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.

Objectives

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 with service protection
  • 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
  • Understand Ethernet OAM (LOAM & SOAM) and the requirements of Fault Management & Performance Monitoring
  • Be able to define Carrier Ethernet service solutions, across single and multiple CENs, that will meet the requirements of the Subscriber

Target Audience

Who Should Attend:

Anyone 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.

Additional Information

Pre-course preparation:

To ensure that candidates have the greatest opportunity to both pass the MEF-CECP Blueprint D 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 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 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.

Due to the fast moving nature of the technology and continual improvements and additions the MEF makes to the MEF standards the MEF-CECP certification expires after 3 years.

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.

Modules

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Carrier Ethernet Services & Attributes (72 topics)

  • EVC & OVC Types and Service Definitions
  • What is Carrier Ethernet?
  • Carrier Ethernet Architecture
  • MEF Carrier Ethernet Terminology
  • Definition & Role of the User-Network Interface (UNI)
  • Supported Frame Types at the UNI
  • Definition & Role of the Ethernet Virtual Connection (EVC)
  • UNI Types & supported features: Type 1 (1.1 & 1.2), Type 2 (2.1 & 2.2)
  • MEF 10.3 Service Model
  • Carrier Ethernet Service Definitions & Service Types
  • 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 its usage
  • Ethernet Virtual Private Line (EVPL) Service and its usage
  • E-LAN (Multipoint-to-Multipoint) Services
  • Ethernet Private LAN (EP-LAN) Service and its usage
  • Ethernet Virtual Private LAN (EVP-LAN) Service and its usage
  • E-Tree (Rooted-Multipoint) Service
  • Definition & 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
  • Examples of Service types deployed across single & multiple CENs
  • Multiple Operator Service Model (MEF 26.1)
  • Definition and Role of Service Provider, Operator, Operator Virtual Connection
  • Definition and Role of the External Network-Network Interface (ENNI)
  • MEF defined ENNI Requirements
  • Connecting between Operator CENs
  • Definition and Role of the Operator Virtual Connection (OVC)
  • OVC Endpoints
  • Mapping Service Frames to OVC Endpoints at the UNI
  • Mapping ENNI Frames to OVC Endpoints at the ENNI
  • Creating EVCs from the concatenation of OVC Endpoints
  • OVC Types: Point-to-Point OVC; Multipoint-to-Multipoint OVC; Rooted-Multipoint OVC
  • Trunk OVC Endpoint and its behaviour
  • Rooted-Multipoint across the ENNI: Forwarding behaviour and Trunk Identifiers
  • Service examples using Trunk OVC Endpoints
  • O-Line, O-LAN, O-Tree Service Definitions MEF 51
  • E-Access Services MEF 33/MEF 51
  • Access E-Line Service Definition & Access E-LAN Service Definition MEF 51
  • Transit E-Line Service Definition & Transit E-LAN Service Definition MEF 51
  • EVC Service Attributes and Parameter Values
  • What Service Attributes describe
  • MEF 6.2 revisions and changes from MEF 6.1 & MEF 6.1.1
  • Per UNI Attributes: UNI ID; Physical Layer; Synchronous Mode; Number of Links; UNI Resiliency; Service Frame Format; UNI Maximum Service Frame Size; Service Multiplexing; CE-VLAN ID for Untagged & Priority tagged frames; Maximum Number of EVCs; Bundling; All to One Bundling; Token Share; Envelopes; Ingress/Egress Bandwidth Profile per UNI; Link OAM; UNI MEG; E-LMI; UNI L2CP Address Set; UNI L2CP Peering
  • EVC Per UNI Attributes: UNI EVC ID; Class of Service Identifier for Data Service Frame; Class of Service Identifier for L2CP Service Frame; Class of Service Identifier for SOAM Service Frame; Color Identifier for Service Frame; Egress Equivalence Class Identifier for Data Service Frames; Egress Equivalence Class Identifier for L2CP Service Frames; Egress Equivalence Class Identifier for SOAM Service Frames; Ingress/Egress Bandwidth Profile per EVC; Ingress Bandwidth Profile per Class of Service Identifier; Egress Bandwidth Profile per Egress Equivalence Class; Source MAC Address List; Test MEG; Subscriber MEG MIP
  • EVC Attributes: EVC Type; EVC ID; UNI List; Maximum Number of UNIs; Unicast/Multicast/Broadcast Service Frame Delivery; CE-VLAN ID Preservation; CE-VLAN CoS Preservation; EVC Performance; EVC Maximum Service Frame Size
  • Specific Service Attribute Requirements for port-based E-line, E-LAN, and E-Tree services
  • Specific Service Attribute Requirements for VLAN-based E-Line, E-LAN, and E-Tree services
  • OVC Service Attributes and Parameter Values
  • Operator Service Attributes and associated attributes
  • ENNI Service Attributes MEF 26.1: Operator ENNI Identifier; Physical Layer; Frame Format; Number of Links; Protection Mechanism; ENNI MTU Size; End Point Map; Bundling at the ENNI; Maximum Number of OVCs; Maximum Number of OVC End Points per OVC
  • OVC End Point per ENNI Service Attributes MEF 51: OVC End Point Identifier; Trunk Identifiers; Class of Service Identifiers; Ingress/Egress Bandwidth Profile per OVC End Point; Ingress/Egress Bandwidth Profile per ENNI Class of Service Identifier; Maintenance End Point List; Maintenance Intermediate Point
  • OVC per UNI Service Attributes MEF 51: UNI OVC Identifier; OVC End Point Map; Class of Service Identifiers; Ingress/Egress Bandwidth Profile per OVC End Point at a UNI; Ingress/Egress Bandwidth Profile per Class of Service Identifier at a UNI; Maintenance End Point List; Subscriber MEG MIP
  • Common OVC Service Attributes MEF 51: OVC Identifier; OVC Type; OVC End Point List; Maximum Number of UNI OVC End Points; Maximum Number of ENNI OVC End Points; OVC Maximum Transmission Unit Size; CE-VLAN ID Preservation; CE-VLAN CoS Preservation; S-VLAN ID Preservation; S-VLAN CoS Preservation; Color Forwarding; Service Level Specification; Unicast/Multicast/Broadcast Service Frame Delivery; OVC Available MEG Level
  • Constrained OVC Service Attributes and Requirements for O-Line, O-LAN, and O-Tree Services
  • Constrained Attributes and requirements for Access E-Line and Access E-LAN Services
  • Constrained Attributes and requirements for Transit E-Line and Transit E-LAN Services
  • Multi-CEN L2CP
  • Basic Terminology: Discard; Filter; Pass; Peer
  • L2CP Frames and L2CP Addresses
  • L2CP Behavioural Model
  • L2CP Decision Point
  • The Subscriber/Service Provider view of L2CP Behavioural Model
  • The Operator/Service Provider view of L2CP Behavioural Model
  • L2CP Service Attributes: L2CP Address Set Service Attribute; L2CP Peering Service Attribute; ENNI Tagged L2CP Frame Processing Service Attribute
  • L2CP Processing Requirements
  • Service Requirements for L2CP

Class of Service and Traffic Management (19 topics)

  • Class of Service
  • CoS Basic Definitions
  • CoS Identifiers
  • MEF 23.2 Class of Service Implementation Agreement
  • MEF 23.2 CoS Terminology: Frame Set; CoS Name; CoS Label;
  • MEF Standardized CoS
  • Performance Tiers (PT0.3, PT1 - PT4) and their CoS Performance Objectives
  • Bandwidth Profiles and Bandwidth Profile Flows
  • Bandwidth Profiles
  • Token Share
  • Envelopes
  • Bandwidth Profile Flow Criteria
  • Bandwidth Profile Parameters
  • Effect of each Bandwidth Profile Parameter
  • Bandwidth Profile Algorithm
  • Bandwidth Profile Algorithm for an Envelope
  • Bandwidth Profile Parameters for a MEF 6.1 Service
  • Examples of Bandwidth Profile Operation for different Token Sharing configurations

Service Operations, Administration, and Maintenance (33 topics)

  • What is Service OAM
  • Service OAM Framework
  • Range and scope of Service OAM
  • OAM Domains
  • Maintenance Entities, Maintenance Entity Group, Maintenance Entity Group Levels
  • MEF 17 Terminology
  • Comparison of IEEE/ITU-T Terminology
  • Life Cycle of an Ethernet Service
  • Elements of an Ethernet Service
  • Fault Management: Link OAM; SOAM
  • Connectivity Fault Management (IEEE 802.1ag)
  • Continuity Check: Operation and usage; PDU Structure and Parameters
  • Loopback: Operation and usage
  • Linktrace: Operation and usage
  • Remote Defect Indication
  • Alarm Indication Signal
  • Lock Indication
  • Test Messages: In-service; out-of-service
  • SOAM Fault Management Implementation Agreement (MEF 30.1)
  • Performance Management
  • Multi-CoS performance metrics
  • Ordered UNI Pairs, Subsets of Ordered UNI Pairs; Ordered OVC End Point Pairs; Subsets of Ordered OVC End Point Pairs
  • Performance Metrics: One Way Frame Delay Performance; One Way Frame Delay Range Performance; One Way Mean Frame Delay Performance; Inter-Frame Delay Variation Performance; One Way Loss Performance; Availability Performance; Resiliency Performance (High Loss Interval, Consecutive High Loss Interval); Group Availability
  • SOAM Performance Monitoring Implementation Agreement (MEF 35.1)
  • PM Definitions
  • Synthetic traffic versus Real traffic measurement
  • One Way and Two Way Loss Measurement
  • Single-ended Loss Measurement
  • Definition of PM Solution, PM Function, PM Tool, and PM PDU
  • SOAM PM Solutions: PM-1, PM-2, PM-3, PM-4. Which metrics are associated with each PM
  • Performance Measurement Storage
  • Basic Requirements of Measurement Interval Data Sets
  • Measurement Bin Requirements

Ethernet, MEF Basics, and MEF Certification (21 topics)

  • Structure of MEF and the Committees
  • MEF Attributes of Carrier Ethernet
  • Technical Documents produced by MEF Technical Committee
  • MEF Specification Summary
  • MEF Definitions, Service Level Agreement and Service Level Specification
  • MEF Certification
  • MEF Certification Programs
  • Requirements for MEF Certification
  • MEF Equipment Certification : Benefits of Certification to the Vendor
  • MEF Service Provider Certification: Benefits of Certification to the Service Provider
  • Professional Certification Deliverables
  • Equipment Provider Certification: What is tested in CE2.0 Blueprint and what is not tested; Testing process for Vendors
  • Service Provider Certification: What is tested in CE2.0 Blueprint; Testing Process
  • Ethernet
  • Service Frame Format, MAC Addresses, Tagged/Untagged Service Frames
  • Basic Ethernet Principles
  • Address Learning
  • Flooding of Unlearned MAC Address Frames
  • Forwarding/Filtering Decisions

Infrastructure, Operations, and Applications (86 topics)

  • Transport Technologies
  • Provider Bridging (PB): How it works; Scalability limitations
  • Provider Backbone Bridging (PBB): How it works; support for Carrier Ethernet Services
  • Provider Backbone Bridging with Traffic Engineering Extensions (PBB-TE): How it works; support for Carrier Ethernet Services
  • Traditional Sonet/SDH: How it works; structure and capabilities
  • Next Generation Sonet/SDH: making efficient use of existing infrastructure
  • Multi-Protocol Label Switching (MPLS): How it works; Label structure; Label Switched Paths(LSPs); MPLS Pseudowires
  • Applications of MPLS: Traffic Engineering; L2/L3 VPNs
  • MPLS with Traffic Engineering Extensions (MPLS-TE): How traffic engineered LSPs and Pseudowires can be established to provide bandwidth and performance guarantees
  • Generalized MPLS (GMPLS)
  • MPLS Virtual Private Wire Service (MPLS-VPWS): How it works; Usage limitation
  • MPLS Virtual Private LAN Service (MPLS-VPLS): How it works; Service capabilities supported
  • MPLS Transport Profile (MPLS-TP): What it is and How it works; Service capabilities supported
  • Optical Transport Network (OTN): Scalability limitations; Service capabilities supported
  • Wavelength Division Multiplexing (WDM, CWDM, DWDM): Service capabilities supported
  • Service Protection Technologies
  • MEF Protection Reference Model
  • MEF Protection Requirements at the UNI and ENNI
  • MEF Protection of the EVC/OVC
  • MEF Protection Mechanisms
  • ITU-T G.8031 Ethernet Linear Protection Switching
  • ITU-T G.8032 Ethernet Ring Protection Switching
  • Summary of Protection mechanisms
  • Carrier Ethernet Access Technologies
  • The need to carry Carrier Ethernet services over access technologies
  • Ethernet over Bonded Copper: How it works; scalability capabilities
  • Ethernet over PDH: How it works; scalability capabilities
  • Ethernet over HFC: 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
  • Comparison of Access Technologies for Bandwidth/Distance
  • Carrier Ethernet Service Lifecycle
  • Service Lifecycle Management
  • Product Lifecycle Management
  • Service Operations Lifecycle
  • Service Activation Testing
  • Configuration Verification
  • Performance Verification
  • Benefits of Service Activation Testing
  • SAT Use Case for E-Access Service
  • Ethernet Test Equipment
  • Service Measurement Points and Functions
  • SAMP Locations
  • SAMP Use Cases
  • Circuit Emulation Service over Ethernet
  • Purpose of Circuit Emulation over Ethernet (CESoEth)
  • Architecture and Components of CESoEth
  • Structured Mode, Unstructured Mode of Service
  • TDM Line Service & TDM Access Line Service
  • Frame Format and content
  • Service Attributes and parameters for emulated services
  • Bandwidth Profile Requirements for CESoEth
  • Mobile Backhaul including Synchronization and MBH Implementation Agreement
  • What is Mobile Backhaul
  • Carrier Ethernet Services for Mobile Backhaul
  • MBH Requirements for 2G, 3G, and LTE mobile systems
  • Service Requirements and configuration for TDM-based Base Stations
  • Use Cases 1a, 1b, 2a, and 2b as defined in MEF 22.1
  • Configuring EVCs for the LTE S1 and X2 Interfaces
  • Why Synchronization is needed
  • The Types of Synchronization: Frequency; Phase; Time
  • Synchronous Ethernet (SyncE)
  • Ethernet Synchronization Messaging Channel (ESMC)
  • Packet-based Synchronization
  • Adaptive Clock Recovery (ACR)
  • RTP-Extended Clock Recovery
  • IEEE 1588 v2 Precision Time Protocol
  • How PTP works
  • PTP/Sync-E compared
  • Network Time Protocol (NTP)
  • Mobile Backhaul Implementation Agreement (MEF 22.1)
  • UNI Synchronous Mode
  • CoS for Synchronization Traffic
  • MBH Service Management
  • Traffic Separation
  • MBH CoS Configuration
  • MBH Resiliency Performance and Performance Objectives
  • SOAM Requirements for MBH

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

Scheduled Dates

Please select from the dates below to make an enquiry or booking.

Pricing

Different pricing structures are available including special offers. These include early bird, late availability, multi-place, corporate volume and self-funding rates. Please arrange a discussion with a training advisor to discover your most cost effective option.

Code Location Duration Price Apr May Jun Jul Aug Sep
PDN043

(Classroom or Online)
5 Days $4,205
$1,405
PDN043

(Classroom or Online)
5 Days $4,205
PDN043
Dubai
(Classroom or Online)
5 Days $4,205
PDN043
Guadalajara
(Classroom or Online)
5 Days $4,205
PDN043

(Classroom or Online)
5 Days $4,205
PDN043

(Classroom or Online)
5 Days $4,205
PDN043
Reston, VA
(Classroom or Online)
5 Days $4,205
PDN043
Rio de Janeiro
(Classroom or Online)
5 Days $4,205
PDN043
San Jose, CA
(Classroom or Online)
5 Days $4,205
PDN043

(Classroom or Online)
5 Days $4,205
PDN043
Tel Aviv
(Classroom or Online)
5 Days $4,205
01-05
PDN043

(Classroom or Online)
5 Days $4,205

What Our Customers Say

A great summary of the MEF's standards, service provider and vendor certification and the best way to understand the scope of these services. Excellent instructor. I passed the exam the first time!”

Technical Specification Manager, Telmex

The training was delivered with a high level of expertise and excellence. Instructor was highly knowledgeable.”

Technical Trainer, Aviat Networks

It was a very intensive week of training and a very professional way of testing the knowledge. It helped our team to understand the MEF concepts and apply those into our vendor and to the customer/operator world.”

Director, Global Technical Sales, Adva

Overall the course was really good, the trainer really understood the material and was very approachable.”

Customer Training Manager, Aviat Networks

Great training event, excellent trainer with in-depth carrier ethernet knowledge and methodology of coaching in order to pass the CECP exam on my first attempt.”

CTO, Smart Com

Excellent course, informative and well-paced.”

CSE, Cisco

Course was very well outlined. Topics were great and bridged many gaps.”

System Engineer, Cable & Wireless

An excellent intro to video encoding & MPEG transport streams - I would definitely recommend it.”

Broadcast Engineer, Cisco

Definitely an excellent intro. Left me interested in learning more.”

Broadcast Engineer, Eircom

Excellent training course with real examples and practical classroom demonstrations.”

Transport Designer, Orange

Instructor knowledge and experience was excellent.”

Solutions Engineer, Akamai

Excellent course, very clear and well organised. Course content delivery was very good.”

Assistant Engineer, Dhiraagu

Very informative and appropriate.”

Network Support Technician, BT

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