| Instrutor |
| Yoram Orzach have gained his B.Sc. from the Technion in Haifa, and from 1991 to 1995 worked in Bezeq as system engineer in the fields of transmission and access networks. In 1995 he joined Netplus (Leadcom group) as technical manager, and since 1999 he work as the CTO of NDI Communications, and involved in the design and implementation of data communications projects worldwide. Yoram's training experience is with high-tech companies and service providers, in the fields of data communications, network design and troubleshooting, IP Telephony and Cellular networks. |
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| Dates |
| Will be announced |
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| Duration |
| 2 Days |
| On Organization site / Public |
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| Price |
| 2,900 NIS (₪) +VAT |
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| Overview |
| Carrier Ethernet is a ubiquitous, standardized; carrier-class SERVICE defined by five attributes that distinguish Carrier Ethernet from familiar LAN based Ethernet. It brings the compelling business benefit of the Ethernet cost model to achieve significant savings. Service providers worldwide are migrating their existing networks to deliver Carrier Ethernet services to Enterprises, businesses & residential end-users. This course provides an in-depth look at the protocols, services and infrastructure for Carrier Ethernet providers and vendors |
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| Target Audience |
| R&D, Technical support and Engineering |
| Prerequisites: In-depth knowledge of data networks |
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| Course benefit |
Upon completion of this course, the student will be able to:
• Understand the concept of Metro/Carrier Ethernet
• Understand the Metro/Carrier Ethernet architecture
• Understand the Metro/Carrier Ethernet services
• Understand the Metro/Carrier infrastructure
• Describe the standard organizations and their role in the Metro/Carrier development process
• Understand the directions in Metro/Carrier Ethernet networks, and get familiar with main vendors
in this technology |
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| Topics |
The course includes following topics:
Carrier Ethernet services and the Metro Ethernet Forum (MEF) standards
Protection schemas for the Metro/Carrier Ethernet
Carrier Ethernet infrastructure and the Ethernet in the First Mile (EFM) 802.3ah standards
Network management in the Metro/Carrier Ethernet networks |
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| Syllabus |
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Introduction
The motivation for Metro/Carrier Ethernet
General architecture
Differences from traditional Ethernet
Carrier Ethernet Services
• Architecture
o The Carrier Ethernet framework
o Ethernet Virtual connection
o Service definition
• Ethernet service types
o E-Line
o E-LAN
• Ethernet Service attributes
o The physical interface
o Bandwidth profiles – CIR, CBS, EIR, EBS
o Performance parameters
• Class of service
o Physical ports
o CS-VLAN CoS (802.1p)
o IP-TOS and DiffServ
• Service frame delivery
o Unicast service frame delivery
o Multicast service frame delivery
o Broadcast frame delivery
o L2 control protocols processing
• VLAN tagging support
o Provider versus Customer VLAN tag
o CE-VLAN Service Attributes
o CE-VLAN ID Preservation
o CE-VLAN CoS Preservation
o Mapping VLAN IDs
• Service multiplexing
o Service Multiplexing Benefits
• Service offerings
o Dedicated Internet Access
o LAN Extension
o Intranet / Extranet L2 VPN
Protection Schemas for the Metro/Carrier Ethernet
• Protection requirements
• Protection methods
o Aggregated Line and Node Protection (ALNP)
o End-to-End Path Protection (EEPP)
o MP2MP protection service for ELAN services
o Link Protection based on Link Aggregation
Network Management for the Metro/Carrier Ethernet
• NMS Functional Model
• Node Discovery
• Service performance monitoring
• Ethernet (ETH) layer MEN topology configuration and provisioning
• ETH layer UNI configuration and provisioning
• ETH layer network flow (EVC) management
• ETH layer fault management
Carrier Ethernet Infrastructure
• Ethernet in the first mile (EFM) and the 802.3ah
• EFMC - EFM Copper
o 2BASE-TL
o 10PASS-TS
• EFMF - EFM Fiber
o 100BASE-LX10 and 100BASE-BX10
o 1000BASE-LX10 and 1000BASE-BX10
• EFM PON - EFM Passive Optical Network
o 1000BASE-PX10
o 1000BASE-PX20
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