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X-WR-CALDESC:Events for DPDK
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DTSTART;VALUE=DATE:20150817
DTEND;VALUE=DATE:20150818
DTSTAMP:20260423T151126
CREATED:20150817T195723Z
LAST-MODIFIED:20180914T150214Z
UID:721-1439769600-1439855999@www.dpdk.org
SUMMARY:DPDK Summit\, San Francisco
DESCRIPTION:DPDK Summit San Francisco 2015 – August 17\, 2015\nThe DPDK community met at the Westin St. Francis Hotel in San Francisco to discuss the application of DPDK to a variety of industry segments including telecom\, cloud\, enterprise\, security\, and financial services. The event enabled the DPDK open source community to share DPDK usage and implementation; to hear from DPDK developers\, contributors\, and users; and to build the DPDK community. \n\nOpening Remarks and Kickoff to DPDK Summit\nTim O’Driscoll (Software Engineering Manager for DPDK\, Intel) \nOn August 17\, 2015\, Tim O’Driscoll\, an Engineering Manager from Intel\, provided the opening remarks to kick off the DPDK Summit 2015. \nSlide \n\nLeveraging DPDK to Scale-Out Network Functions Without Sacrificing Networking Performance\nTim Mortsolf (CTO and Co-Founder\, RIFT.io)\, Scott Myelle (VP Solutions Architecture\, RIFT.io) \nNFV application workloads are deployed in ecosystems with varying network attachment conditions that determine the availability of specific DPDK technologies. DPDK technology has rapidly evolved to support multiple I/O models ranging from dedicated access with PCI pass-through\, shared access with SRIOV\, and vhost-user offload using a DPDK enabled Open vSwitch. This presentation demonstrates how to write a flexible network function that can utilize DPDK to its full potential while retaining the ability to run in a non-DPDK environment. \nVideo | Slide \n\nAspera’s FASP Protocol Uses Standard Hardware and DPDK to Achieve 80Gbps Data Transfer\nCharles Shiflett (Senior Software Engineer\, IBM Aspera Solutions) \nCharles Shiflett will review the technologies and design approach to send data at a rate in excess of 1 TB every two minutes. Aspera Fast\, Adaptive\, and Secure Protocol (FASP®) is a breakthrough transfer protocol that leverages existing WAN infrastructure and commodity hardware. Code samples showing the use of DPDK\, AES-NI\, FASP Sockets\, and direct I/O to create a zero-copy transfer technology will be discussed. \nVideo | Slide \n\nFuture Enhancements to the DPDK Framework\nKeith Wiles (Staff Architect\, Intel) \nThis session will provide insight and gather community input on forward-looking activity in advancing DPDK to include connectivity to hardware accelerators and SOC support. Keith will review the need for additional devices and functionality within the DPDK framework including supporting non-PCI configuration\, external memory manager and event programming model utilized by many SOCs. The session will drill down on the use of a crypto device within the DPDK framework by reviewing an early proof of concept of a software and hardware implementation of the device. \nVideo | Slide \n\nIt’s Kind of Fun to Do the Impossible with DPDK\nYoshihiro Nakajima (Researcher\, NTT Network Innovation Laboratories) \n\n\n\nNTT Network Innovation Laboratories will present lessons learned from a one year experiment on SDN/OpenFlow Lagopus Switch development and trials on ShowNet SDN-IX from Interop Tokyo 2015. A co-design of FPGA NIC\, DPDK library extension and software data plane is indispensable to improve packet lookup/processing performance and to reduce CPU resources for 100Gbps packet processing performance. Additionly\, NTT will share a carrier use case activity on hybrid SDN with autonomous network control and network policy control by their Lagopus switch and OpenFlow technologies. \n\n\n\n\nVideo | Slide \n\nDesign Considerations for a High-Performing Virtualized LTE Core Infrastructure\n\nArun Rajagopal (Technology Architect\, NFV and Wireless Core\, Sprint)\, Sameh Gobriel (Senior Research Scientist\, Intel Labs) \n\nSprint’s expectation is to achieve similar performance in moving from purpose built ASIC based platforms to virtualized network solutions running on high volume servers. This session will discuss the technical challenges in achieving a scalable solution that addresses the required transaction rates and throughput of a carrier network. Learn how DPDK\, VM to VM communication optimizations\, and cluster scaling technologies work together to create a scalable LTE core infrastructure built on high volume servers. \nVideo | Slide \n\nEvaluation and Characterization of NFV Infrastructure Solutions on Hewlett-Packard Server Platforms\nAl Sanders (Lead Developer\, Hewlett-Packard) \nThe HP Servers NFV Infrastructure Lab was formed to evaluate DPDK based environments to ensure that HP Server Platforms can provide the best possible performance for hosting NFV Solutions. The lab has partnered with a number of NFV providers\, including Intel’s Open Network Platform and 6WIND. Our testing methodology will be presented with a focus on packet processing throughput and latency in a variety of DPDK enabled configurations\, including bare metal\, SR-IOV\, and accelerated virtual switches. Examples of results using Intel’s ONP and 6WIND technologies will be presented. \nVideo | Slide \n\nOpen Discussion Panel (Q&A with Speakers)\nJim St. Leger (Software Product Line Manager\, Intel Network Platforms Group) \nJim St. Leger\, Intel’s Software Product Line Manager\, led a discussion with DPDK experts. During this time\, DPDK Summit attendees had the opportunity to ask detailed questions of the day’s presenters. \nVideo
URL:https://www.dpdk.org/event/dpdk-summit-san-francisco-2015/
LOCATION:Westin St. Francis\, San Francisco\, CA\, United States
CATEGORIES:DPDK Summit
GEO:37.7749295;-122.4194155
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