Vpp 17.01 - PowerPoint PPT Presentation


Network Function Abstraction A delicate question of (CPU) affinity?

Exploring the delicate balance of CPU affinity in network function abstraction, including challenges, benefits, and solutions like CPU pinning for network workloads. Learn about the impact on performance and scalability, as well as the importance of proper configuration in virtual and physical envir

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OAI 5G CN Workshop Fall 2021 Overview

Fall 2021 OpenAirInterface Workshop focused on developing a 5G Core Network stack, featuring sessions on 5GC basic procedures, different 5GC modes, deployment strategies, and roadmap discussions. The workshop agenda included labs on deploying the OAI Core Network, using VPP-based UPF, network slicin

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SN65HVD33 Load Tests Aug. 2018

Conducted load tests on SN65HVD33 device with specific test conditions including Vcc=3.3V, termination of 120 Ohm, PRBS data at 26Mbps, CAT5 cable of 1 foot length, and load of 200 Ohm. Analyzed Vpp of A-B and Rout under different load conditions. Detailed results and analysis presented in images.

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Understanding the Statistics Model in VPP for Enhanced Networking Performance

Dive into the world of VPP with a focus on the statistics consumption model, shared memory structures, and optimistic locking techniques. Learn how to leverage these concepts for optimal network performance at FOSDEM 2022.

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Understanding Dynamic Routing on Fast Data Plane with VPP and BIRD

Explore the concept of dynamic routing on a fast data plane featuring VPP (Vector Packet Processing) and BIRD (Internet Routing Daemon). Learn how packets traverse a graph, routing mechanisms like BGP, RIP, OSPF, and how sockets and plugins interact to forward traffic efficiently. Discover how VPP a

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NSH_SFC 17.01 Performance Report Summary

The NSH_SFC 17.01 Performance Report focuses on measuring and analyzing the performance of various elements such as Service Function Forwarder, NSH Proxy, NSH Classifier, and more in the context of VPP 17.01 for different SFC ingredients. Baseline performance is established using IXIA-based PacketGe

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Understanding Opflex VPP Renderer in OpenStack Environment

Opflex VPP Renderer, part of the Opflex project, provides a reference implementation of the Opflex protocol for distributed control systems in OpenStack environments. It allows renderers to be loaded as plugins for the local datapath, with VPP as the chosen dataplane. The architecture involves host

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Workplace Excellence Update

Explore the site's commitment to VPP, employee attendance at events, success stories, progress on previous objectives and goals, projected goals for growth, and VPP assurances in this comprehensive update.

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Mobile Device Management Best Practices

Explore the best practices for mobile device management, including transitioning on the fly while riding a bike, keynote presentations, managing Apple IDs, major deployment decisions, and key strategies for successful IT operations. Understand the significance of Mobile Device Management (MDM), Volu

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Evolution of DPDK Vhost for VPP: Enhancing Performance and Functionality

DPDK Vhost for VPP is undergoing continuous evolution to enhance performance and functionality with features such as reconnect, live migration, offloading, and more. The integration between VPP and Vhost PMD is improving, leading to better network platform capabilities. The development efforts aim t

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Networking with VPP in OpenStack: Goals and Performance Benchmarks

OpenStack's Networking with VPP project aims to integrate a fast software dataplane, VPP, into OpenStack for enhanced communication speed in VMs and VNFs. The project focuses on scalability, simplicity, and availability through asynchronous, REST-based communications and efficient management. Perfor

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The Future of Fast Data Processing with fd.io VPP

Explore the future of fast data processing through the innovative fd.io VPP technology. VPP stands as a high-performance packet processing platform running on commodity CPUs. It leverages DPDK for optimal data plane management and boasts fully programmable features like IPv4/IPv6 support, MPLS-GRE,

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