First the Tick, Now the Tock: Next Generation Intel Microarchitecture - Nehalem
By: Intel Corporation View more from Intel Corporation >>
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Run Your Containers Anywhere With Amazon Elastic Kubernetes (EKS) on Intel
By:
Type: Talk
This talk discusses real-world use cases for modern workloads with Amazon Elastic Kubernetes (Amazon EKS) Anywhere in a hybrid cloud environment. We showcase advanced artificial intelligence technologies to train a bone marrow cell classification machine learning model from publicly available data. This trained model is then optimized using Intel® OpenVINO™ for inference. Then the model performance is evaluated by comparing the 2nd Generation Intel® Xeon® Scalable processor with the 3rd Generation Intel® Xeon® Scalable processor microarchitecture. We also look at application of EKS Anywhere in Telco and Edge environments. Presenters: - Mohan Potheri, Cloud Solutions Architect, Intel - Sathish Venkat, Field Applications Engineer, Intel
These are also closely related to: "First the Tick, Now the Tock: Next Generation Intel Microarchitecture - Nehalem"
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Analyze & Optimize FlexRAN, DPDK and Other Network Workloads Using Intel® oneAPI
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | Do you use FlexRAN, DPDK and other compute intensive workloads? Join this technical webinar to learn how to optimize your power, performance, and reliability using Intel® oneAPI and Intel® VTune™ Profiler. VTune helps you analyze your source code and identify where and how your application can benefit from available hardware resources. We will demonstrate: **The most time-consuming (hot) functions in your application and/or on the whole system **Sections of code that do not effectively utilize available processor time **The best sections of code to optimize for sequential performance and for threaded performance **Synchronization objects that affect the application performance **Whether, where, and why your application spends time on input/output operations (PCIe, DRAM, UPI). **The performance impact of different synchronization methods, different numbers of threads, or different algorithms **Thread activity and transitions **Hardware-related issues in your code such as data sharing, cache misses, branch misprediction, and others. Presenters: - Abhinav Singh, Software Technical Consulting Engineer, Intel - Ashish Gupta, Business Development Manager, Intel
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Deep Dive: Supermicro X14 Servers Powered by Intel® Xeon® 6 Processors
By:
Type: Replay
Unsure when to deploy Intel Xeon 6 with E-cores or P-cores? How do you choose the right processor for your workload? Join Intel and Supermicro experts to learn how the new Supermicro X14 server line powered by Intel Xeon 6 processors are optimized for your unique workloads. Discover how to: • Reduce power consumption and energy costs with the energy-efficient E-cores of the Xeon 6 processor. • Optimize performance for your specific workloads by choosing between the performance-optimized P-cores and energy-efficient E-cores. • Handle cloud-native workloads with the increased core density of the Intel Xeon 6 processor. • Simplify data center management with Supermicro's X14 server line, designed for exceptional performance, scalability, and serviceability.
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Open Source Processors for Next-Generation Storage Controllers
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SweRV Core™ RISC-V embedded storage controllers are designed to span the demands of reliability, performance, and power consumption to multi-tennant cores and simple tasks. This session will cover SweRV Core processors EH1, EH2, and EL2. You’ll also learn about Coremark and Embench benchmarks and compare performance of single and dual-threaded operational modes.
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The Power of One: Supermicro’s High-Performance Single-Processor Blade Systems
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Server CPU innovation is driving a shift in the data center to single-processor systems. With increasing core counts, IO bandwidth, and memory bandwidth, single-processor systems are providing a more cost-effective alternative to dual-processor systems. These single-processor systems are providing the same performance levels as dual-processor systems with added benefits of lower software licensing and better power usage per rack. Join this webinar to learn about new single-processor SuperBlade® and MicroBlade® servers from Supermicro based on the 3rd Generation Intel® Xeon® Scalable Processor, and the new Intel® Xeon® W-3300 and E-2300 Processors.
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Security Features in 3rd Gen Intel® Xeon® Scalable Processors
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* Click on the video to see attachments pertaining to this webinar | The 3rd Generation Intel® Xeon® Scalable Processor, Intel’s latest server platform, offers up to 40 high performance Xeon Cores, 64 PCIe Gen4 lanes per socket, up to 8channels of DDR4 and up to 1.5x the general overall compute performance gain vs. its predecessor. In addition to these platform improvements, this processor includes built-in acceleration to enhance network, cloud, IOT, and security workloads. This webinar will focus on 3rd Gen Intel® Xeon® Scalable Processor’s advanced security acceleration, including the new vectorized crypto instructions, Intel® Software Guard Extensions (SGX) for confidential computing, and Platform Firmware Resilience (PFR) to secure and restore system firmware. At the end of this webinar, attendees will better understand the 3rd Gen Intel® Xeon® Scalable Processor’s performance features and robust security applications. Presenter: - Bill Carlson, Solutions Architect, Data Platforms Group, Network and Communications Sales Organization, Intel
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How Intel & Red Hat are driving application acceleration
By: Red Hat and Intel
Type: Infographic
Red Hat and Intel are simplifying scaling workloads with joint solutions featuring Intel Xeon processors and Red Hat OpenShift Plus. These solutions support hybrid cloud, NFV, and 5G monetization, with validated performance for typical configurations. Explore the full infographic for more on the Red Hat-Intel partnership.
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Prototype and Deploy LLM Applications on Intel® NPUs
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Model size plus limited hardware resources in client devices (for example, disk, RAM, or CPU) make it increasingly challenging to deploy large language models (LLM) on laptops compared to cloud-based solutions. The AI PC from Intel solves this issue by including a CPU, GPU, and NPU on one device. This session focuses on the NPU and showcases how to prototype and deploy LLM applications locally. It also includes: - How NPU architecture works, including features, advantages, and capabilities in accelerating neural network computations on Intel® Core™ Ultra processors (the backbone of AI PCs from Intel). - Practical aspects of deploying performant LLM apps on Intel NPUs—from initial setup to optimization and system partitioning—using the OpenVINO™ toolkit and its NPU plug-in. - What LLMs are, and advantages versus challenges of local inference. - Fast LLM prototyping on Intel Core Ultra processors using the Intel® NPU Acceleration Library. Get real-world examples and case studies (like chatbots and retrieval augmented generation [RAG]) that showcase the seamless integration of LLM applications with NPUs, including how this synergy can unlock performance and efficiency. Skill level: All
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Effortlessly accelerate your AI applications
By: Red Hat and Intel
Type: Product Overview
This white paper by Intel details how 4th generation Intel Xeon Scalable processors can accelerate AI applications and workflows on Red Hat OpenShift Container Platform. Read the white paper.
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Optimised Ubuntu on next-gen Intel SoCs accelerates IOT adoption
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Canonical and Intel engaged in a collaborative effort to release production-ready Ubuntu Linux images on Intel edge-ready silicon. By adopting the long-term security-maintained and supported Ubuntu on Intel’s processors, enterprises can focus on what drives their business and redirect resources towards core value-add activities. In this webinar jointly delivered by Canonical and Intel, we will delve into - The target market segments for the platforms - The unique Intel features for optimized Linux - The support from leading ODM & hardware partners Join this webinar to learn how the latest Ubuntu images backed by Intel’s partner ecosystem provide enhanced performance and robust security, guiding enterprises along their commercial embedded journeys.
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Intel System-on-a Chip (SoC) Overview
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* Click on the video to see attachments pertaining to this webinar | Discover benefits for Intel Atom® P Processors Series, Intel Atom® C Processors Series and Intel® Xeon® D Processors for network, security and acceleration where space and power constraints may exist such as the network edge. Presenters: - Xiaojun Li, Sales Director, Next Wave OEM & eODM, Network & Communications Sales Org (NCS), Intel - Vinila Yarlagadda, Product Manager and Business Operations – System-on-a Chip (SoC) Platforms, Intel Network Platforms Group (NPG), Network & Edge Platforms Division (NEPD)
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Transforming AI Inferencing with Powerful Xeon Processors
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Generative AI models require robust infrastructure to unleash their full potential. Cisco UCS with 5th Gen Intel Xeon Scalable processors delivers optimal performance, balanced architecture, and scalability to power demanding generative AI workloads like large language models. Download this white paper to learn more.
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How to meet Gen AI computational demands
By: Cisco
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Unleash the power of generative AI with Cisco UCS servers powered by 5th and 4th Gen Intel Xeon Scalable processors. Access this white paper to learn how you can achieve faster inference, increased model throughput, and lower TCO for your AI workloads.
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Developing the Intelligent Core with Windows Server 2019
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65% of European CEOs are under significant pressure to deliver on their digital transformation (DX) strategies. Creating a digital platform with an intelligent core is key to success. Learn more about digital platforms inside this resource.
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Virtual machine migration made easy
By: Insight
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Royal Holloway: Rowhammer – From DRAM faults to escalating privileges
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Discover how Rowhammer attacks, created from a side effect in dynamic random-access memory (DRAM) that occurs due to increased density, can affect your company's cyber security and how best to protect against them
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Will AI help you find the next binge-worthy show?
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Netflix optimizes Amazon Instance Performance and reduces costs, using Intel Xeon Processors and Intel Analysis Tools. The latest Intel tools help identify bottlenecks down to the micro-architecture level.
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What edge computing looks like in 2024
By: Red Hat and Intel
Type: White Paper
This paper describes how Red Hat and Intel combine leading microprocessor hardware and open source software to address edge computing challenges. Read the paper here.
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Intel SoC Products for Emerging Edge and vRAN Applications.
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* Click on the video to see attachments pertaining to this webinar | Join Intel architects and business leaders to learn about how Intel SoC products (Intel® Xeon® D Processors & Intel Atom® Processors) help accelerate development and deployment solutions for the emerging Edge and vRAN use cases along with other applications in SD/WAN, uCPE, Security and other network infrastructure appliances. The session will focus on specific use cases that are already deployed and how these enable new revenue growth opportunities. Technical discussion will include key performance and value that Intel SoCs bring to indoor and outdoor deployments. Presenter: Venkataraman Prasannan (VP), SoC Product Line Director, Network Platform Group, Intel
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Beyond the Hype of Hyperconvergence
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Join W. Curtis Preston of Truth in IT, George Teixeira and Ziya Aral of DataCore Software, as they discuss the hype of hyperconvergence. Hyperconvergence is made possible by multi-core CPUs, and yet one process remains single threaded -- storage. Ziya is the Chairman of DataCore Software who experienced the earliest days of computing, and will dive deeply into this unique problem that hypercovergence has created.
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Leveraging Intel® Optane Technology with VMware Cloud Foundation
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Modernize the data center to simplify workload management with VMWare Cloud Foundation and increase workload performance and operational efficiency with Intel Scalable processors and Intel® Optane™ technology.
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Digital Thread Powering Digital Twins at Northrop Grumman
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At Northrop Grumman, the digital thread provides the framework for continuous feedback and incremental opportunities to build, refine and verify solutions digitally. The digital thread provides extensible, configurable, multi-directional integration of authoritative technical data, software and information throughout a system’s lifecycle, enabling the operational efficiencies and data-driven insights our customers require. This webinar will provide insights into our model-based digital thread and the digital technologies that are being implemented at Northrop Grumman to drive speed, quality and cost savings for our customers. In this webinar, attendees will examine: The value of digital thread in Aerospace & Defense applications. Strategic advantages of digital thread-based frameworks. Northrop Grumman’s unique digital transformation journey. Who should attend: Technologists and business executives in A&D and related industries, i.e. manufacturing and energy. Technologists and business executives interested in learning more about digital twins, real-world implementations, and how they realize value. Anyone interested in digital transformation and digital twins.
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Your Digital Thread - Expectations, Traps, and Discoveries
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Computer Weekly - 17 December 2019: How data analytics is improving the world's greatest tennis players
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In this week's Computer Weekly, we talk to the organisation that runs men's tennis worldwide to find out how data analytics is transforming the sport. Intel processors delays will affect Windows 10 upgrades – we examine the implications. And we ask if AI is living up to the hype in enterprise IT. Read the issue now.
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Service management: Assistive vs. generative AI
By: Atlassian
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Delivering IT services has never been particularly easy, which is why the IT support industry has seen such an evolution over the last 30 years. Read this blog to learn how AI can handle tedious tasks such as re-routing tickets, handling repetitive questions, catching up on long comment threads, and more.
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Accelerating vSAN with Next-Generation Storage Technologies
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With the Supermicro BigTwin® system using 4th Gen Intel® Xeon® Scalable processors, users can unlock the potential of vSAN. These new processors offer significant performance improvements over prior generations of CPUs. The Supermicro BigTwin architecture provides the scalability needed to meet the needs of scaling an AI environment. In this webinar, you will learn: • Why vSAN has become so popular and how it is traditionally implemented • How 4th Gen Intel Xeon Scalable processors and vSAN unleash new possibilities for AI workloads • Why Supermicro's BigTwin® architecture is the ideal choice to maximize vSAN performance
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New Max Performance Supermicro X14 Systems Powered by Intel Xeon 6
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Accelerate Your AI, HPC, and Enterprise Workloads with the new max performance Supermicro X14 Systems. Join us for an in-depth webinar as we unveil the new Supermicro X14 systems, powered by Intel Xeon 6. Hear from Supermicro and Intel experts, as they dive into the exciting new features of the Supermicro X14 portfolio and the Intel® Xeon® 6900 series processors.
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How do you train your AI?
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Speed AI development and deployment using 4th Gen Intel® Xeon® Processors, Habana® Gaudi®2 HPUs, and Hugging Face open source libraries. Amazon instances featuring Intel® AI acceleration technologies, with Optimum Intel and Optimum Habana libraries, give companies powerful tools for generative AI implementation.
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Can we use AI to find the next superstar athlete?
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Will AI help you purchase a new home?
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Amazon EC2 Instances, supported by Intel® Xeon® Processors, saved a major US mortgage financing company $25 Million in 2022. CloudSaver and Intel helped the organization identify optimal Amazon instances to accelerate its workloads while dramatically cutting costs.
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Reactive Spring
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Type: Talk
Microservices and big data increasingly confront us with the limitations of traditional input/output. In traditional IO, work that is IO-bound dominates threads. This wouldn't be such a big deal if we could add more threads cheaply, but threads are expensive on the JVM, and most other platforms. Even if threads were cheap and infinitely scalable, we'd still be confronted with the faulty nature of networks. Things break, and they often do so in subtle but non-exceptional ways. Traditional approaches to integration bury the faulty nature of networks behind overly simplifying abstractions. We need something better. Spring Framework 5 is here! It introduces the Spring developer to a growing world of support for reactive programming across the Spring portfolio, starting with a new Netty-based web runtime, component model and module called Spring WebFlux, and then continuing to Spring Data Kay, Spring Security 5.0, Spring Boot 2.0 and Spring Cloud Finchley. Sure, it sounds like a lot, but don't worry! Join me, your guide, Spring developer advocate Josh Long, and we'll explore the wacky, wonderful world of Reactive Spring together.
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Intelligence, Performance, Visibility with Intel® Intelligent Fabric
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | To meet the connectivity needs of cloud-native build out using container-based microservices, Intel® Intelligent Fabric plays a key role in Intel’s vision for the Data Center of the Future (DCoF). Intel is collaborating across processors, switches, Infrastructure Processing Units (IPUs), Ethernet adapters, FPGAs, and optical connectivity to bring innovation to data center fabric. Intel Intelligent Fabric delivers intelligence, performance, visibility and control to meet the connectivity needs of Cloud and Edge data centers. Software builds out with OCP SONiC, PINS, P4, DPDK, SPDK and Open Host-INT. At the heart of this move forward is the new Intel® Tofino™ 3 Intelligent Fabric Processor (IFP). Learn how you can benefit from these advances for Cloud and Edge data centers, high performance computing (HPC) and communications service providers (CoSPs) moving to cloud technologies. Presenter: - Todd Koelling, Director of Marketing and Technology Planning, Intel
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Can edge AI be trained from the cloud?
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Arduino, Amazon and Intel enable cost-effective, turnkey AI Solutions from the Edge to the Cloud. Arduino devices, Amazon EC2 instances, and Intel® Xeon® Processors with AI acceleration make deploying edge-based Machine Learning models easier for rapid ROI.
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Simplifying Complex Networks with Graphiant's Network Edge Service
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Optimize Content Delivery with Multi-Access Edge Computing
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Edge applications today require strong networks and connections to core data center products. Supermicro’s Twin systems deliver performance from the edge to the core or cloud data center and leverage our latest content delivery network (CDN) technologies. Join this webinar to learn about the different Supermicro CDN technologies that support Edge Computing based on 3GPP standards and have proven successful for our customers. Product experts will also discuss the importance of an elastic CDN to optimize the availability of resources for low-latency and high-bandwidth applications and share an introduction to our new Supermicro GrandTwin® server, featuring 3rd Gen Intel Xeon Scalable processors.
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3rd Gen Intel® Xeon® Scalable Processors for Networking Usages - Part 2
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | Intel® Xeon® Scalable Processors bring to market multiple technologies that improve security, packet processing and AI capabilities. This talk will address the key technologies and how they can be used to build efficient NFV solutions. Presenters: - Bryan Butters, Network Platforms Product Manager, Intel - Praveen Mosur, Sr. Principal Engineer, Network Platforms, Intel
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Digital Twin v Digital Thread - Untangling the Confusion in A and D
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Type: Talk
Digital Twin vs. Digital Thread: Untangling the Confusion in Aerospace and Defense The adoption of Digital Engineering is at the heart of digital transformation efforts within the global aerospace and defense industry. This transformation sees businesses and government agencies attempting to seamlessly integrate legacy, contemporary, and emerging technologies to deliver better capabilities faster and more efficiently. Two concepts dominate this industry landscape: digital twin and digital thread. The Digital Twin seeks to enable efficiencies and insights into systems by connecting the physical and virtual worlds. The Digital Thread promises to create a single source of truth for a system across its entire lifecycle. Some view these concepts as independent efforts while others do not—many have yet to form an opinion. In this webinar, our Aerospace and Defense Working Group chairs will: - Discuss the government, industry, and technological considerations for employment of these two concepts - Offer a perspective on the inextricable link between Digital Twin and Digital Thread initiatives, and - Articulate the DTC’s efforts to eliminate confusion, foster collaboration, and accelerate the adoption of Digital Twins in Aerospace and Defense and other industries
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vRAN with More Workloads, Less Overhead with Intel and Wind River Optimizations
By:
Type: Talk
Virtual and Open RAN promises so much. The new cloud-based environment, Open RAN allows you to digitally transform: evolve your business models, reduce Opex, be more responsive to your customers, reap the benefits of 5G, and start paving the way to 6G. But to realize this promise, Communications Service Providers (CSPs) must first meet the table-stakes of parity with traditional RAN systems. And, with rising energy costs, energy efficiency and total cost of ownership (TCO) is more important than ever. Wind River and Intel have partnered to address these issues by optimizing Wind River Studio Cloud Platform to be able to run on a single core using 4th Gen Intel® Xeon® Processors. Join this webinar to learn: • How Wind River and Intel partnered to enable CSPs to run more revenue generating services by decreasing the number of cores needed for infrastructure. • Why Wind River Studio is the leading software infrastructure of choice for Tier 1 CSPs moving to virtual and Open RAN. • How Wind River can help you accelerate your virtual and Open RAN deployments. Presenters: Jeff Gowan, Product Line Marketing Manager, Wind River Babak Sar-Ashki, Sr. Cloud Solutions Architect, Wind River
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Delivering High-Performance & Zero-Trust Security
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Type: Talk
In this webinar AEWIN and Intel will discuss the trend of Cyber Security and the Network Edge, solution with 3rd Gen Intel® Xeon® Scalable processors and AEWIN experienced design capability - High Performance Network Appliance for real-time network security, and AEWIN’s case sharing of verification and optimization with Intel technology for advanced Cyber Security at edge. Presenter: - Ricky Yang, Business Development Manager, AEWIN
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5G Opportunities, the Convergence of Networking and Security
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Type: Talk
In this webinar AEWIN and Intel will discuss the trend of Cyber Security and the Network Edge, solution with 4th Gen Intel® Xeon® Scalable Processors and AEWIN experienced design capability- High Performance Network Appliance for real-time network security, and AEWIN’s sharing of verification and optimization with Intel technology for 5G opportunities. Presenter: Ricky Yang, Business Development Manager at AEWIN Technologies
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Intel® Xeon® Scalable Processors for Networking Usages - Part 1
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | Discover how platform technologies enable Intel® Xeon® Scalable Processors to better address 5G, cybersecurity, and network AI for cloud-native and virtual networks. Presenters: - Xiaojun Li, Sales Director, Next Wave OEM & eODM, Network & Communications Sales Org (NCS), Intel - Chris Cavigioli, Network Platforms Product Manager, Network Platforms, Intel
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Building Efficient Edge Nodes for Content Delivery Networks
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Type: Talk
Supermicro, Intel®, and Varnish are delivering an optimized CDN solution built with the Intel Xeon-D processor in a Supermicro Superserver running Varnish Enterprise. This solution delivers strong performance in a compact form factor with low idle power and excellent performance per watt. Join Supermicro, Intel, and Varnish experts as they discuss their collaboration and how their respective technologies work together to improve the performance and lower the TCO of an edge caching server.
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Supermicro X12 Performance Update
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Type: Talk
The Supermicro X12 product line, powered by 3rd Gen Intel® Xeon® Scalable processors, contains many innovations that gives organizations more performance for a variety of workloads. Join this webinar to learn more about the outstanding performance you can get by using Supermicro X12 servers and storage systems using the latest technologies from Intel®.
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Accelerating digital rendering with cloud computing
By: Google Cloud And Intel
Type: Case Study
Gunpowder, a VFX provider, accelerated rendering performance by up to 52% and reduced costs by using Google Cloud C3 instances with 4th Gen Intel Xeon processors. Read the full case study now to find out how your organization can optimize its cloud infrastructure and harness cutting-edge tech.
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Optimize Intel® Xeon® Processors Performance Using Intel® QuickAssist Technology
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | Intel® QuickAssist Technology (Intel® QAT) is a mature technology that has been in the market for more than a decade and it has been adopted by Cloud, Networking, Storage and Big Data customers. Intel® QAT provides acceleration for 3 main services: Cryptographic Cipher & Hash, Public Key Crypto, and Compression/Decompression. Intel provides standard framework interfaces to abstract the interface to the Intel® QAT hardware. This webinar will review the API and application-level performance for applications such as IPsec, TLS, and QATZip compression libraries. The Intel Network and Edge Group performance team will review performance on Intel® Xeon® Scalable processor family architecture using Intel® QAT in common applications and provide recommendations to optimize performance for several generations of Intel® QAT Intellectual Property (IP). Presenters: - Karen Shemer – Silicon Architecture Engineer, Network and Edge Group, Intel - Abhishek Khade – Silicon Architecture Engineer, Network and Edge Group, Intel - Georgii Tkachuk – Silicon Architecture Engineer, Network and Edge Group, Intel
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Introduction to Multifunctional Server Switch and Load Balancer for Data Centers
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Type: Talk
* Click on the video to see attachments pertaining to this webinar | The CASwell CAR-5056 is a sophisticated and programmable server system for load balancing and use as application delivery controller or broadband network gateway. It's a high-end network server with two Gen 2 Intel® Xeon® SP processors, Intel® Tofino™ switch and Intel® Stratix® 10 FPGA modules. This webinar shows possible use cases and how the combination of these powerful Intel solutions leverages the CASwell CAR-5056 to one of the best server switches for cloud and communication service providers as well as data centers. Presenters: - Milson Liu, Sales Manager, Caswell - Petr Kastovsky, Product Line Manager, Intel
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Intel SOCs for MEC, Access and Security Infrastructure and Servers
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Type: Talk
Join Intel business leaders & Architects to learn about how Intel SoCs (Intel® Xeon® D Processors) help accelerate time to market & deployment for the emerging Multi-access Edge Computing (MEC), and virtual Radio Access Network (vRAN) and Security Appliance/Server use cases along with other applications in SD/WAN, uCPE, cloud networking, storage, and other network infrastructure uses. The session will focus on specific use cases that are in early deployment and how these enable new revenue growth opportunities. Technical discussion will include key performance and value that Intel SoCs bring to indoor and outdoor deployments. Presenters: - Venkataraman Prasannan, Product Line Director, NECD, Intel - Ilango Ganga, Senior Principal Engineer, NEX OCTO, Intel
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Building the Broadband Access Edge with Radisys and Intel
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Type: Talk
This webinar will discuss Radisys products and solutions for the multi-access edge, supporting both broadband connectivity and inferencing. We will describe RAN and wireline architectures that use Intel products including 3rd Gen and 4th Gen Intel® Xeon® Scalable Processors, Intel Agilex® FPGA and SoC FPGA family. We will focus on a range of use cases around public/private, neutral host and CBRS networks. During this webinar, we will also reference our deep strategic partnership with Intel for hardware, software, and related technologies like FlexRAN™ Reference Architecture for Wireless Access, Data Plane Development Kit (DPDK) and Intel® Distribution of OpenVINO™ Toolkit. Presenters: - Prakash Siva, SVP and Head of Technology and Architecture at Radisys - Kevin Cackovic, Intel PSG