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What is Persistent Memory: Persistent Memory Programming Series
Intel’s Andy Rudoff describes persistent memory and delves into why there’s so much activity around it in the industry lately. Andy describes how persistent memory is connected to a computer platform, how it performs, and what are some of the challenges for programmers. Andy is a Non-volatile Memory Software Architect and a member of the SNIA (Storage Networking Industry Association) Non-volatile Memory Programming Technical Work Group.
The NVM Programming Model: Persistent Memory Programming Series
Intel’s Andy Rudoff describes persistent memory and delves into why there’s so much activity around it in the industry lately. Andy describes how persistent memory is connected to a computer platform, how it performs, and what are some of the challenges for programmers. Andy is a Non-volatile Memory Software Architect and a member of the SNIA (Storage Networking Industry Association) Non-volatile Memory Programming Technical Work Group
Thinking Transactionally: Persistent Memory Programming Series
Andy Rudoff is a Non-volatile Memory Software Architect at Intel Corporation and a member of the SNIA (Storage Networking Industry Association) Non-volatile Memory Programming Technical Work Group. In this video, Andy describes a persistent memory-resident queue example, and describes the need for transactional updates to those data structures.
A C++ Example: Persistent Memory Programming Series
Andy Rudoff is a Non-volatile Memory Software Architect at Intel Corporation and a member of the SNIA (Storage Networking Industry Association) Non-volatile Memory Programming Technical Work Group. In this video, Andy walks through a C++ example that implements a persistent memory-resident queue. The “libpmemobj” library is used to create transactional updates to the queue. Andy describes the code first and then runs the example program (taken from the NVM Libraries GitHub repo) and shows how it works.
Intro to the NVM Libraries: Persistent Memory Programming Series
Intel’s Andy Rudoff describes persistent memory and delves into why there’s so much activity around it in the industry lately. Andy describes how persistent memory is connected to a computer platform, how it performs, and what are some of the challenges for programmers. Andy is a Non-volatile Memory Software Architect and a member of the SNIA (Storage Networking Industry Association) Non-volatile Memory Programming Technical Work Group
How to Set Up Intel® Ethernet Flow Director
This article shows how to configure Intel® Ethernet Flow Director, which can direct Ethernet packets to the core where the packet consuming process...
Build Open vSwitch with DPDK and Prepare to Launch Open vSwitch
In this video you'll learn how to build DPDK, and then build Open vSwitch* with DPDK support. Then prepare the host system to run Open vSwitch. Containers use fewer system resources than virtual machines, and DPDK improves packet processing throughput when network traffic has a lot of small packets, as is the case with telecommunications environments.
Build and Launch Docker* Containers with DPDK Support
In this video you'll build and launch two Docker containers that use Open vSwitch with DPDK support. Containers use fewer system resources than virtual machines, and DPDK improves packet processing throughput when network traffic has a lot of small packets, as is the case with telecommunications environments.
Run testpmd and pktgen Inside Separate Docker* Containers
In this video you'll build and launch two Docker containers that use Open vSwitch with DPDK support. In this video you'll run the DPDK test poll-mode driver (testpmd) in one container, and a traffic generator (pktgen) in another container, and see the two microservices communicate with each other using DPDK-enabled Open vSwitch*.
Launch Open vSwitch with DPDK and Configure the Ports and Flows
In this video you'll learn to launch Open vSwitch* with DPDK support and then configure the bridge ports and flows. Containers use fewer system resources than virtual machines, and DPDK improves packet processing throughput when network traffic has a lot of small packets, as is the case with telecommunications environments.
Configure Open vSwitch* with Data Plane Development Kit on Ubuntu* Server 17.04
Follow the steps in this tutorial to set up OvS-DPDK on Ubuntu* Server 17.04 for a DPDK vhost-user inter-VM application use case. Use iPerf3* to...
Showcase Your Work on Developer Mesh
Developer websites like the Intel® Developer Zone provide amazing tools, resources and support. However, too often what is missing from developer...
Intel Solutions and Technologies for the Evolving Data Center
One Stop for Optimizing Your Data Center From AI to Big Data to HPC: End-to-end Solutions Whether your data center is data- or compute-intensive...
Deploy an SDN Wired/Wireless Network with Open vSwitch* and Faucet*
Learn how to configure an SDN enabled wired/wireless network using Open vSwitch* (OvS) with Faucet*, which is an open source SDN controller. Detailed...
DPDK Application Profiling using Intel® VTune™ Amplifier
This video demonstrate how to use Intel® VTune™ Amplifier to profile an application to find out performance bottlenecks. Here we will be using DPDK sample application Testpmd for profiling purpose.
Configure SR-IOV and Create a Set of Virtual Functions
SR-IOV enables configuration of a single physical network port to provide virtual functions (VFs) to a set of virtual machines (VMs). Learn how to...
DPDK-on-the-Go – Profile DPDK Applications on Your Windows Laptop
Follow the steps in this article to learn how to develop, run, and profile DPDK applications on any Intel® architecture-based Windows* laptop.
How Intel® QuickAssist Technology Accelerates Network Function Use Cases
Learn about use cases that include SDN/NFV packet processing, Hadoop* data movement, and accelerated data encryption.
Intel® Multi-buffer Crypto for IPsec on DPDK - Get Started
Getting Started with Intel Multi-buffer crypto for IPSec on DPDK.
DPDK Crypto - Get Started with Intel® QuickAssist Technology
Get started using Intel® QuickAssist Technology devices to offload packet encryption and decryption in your DPDK application. Learn how to configure an Intel QuickAssist device, install the Intel QuickAssist Crypto Poll Mode Driver, and test the configuration. Instructions are based on DPDK 17.02 release.
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