Virtualization Technology News and Information
Article
RSS
NEC Contributes Network Virtualization to OpenDaylight’s Hydrogen Release

NEC Corporation of America (NEC), a leading provider and integrator of advanced IT and communications solutions, and a pioneer in OpenFlow-based Software-defined Networking (SDN), today announced with NEC Corporation in Japan that their Virtual Tenant Network (VTN) contribution to the OpenDaylight Project is featured in the organization’s first release, called “Hydrogen,” which was revealed at the first annual OpenDaylight Summit. The OpenDaylight Project is a community-led and industry-supported open source framework to advance Software-defined Networking (SDN) and Network Functions Virtualization (NFV), and NEC is a founding gold member of the project.

The VTN, introduced by NEC at the July 2013 HackFest, consists of a set of technology components that provide a multi-tenant virtual network through the OpenDaylight controller. Su-Hun Yun, senior manager with NEC Corporation of America, will be presenting a live demo of VTN using multiple OpenDaylight controllers with OpenStack integration during the OpenDaylight Summit in Santa Clara, CA. Yun’s summit session is scheduled for Tuesday, Feb. 4, from 1:30-3:20 p.m. PST.

“The VTN is a core technology of NEC’s ProgrammbleFlow® Network Fabric, and has been deployed globally by carrier and enterprise customers for their production networks,” said Don Clark, director of business development for NEC Corporation of America. “The VTN network design enables deployment of logical networks on top of any underlying physical network topology, reducing complexity of traditional network design and increasing service agility. We’re pleased to be part of the Hydrogen release.”

Traditionally, physical networks have been configured as silos for each department within an organization or for each customer of a service provider. The result is huge, unneeded hardware investments and increased operating expenses because of underutilized, redundant network equipment.

The VTN addresses this issue by providing an abstraction that enables the complete separation of the network’s logical plane from its physical plane. In other words, it “hides” the complexity of the physical network and enables users to design and deploy any desired network for their customers, regardless of physical network or underlying operational characteristics. With the VTN, organizations can develop applications to program the network using Northbound APIs. Once the network has been defined using VTN, it will automatically be mapped to the physical network through the controller.

In addition to the advantage of hidden complexity mentioned above, benefits of the VTN include:

  • More efficient management of the network resources
  • Reduced time to configure network services
  • Minimized network configuration errors

“Technical contributions by NEC to OpenDaylight have made it possible for end users to use Hydrogen—the project’s first open source software release—to easily evaluate a multi-tenant network solution and compare and contrast it to other models,” said Neela Jacques, executive director, OpenDaylight. “Collaborative development taking place within the OpenDaylight community is accelerating the development of software that will enable widespread adoption of SDN and NFV.”

The OpenDaylight Summit is a new annual conference designed to provide a collaboration and education space for innovators, developers, and users in the Software-Defined Networking (SDN) and Network Functions Virtualization (NFV) space. The summit brings together the community, projects, products, and companies that are driving the SDN and NFV ecosystems today, along with best practices from the world of traditional open source.

Published Tuesday, February 04, 2014 6:10 PM by David Marshall
Comments
There are no comments for this post.
To post a comment, you must be a registered user. Registration is free and easy! Sign up now!
Calendar
<February 2014>
SuMoTuWeThFrSa
2627282930311
2345678
9101112131415
16171819202122
2324252627281
2345678