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Intel: Software Defined Infrastructure
Intel: Software Defined Infrastructure episodes
- Going Virtual: Intel and Red Hat Demonstrate SDN Service-Chaining SolutionIntelligent Networking: The new foundation being established for dynamic service chaining builds on the technologies that underlie SDN and NFV. The blueprint offered by the Intel Open Network Platform Server reference architecture provides a commercially viable way—based on SDN—to create catalogs of network resources and associated policies abstracted from the hardware. Dynamic service chaining extends […]0 min
- 2015 Big Telecom Event: Intel Accelerating Network TransformationSoftware Defined Infrastructure: Sandra Rivera, VP, Intel Data Center Group, at Light Reading‘s 2015 Big Telecom Event, talks about accelerating transformation in the network with Intel Open Network Platform (Intel ONP) and the growing Intel Network Builders ecosystem.0 min
- Proof of Concept: Build VNFs for Transcoding With Intel Media Server StudioIntelligent Networking: Virtual video transcoding for OTT and live/linear video content: Delivering maximum streams/density per RU for mobile video consumption as well as speech transcoding for cloud-based media processing for C-RAN and vRAN network functions, shown on Artesyn GPU-accelerated SharpStreamer edge platforms with Vantrix software.0 min
- Intel’s Aha moment: carrier-grade NFV for the enterpriseIntelligent Networking: If you use carrier-grade as your design-point you realise there are a lot of enterprise segments you can tackle as well, such as financial services, Sandra Rivera explains to Martyn Warwick. She talks about how she’s glad that infrastructure is getting its turn in the limelight this year at MWC; how important IoT […]0 min
- HP turns to the NFV ecosystem for its proof of conceptIntelligent Networking: With 23 NFV proofs of concept and a growing partner ecosystem, HP is demonstrating to communications service providers the value and viability of NFV solutions. Having access to the open source and open software community is also benefiting providers and network operators, as work continues on defining the necessary NFV frameworks and standards.0 min
- Going Virtual: Intel and Red Hat Demonstrate SDN Service-Chaining SolutionIntelligent Networking: The new foundation being established for dynamic service chaining builds on the technologies that underlie SDN and NFV. The blueprint offered by the Intel Open Network Platform Server reference architecture provides a commercially viable way—based on SDN—to create catalogs of network resources and associated policies abstracted from the hardware. Dynamic service chaining extends […]0 min
- For NFV openness is the first requirementIntelligent Networking: NFV is a clear trend and will profoundly change the telecom industry, Leo Ma tells Martyn Warwick. The hardware is being de-coupled from software and Huawei is ready to embrace this new principle with Fusion Engine, but telecom performance requirements must be considered. The first requirement in this new world is to be […]0 min
- ETSI’s role in NFV standardisationIntelligent Networking: ETSI is playing a fundamental role in the development of NFV standards, ensuring interoperability between device vendors and collaboration with other industry groups. As work progresses during the ninth NFV meeting in Prague, TelecomTV asks the ETSI Director General about the accomplishments to date and his expectations for the adoption of the the […]0 min
- Ericsson and Intel team up to take telcos to cloud scaleIntelligent Networking: Ericsson has partnered with Intel to add software and hardware to enable highly governed, secure and hyperscale cloud, as part of a transition to software defined networking.0 min
- Why Service Assurance Is Needed in an NFV EnvironmentIntelligent Networking: This paper outlines an approach for Service Assurance in an SDN/NFV world that enables more open and deterministic service deployment and resource usage.0 min
About Intel: Software Defined Infrastructure
From the publisher's feed
Data center and Telco managers are approaching a crisis point in a number of dimensions: storage demands are expected to reach 44 zettabytes by 2020; with the Internet of Things (IoT), connected devices communicating over networks will rise exponentially to 50 billion by 2020; today, business users want fast, economical IT services delivered in hours, not days or weeks. These challenges are driving a fundamental shift in data center and Telco architecture and operations from hardware-bound solutions to a flexible Software Defined Infrastructure (SDI). Intel is part of enabling this data center and network transformation.
While Intel is well known for its processors, Intel engineers across the company contribute actively to open source projects, which are driving this transformation, to help advance these new software technologies for SDI. To help enable fast market adoption of new software and Intel hardware into SDI, Intel delivers reference architectures on which companies can develop next-generation solutions for their infrastructures. Besides hardware and software contributions, Intel’s deep investments in building strong ecosystems help support IT and Telco organizations to engage, prove, and rapidly adopt SDI solutions.