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Software-Defined Networking (SDN)

Traditional networks and data centers are being stretched to their limits. They were never designed for today's astronomical growth in bandwidth-intensive applications—and the ever-increasing demand for speed, scalability, and resilience. Software-Defined Networking (SDN) is a powerful new network paradigm designed to address these issues. Brocade leads the way in SDN technologies to help unleash the power, intelligence, and analytics of networks with a flexible, end-to-end cloud-based solution.


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The mission of The OpenDaylight Project is to facilitate a community-led, industry-supported open source framework to help enable an advanced ecosystem for Software-Defined Networking.

OpenDaylight Project

OpenDaylight, a Linux Foundation Collaborative Project, unites industry leaders with the goal of a common and open SDN platform for developers to utilize, contribute to, and build commercial products and technologies. The Project is committed to furthering adoption of SDN as well as accelerating innovation on top of the platform in new and differentiated ways in a vendor-neutral and open environment where anyone can participate based on the merit of their contributions.

Brocade is one of the original founding and Platinum members of the OpenDaylight Project. Brocade is a strong supporter of open networking solutions and architectures, and believes that openness is critical for the success of SDN. OpenDaylight and the contributions from Brocade will work to provide an open source platform for products and technologies that expand the intelligence of underlying network infrastructure to make it more responsive to overall IT and service provider demands.

Brocade is committed to OpenDaylight to empower the developer ecosystem to deliver a common open source framework and platform for SDN across the industry for customers, partners, and developers. OpenDaylight will help customers with their IT strategies by having a single, multivendor and open source SDN platform on top of which further development by companies and individuals alike can be fostered.

The OpenDaylight Project
The framework of the OpenDaylight Project

Software-Defined Networking Resources

Browse a complete listing of all Brocade resources. View All Resources

Abstract:

Brocade supports Network Functions Virtualization with a comprehensive portfolio of software-based networking solutions that enable service providers to support diverse deployment models and network services at scale.

Abstract:

SDN introduces new opportunities to centralize network services more rapidly, but also new forms of complexity. Brocade VCS Fabric technology provides unique automation capabilities and resilience in the physical fabric, as well as integration and hardware support for leading SDN solutions.

Abstract:

Software-based networking is the most effective way to deploy critical networking tasks while meeting the fundamental business requirements of a cloud.

Abstract:

This paper provides an overview of SDN, its expected role in cloud-optimized networks, and how Brocade is implementing SDN vertically and across its portfolio to provide users with a truly open cloud-optimized network, built on a resilient, automated fabric foundation.

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Software-based networking solutions that are optimized for virtual environments promise sophisticated, multitiered networks within and between virtual environments. This white paper examines the use of network segmentation in highly virtualized environments.

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Dynamic orchestration and provisioning of campus network resources using Software-Defined Networking (SDN).

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Brocade software-based networking and security solutions enable programmable networking without changes to network or security configurations, ensuring a smooth transition to the flexible, agile SDN networks of the future, so that enterprises can build toward an SDN environment today.

Abstract:

In the rush to implement virtualization, many IT managers are leaving their network vulnerable to attack, needlessly complicating their disaster recovery plan, and double-spending on network infrastructure.