- MEF CE 2.0-certified: E-Line, E-LAN, E-Tree services, E-Access; MEF-8; MEF-22: mobile backhaul; MEF-26: E-NNI
- Ethernet Ring Protection Switching: ITU-T G.8032v2; supports 40-GbE ring over LAG, virtual rings
- Extensive TDM pseudowire support: CESoPSN, SAToP, CESoETH (MEF-8), UDP/IP encapsulation
- Ethernet OAM termination and grooming; ITU-T Y.1564 generator/responder
- 16 x 10-GbE network/user ports; 80 x 1-GbE ports; 16 channelized STM-1/OC-3 user/network ports; four channelized STM-4/OC-12 user/network ports with redundancy
- Fully redundant, modular system designed for high availability
- Supported by RADview Service Manager and RADview Performance Monitoring portal
- AC or DC power feed redundancy; NEBS-compliant industrial-grade enclosure withstands extended temperature range
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ETX-5
The ETX-5 is a leading CE 2.0 access aggregation switch, successfully deployed worldwide in many large networks.


The ETX-5 delivers aggregated Ethernet and TDM pseudowire traffic from the access network to the PE (provider edge) over 10-GbE links. Part of RAD’s Service Assured solutions for service providers and critical infrastructure, the ETX-5 is ideal for first-level aggregation at the POP, E-NNI inter-carrier demarcation and as a pseudowire gateway for seamless migration to packet networks.
For an enhanced user experience, the ETX-5 is supported by the new RADview management and orchestration system, featuring an intuitive UI/UX to simplify configuration and enable zero-touch service provisioning end-to-end. The ETX-5 is Carrier Ethernet 2.0-certified and includes an extensive toolset to deliver and manage SLA-based services.
- MEF CE 2.0-certified: E-Line, E-LAN, E-Tree services, E-Access; MEF-8; MEF-22: mobile backhaul; MEF-26: E-NNI
- Ethernet Ring Protection Switching: ITU-T G.8032v2; supports 40-GbE ring over LAG, virtual rings
- Extensive TDM pseudowire support: CESoPSN, SAToP, CESoETH (MEF-8), UDP/IP encapsulation
- Ethernet OAM termination and grooming; ITU-T Y.1564 generator/responder
- 16 x 10-GbE network/user ports; 80 x 1-GbE ports; 16 channelized STM-1/OC-3 user/network ports; four channelized STM-4/OC-12 user/network ports with redundancy
- Fully redundant, modular system designed for high availability
- Supported by RADview Service Manager and RADview Performance Monitoring portal
- AC or DC power feed redundancy; NEBS-compliant industrial-grade enclosure withstands extended temperature range
ETX-5 Data Sheet
ETX-5 Data Sheet
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Key Take-Aways

platform for delivery and monitoring of MEF-certified Carrier Ethernet and TDM over packet services

of applications: pseudowire gateway, POP aggregation, E-NNI inter-carrier demarcation

network support with diverse topologies

for scalable and accurate traffic monitoring, quick fault detection and user-friendly troubleshooting

synchronization using IEEE 1588 and Sync-E for LTE/LTE-A backhaul

solution for 40-GbE rings using load balancing LAG
Tips from experts
Resources
Data Sheet
- ETX-5 Data Sheet
- MEF CE 2.0-certified: E-Line, E-LAN, E-Tree services, E-Access; MEF-8; MEF-22: mobile backhaul; MEF-26: E-NNI
- Ethernet Ring Protection Switching: ITU-T G.8032v2; supports 40-GbE ring over LAG, virtual rings
- Extensive TDM pseudowire support: CESoPSN, SAToP, CESoETH (MEF-8), UDP/IP encapsulation
- Ethernet OAM termination and grooming; ITU-T Y.1564 generator/responder
- 16 x 10-GbE network/user ports; 80 x 1-GbE ports; 16 channelized STM-1/OC-3 user/network ports; four channelized STM-4/OC-12 user/network ports with redundancy
- Fully redundant, modular system designed for high availability
- Supported by RADview Service Manager and RADview Performance Monitoring portal
- AC or DC power feed redundancy; NEBS-compliant industrial-grade enclosure withstands extended temperature range
ETX-5 Data Sheet
ETX-5 Data Sheet
ETX-5 Data SheetSuccess!
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Application Briefs
White Papers
- A Comparison of Carrier Ethernet and MPLS for Critical Infrastructure Operational Networks
A Comparison of Carrier Ethernet and MPLS for Critical Infrastructure Operational Networks – White Paper
A Comparison of Carrier Ethernet and MPLS for Critical Infrastructure Operational Networks
SONET/SDH is an aging technology and operational networks still based on it then will need to transition to a packet switched network. In this paper, critical infrastructure network operators debating between IP, MPLS and Carrier Ethernet will find an updated comparison to help them understand the advantages and disadvantages of each.
A Comparison of Carrier Ethernet and MPLS for Critical Infrastructure Operational NetworksSuccess!
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Time Distribution Strategies in Cellular Networks – White Paper
Time Distribution Strategies in Cellular Networks
This paper reviews the various methodologies currently available for ensuring Time Of Day (TOD) synchronization in cellular networks. It also introduces RAD’s revolutionary Distributed GMTM scheme, designed to deliver superb TOD accuracy at a lower cost in LTE and small cell networks, by bringing Grandmaster functionality closer to the base station in a small form factor device.
What you will learn:
Time Distribution Strategies in Cellular NetworksSuccess!
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