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Brocade's new networking platform to benefit service providers

Brocade on Wednesday unveiled the Brocade Vyatta Platform, the first phase of a multi-year strategy that delivers an open and modular networking platform for cloud and telecommunications service providers.

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Subarna
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Brocade on Wednesday unveiled the Brocade Vyatta Platform, the first phase of a multi-year strategy that delivers an open and modular networking platform for cloud and telecommunications service providers.

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Supporting the build-out of both Application and Subscriber Clouds, the Brocade Vyatta Platform is the industry's first articulation of this open strategy.

Embracing the requirements outlined within the ETSI NFV ISG, the Brocade Vyatta Platform encompasses proven Network Functions Virtualization (NFV) and emerging Software-Defined Networking (SDN) technologies based on open standards and open source initiatives. The Brocade Vyatta Platform utilizes established core components, such as the Brocade Vyatta vRouter and Brocade vADXTM products, along with the open source software projects such as OpenDaylight and OpenStack.

"Brocade's approach to NFV leverages both the ETSI ISG work and industry-wide interest in virtual routing and switching to shorten time-to-benefit and build toward the open approach that operators all want," said Tom Nolle, president and founder of CIMI Corporation.

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"Brocade's platform offers an extensible way of creating network features and service value for operators, building on virtual routing and switching but providing ample support for feature extensions that can drive revenue and profit growth."

The architecture of the Brocade Vyatta Platform is comprised of three core layers: NFV Connection Services, SDN Structural Services and Functional Orchestration. Each layer of this open architecture is modular and enables customers to select the products and/or solutions that fit their particular data center requirements.

The open and modular nature of this platform enables interoperability and greater choice for customers. Communication between the layers utilizes transparent standards-based protocols and methods, including REST APIs and the NETCONF/YANG model, to ensure configuration interoperability.

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