
MEF 22 Highlights:
- Generic specification for Ethernet backhaul architectures for
mobile networks (2G, 3G, 4G)
- Explains how to apply existing MEF specifications
- User-Network Interface requirements
- Service Requirements
- Service Definitions
- Clock synchronization
It is anticipated that all networks wire-line and wireless will migrate to
Ethernet over a period of time. These emulation services are designed to create a smooth transition which protects investment in legacy networks.
In addition to the above Carrier Ethernet for Mobile backhaul provides
a new wholesaling opportunities for wireline services providers.Full
details are in the resources listed at the top of the page.
Summary: Why Carrier Ethernet?
- New mobile applications and bandwidth growth much greater than 100%
- Meets exploding bandwidth demand currently constrained by
- the prohibitive costs and scalability issues of legacy networks
- Leverages rapid move to Carrier Ethernet for wireline traffic
- enabling a single integrated wireline and mobile backhaul
network
- Most Mobile Traffic is Broadband/IP Centric and legacy networks cannot support 4g and LTE.
- Carrier Ethernet is optimized for packet data traffic
- Much easier for service providers to manage and maintain
- Unlimited scalability and ubiquity
- Reliability with full SLA support and full OAM capabilities
- MEF certification enables and accelerates full inter-operability
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Mobile Backhaul for Operators |
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MEF 22 Specification & Technical Overview |
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Mobile backhaul White Paper |
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Frequently Asked Questions |
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Press Briefing |

More Resources
Press Release
Case Study: provided by MEF Member Optimum LightPath - "Leveraging Carrier Ethernet for Wireless Backhaul"
Wall Chart: Carrier Ethernet for Mobile Backhaul
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