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Intel: Software Defined Infrastructure
Intel: Software Defined Infrastructure episodes
- Intel Open Network Platform (ONP) for Servers OverviewIntelligent Networking: Intel ONP for Servers is designed to make it easier to test and deploy SDN and NFV solutions.0 min
- HyperSan Solution Brief: Suricata and Wind RiverIntelligent Compute: Inundated by a large and increasing variety of proprietary hardware appliances, many network operators are encouraging the development of interoperable solutions based on high- volume, industry-standard servers. Fundamental to this transition is the use of virtualization technology to consolidate software-based network functions and services, also referred to as network functions virtualization (NFV). Not […]0 min
- Enabling NFV to Deliver on its PromiseSoftware Defined Infrastructure: Network functions virtualization (NFV) is paving the way for more open, exible, and economical networking and communications equipment based on general-purpose computing platforms instead of traditional proprietary, purpose-built products. However, this transition hinges on increasing performance and minimizing the latencies associated with virtualization on general- purpose platforms, particularly for interrupt-intensive, packet processing […]0 min
- A Path to Line-Rate-Capable NFV Deployments with Intel Architecture and the OpenStack Kilo ReleaseIntelligent Networking: White paper introduces Network Functions Virtualization and some of the activities related to OpenStack that are helping to enable deployment of high-performance workloads on industry-standard, high volume servers for use in telecommunications environments. This is an update of a previous version of this paper that focused on the Juno release. Content updates reflect […]0 min
- Hyperscan Pattern Matching Across Intel ProcessorsSoftware Defined Infrastructure: This paper reviews the content inspection performance data and demonstrates Hyperscan’s ability to deliver scalable pattern matching throughput performance when running on entry-level Intel Atom to high-end Intel Xeon processors.0 min
- Intel Xeon Processor E3 v4 Series Processors for Media Processing in the NetworkIntelligent Compute: Platform Brief: Provides a software overview, features, and benefits of the Intel Xeon processor E3-1200 v4 series, which is designed to deliver large numbers of video transcoding channels per watt for demanding media processing applications.0 min
- Intel at Small Cells Summit, London 2015Intelligent Compute: Intel executives discuss how they are leading in 5G with small cells and MEC technologies0 min
- Virtualizing Suricata IPS using Hyperscan DPI TechnologySoftware Defined Infrastructure: This paper examines the pattern matching performance Hyperscan delivers in virtualized environments when combined with Suricata, a fast-growing, open-source Intrusion Prevention and Detection (IPS/IDS) security application supported by OISF.0 min
- Data Plane Development Kit Demo at Mobile World Congress 2015Software Defined Infrastructure: Intel is enabling NFV to deliver on its flexible and efficient infrastructure promise. This demo showcases multiple Data Plane Development Kit (DPDK) packet processing virtual machines (VMs) running on industry standard high volume servers.0 min
- Cisco Systems and Intel Corporation: NFV PartnershipIntelligent Networking: This document details the first steps in the strategic partnership between Intel Corporation and Cisco Systems Inc. to make Network Function Virtualization (NFV) part of a flexible, open and successful transformation in service creation for their Service Provider customers.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.