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Carrier Ethernet: A Reality Check
OFC/NFOEC 2007 - 2007 Conference on Optical Fiber Communication and the National Fiber Optic Engineers Conference, 2007This paper provides a current assessment of Carrier Ethernet from a service provider perspective. It highlights the drivers and key attributes of Carrier Ethernet and discusses some remaining gaps and challenges.
Stuart Elby +3 more
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Carrier-grade ethernet challenges for IPTV deployment
IEEE Communications Magazine, 2006Carrier-grade Ethernet standardization and deployment is gaining momentum due to the ease of deployment, lower cost, and compatibility with existing networks on the access end. When Internet protocol television (IPTV) is deployed using Ethernet as the underlying interconnect fabric infrastructure, meeting fine-grained traffic management (TM ...
S. Vedantham +2 more
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Ethernet OAM: key enabler for carrier class metro ethernet services
IEEE Communications Magazine, 2005The onset of Ethernet as a metropolitan and wide area networking, technology has driven the need for a new set of operations, administration, and maintenance protocols. Service provider networks are large and complex with a wide user base, and they often involve different operators that must work together in order to provide end-to-end services to ...
M. McFarland, S. Salam, R. Checker
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Управление транспортной сетью Carrier Ethernet
2022The need to maintain high standards of service quality for a wide range of provided services forms a request for frequency and time synchronization. The transition from synchronous digital hierarchy (SDH) technology to packet transport networks has already begun, which leads to the solution of such a problem to the search for possible technical ...
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Ethernet-Services transport protocol design oriented to Carrier Ethernet Networks
2012 IEEE Globecom Workshops, 2012A Carrier Ethernet Network (CEN) is a versatile, standardized, ubiquitous, carrier-class network. It possess several attributes that distinguish it from Metro Ethernet Networks (MENs), quality of service (QoS) being an integral one. Because CENs are designed to cover large areas (thousands of km) and transmit at high data rates (100 Gbps), these ...
Estevez, C. +9 more
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IEEE Communications Magazine, 2008
Carrier Ethernet is one of the fastest growing areas in the data communication field in recent years. In particular, the combination of MPLS core transport technologies in conjunction with IEEE 802.1ah in aggregation is one of the most interesting recent developments in the Carrier Ethernet evolution.
Luyuan Fang +3 more
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Carrier Ethernet is one of the fastest growing areas in the data communication field in recent years. In particular, the combination of MPLS core transport technologies in conjunction with IEEE 802.1ah in aggregation is one of the most interesting recent developments in the Carrier Ethernet evolution.
Luyuan Fang +3 more
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Ethernet Services Transport Protocol with Configurable-QoS Attributes for Carrier Ethernet
2012Carrier-grade Ethernet has evolved greatly since its creation. Its simplicity, scalability, and inexpensiveness have made it an attractive technology for enterprises to interconnect their metro area networks (MANs). Today, Carrier Ethernet can span over 10,000 km.
Estevez, C. +5 more
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Forecasting Cost Trends for Carrier Ethernet
2009 IEEE Globecom Workshops, 2009Ethernet is transforming from a LAN network solution into a technology which can be used within a carrier network. Ethernet is currently especially envisaged within the metro part of the network as a cost efficient replacement of ATM/FR and SDH.
K. Casier +5 more
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Carrier Ethernet Technologies for the NGN Era [PDF]
NTT Technical Review, 2009 Satoshi Narikawa +2 more
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The road to carrier-grade Ethernet
IEEE Communications Magazine, 2009Carrier-grade Ethernet is the latest step in the three-decade development of Ethernet. This work describes the evolution of Ethernet technology from LAN toward a carrier-grade operation through an overview of recent enhancements. After reviewing native Ethernet and its transport shortcomings, we introduce the major carrier-grade upgrades.
K. Fouli, M. Maier
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