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Network Synchronization product for Mobile Backhaul

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Packet Network Synchronization

Industry Leading Timing Solutions for Packet Microwave Networks

Microwave mobile backhaul networks are rapidly evolving to packet networking driven by the evolution to LTE/4G. This evolution to packet is also having an impact on how network time distribution, or synchronization, is being implemented as the backhaul network transitions from a synchronized TDM network to an asynchronous Ethernet one.

Aviat Networks provides a variety of proven solutions for network synchronization over Ethernet. Layer 1-based Synchronous Ethernet (SyncE) was added to Aviat’s Eclipse platform in 2010, and was also showcased at the 2010 CEWC- EANTC interoperability demo. Eclipse also supports Layer 2-based IEEE 1588v2 packet synchronization transport, which was rigorously tested as part of Symmetricom’s SyncWorld™ Ecosystem Program, launched in early 2011. Aviat Networks and Symmetricom jointly completed extensive performance and interoperability tests to verify the performance of 1588v2 timing over various complex microwave backhaul network configurations under real-world deployment scenarios, including a 10-hop microwave backhaul network supporting Adaptive Coding and Modulation (ACM).

Webinar: 1588v2 Synchronization for Mobile Backhaul Networks

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Details:

Sponsors: Aviat Networks, Cisco, Symmetricom Inc., Telco Systems

Host: Patrick Donegan, Senior Analyst, Heavy Reading

Aviat Networks speaker:

Errol BindaErrol Binda,
Sr. Solutions Marketing Manager

Overview:
This webinar brought together leading vendors and operators to develop best practice guidelines for operators as they deploy the 1588v2 standard. Drawing on real implementation case studies, industry leaders demonstrated where some implementations have gone wrong in the past and what leading operators and vendors are now doing right to get this key standard delivering on the operators' expectations.

Webinar: Synchronization in the Mobile Networks

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Aviat Networks speaker:

peterCroyPeter Croy,
MEF representative and Senior Network Architect at Aviat Networks

Overview:
This topical webinar replay talks about legacy sync, a summary of packet sync standards (SyncE, IEEE 1588 v2) and proprietary approaches. This is followed by a detailed look at clock sync in next-generation mobile networks.

Application Note:Deploying IEEE 1588v2 Synchronization over Packet Microwave Networks

Application Note

Deploying IEEE 1588v2 Synchronization over Packet Microwave Networks

Joint Application Note with Symmetricom and Aviat Networks.
Mobile Backhaul Networks are evolving to packet, driven by 4G evolution, requiring high data and video traffic and growing number of apps, users, smartphones and tablet devices. 1588v2 and microwave are a perfect match for Mobile Backhaul evolution.

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White Paper:Synchronization over Microwave Mobile Backhaul Networks

White Paper

Synchronization over Microwave Mobile Backhaul Networks

Synchronization is creating quite a stir in the mobile backhaul industry as operators are wrestling with a variety of synchronization technology options including Synchronous Ethernet (SyncE) and Precision Time Protocol (PTP) a.k.a IEEE 1588v2. This paper reviews unique microwave backhaul characteristics that need to be taken into account in support of synchronization, and how each particular synch approach can be addressed.

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White paper:IEEE 1588 Timing for Mobile Backhaul

White paper

IEEE 1588 Timing for Mobile Backhaul

The road to "Plug & Play".

Prepared by Patrick Donegan, Senior Analyst, Heavy Reading, on behalf of Aviat Networks, Cisco, Symmetricon and Telco Systems.

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Aviat Networks and Symmetricom Advance 1588v2 Network Synchronization over Microwave Backhaul

Aviat announced that it is one of the first members to join Symmetricom’s SyncWorld™ Ecosystem Program for delivering tested solutions for mobile backhaul network synchronization over packet microwave networks. Collaborating with Symmetricom strengthens Aviat Networks’ solution portfolio for IP network migration by adding IEEE 1588v2 synchronization capability, which enables the smooth introduction of 4G/LTE. This solution capability is in addition to Synchronous Ethernet (SyncE), which was added to Aviat’s Eclipse platform in late 2010.

Aviat Networks and Symmetricom jointly completed extensive performance and interoperability tests to verify the performance of 1588v2 timing over various complex microwave backhaul network configurations under real-world deployment scenarios, including a 10-hop microwave backhaul network supporting Adaptive Coding and Modulation (ACM). The successful result provides assurance to mobile operators currently deploying or planning to deploy IEEE 1588v2 timing over packet microwave.

Aviat Joins Symmetricom SyncWorld Ecosystem

Symmetricon Aviat Networks and Symmetricom Advance IEEE 1588v2 Synchronization over Microwave Backhaul
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Manish Gupta, VP of marketing at Symmetricom"We're delighted to have Aviat Networks join the SyncWorld™ Ecosystem Program and look forward to further collaboration."
– Manish Gupta,
VP of marketing at Symmetricom

Shaun McFall, Sr. VP & CMO of Aviat Networks"Our relationship with Symmetricom enriches the solution options available to our customers globally, allowing Aviat Networks to combine a mix of superior wireless and timing technologies"
– Shaun McFall,
Sr. VP & CMO of Aviat Networks.

News

Symmetricon

Aviat Networks: Founding Member of Symmetricom’s Microwave Backhaul Segment Ecosystem Program.

"In collaboration with Aviat Networks, Symmetricom has successfully conducted tests over 10 hops while guaranteeing synchronization in a microwave network" (Symmetricom Press Release, 9/19/2011)

More

March 2011 announcement

Aviat Networks & Symmetricon

Errol Binda, Senior Solutions Marketing Manager for Aviat Networks, discusses the recent Aviat Networks and Symmetricom, Inc. announcement with Manish Gupta, VP of Marketing for Symmetricom, Inc, and Shaun McFall, Chief Marketing Officer for Aviat Networks at CTIA 2011.

Why the Need For Synchronization?

Maintaining accurate timing, or synchronization, in mobile networks is critical for successful call “hand off” when mobile users are traveling between cell sites, and to ensure overall voice quality and performance is maintained. As mobile operators migrate their backhaul networks to Ethernet to efficiently handle the vast amounts of growing data and video traffic, a reliable method of maintaining synchronization over this packet network is now required. Precision Time Protocol, standardized as IEEE 1588v2, has become the de facto standard for packet based timing.