Name: Accelerating MLPerf v0.6 Deep Learning Performance on Red Hat OpenShift
Start: 2019-12-18T17:00:00Z
End: 2019-12-18T17:34:49.000Z
Location: BrightTALK
Rating: 5

Supermicro provides end-to-end green computing solutions for the data center, cloud computing, enterprise IT, big data, high performance computing and embedded computing.

With security and cost concerns at an all-time high, organizations are searching for solutions to lower labor costs and keep their data safe from threats. Supermicro and OSNexus partner to bring a solution to you with a single point of management for file, block, and object storage, along with cutting-edge security features and certifications for regulated industries.

This webinar will cover the capabilities of Supermicro Scale-out and Scale-up storage solutions on the OSNexus QuantaStor platform. Learn about OSNexus + Supermicro's new storage solutions based on the X13 and H13 based server platforms and get a tutorial of the web-based design tools used to develop customized solutions to match your storage needs.

Join Supermicro and OSNexus on March 9th, 2023, to learn more. Steven Umbehocker, Founder & CEO of OSNexus, Paul Mcleod, Product Director, and William Li, Director of Solution Management, at Supermicro will be presenting with a Q&A to follow.

Delivering Supermicro Software Defined Storage Solutions with OSNexus QuantaStor

Rapid growth in 5G, IoT, and Private Networking embedded markets and open standards are driving the need for higher levels of product integration and optimization. Supermicro’s X13 generation of systems combines industry- leading architecture and design to deliver the most optimized, secure, and flexible systems based on Intel’s new line of CPUs. 

In this Mobile World Congress Roundtable, learn about the latest line-up of purpose-built systems for networking, intelligent edge, and core data center deployments for telco and enterprise organizations.

MWC Roundtable: Accelerating Innovation from the Intelligent Edge to Cloud

With the release and availability of the latest CPUs and GPUs, servers are generating more heat than ever before. While the work per watt is increasing, the heat generated by the newest generation of CPUs and GPUs must be removed from the server. There are several different methods of liquid cooling for servers, all of them consuming much less power and water than traditional free air cooling.  

Join this webinar to hear about how Supermicro is working within The Green Grid to simplify the decision-making process, resulting in a lower power usage, lower water usage and a lower carbon footprint.  All of these lead to more attractive PUE, WUE and CUE measurements which positively impact ESG ratings and scores.

Supermicro and The Green Grid (TGG)

With the recent announcements from Intel and Supermicro, we are seeing a number of new systems that support exciting new technologies and which provide a scalable foundation for the data center of the future. These systems also deliver significant benefits to meet today's real-world problems and help to optimize existing HPC and business applications.

Realizing these benefits demands innovations in performance, cost management, and integration. It is not one company's problem to solve but an ecosystem that can collaborate and configure the right solutions to meet today's needs.

Please join Supermicro and Micron to learn about their close collaboration, the roles of Supermicro X13 systems and DDR5 memory to meet these requirements, and learn about the results we are seeing today.

Supermicro Servers with Micron DDR5 & SSDs: Accelerating Real World Workloads

With Intel’s Jan 10th launch of the Intel® Xeon® Max CPU series – the industry’s first with high bandwidth memory (HBM) enabled CPU – Supermicro is proud to discuss its complete range of first-to-market X13 servers with high bandwidth memory. This Supermicro Systems, Applications, and Performance webinar shows how Supermicro’s Green Compute approach is the best solution for customers wanting to get more performance per watt, lowering CAPEX and OPEX spending. 

Join us as we highlight our server solutions optimized for customer applications and for scale-out configurations that drive higher compute density in today’s modern data centers, along with some real performance improvements.

X13 Products + Intel® Xeon® CPU Max Series–An Applications & Performance View

The worlds of HPC and AI are evolving at a tremendous rate. The demands of modern-day applications put immense pressure on local IT teams and resources. More often than not, this pressure can come from requiring an AI strategy to speed up mission-critical applications - but this can come at a cost which can hinder adoption. In this webinar, Supermicro, together with International Computer Concepts (ICC) and Define Tech, will demonstrate their AI Super Pod that delivers on AI strategy needs without breaking the bank.

Supermicro AI Pod that’s Super Simple, Super Scalable, and Super Affordable

Over 70% of customers are still in the investigation or pilot stage of adopting accelerated computing. One of their major pain points is the inability to scale out the infrastructure effectively to deploy AI more broadly. 

Join this webinar to learn how the accelerated computing building blocks from Supermicro provide the foundation for scaling your AI infrastructure quickly and efficiently.

Data Center Building Blocks For Accelerated Computing at Scale

New accelerated computing infrastructure provides significant advantages for drug discovery, industrial automation, the retail industry, autonomous driving, and enterprise machine learning operations. Supermicro provides the infrastructure building blocks to make it all possible.

Accelerate Compute; Scaling Out to the Edge

Join us for an exciting and informational   preview of the broadest range of next-generation systems optimized for tomorrow’s data center workloads, Powered by 4th Gen Intel® Xeon® Scalable Processors (Formerly Codenamed Sapphire Rapids).
 
Experts from Supermicro and Intel will discuss how the upcoming Supermicro X13 systems will enable new performance levels utilizing state-of-the-art technology, including DDR5, PCI-E 5.0, Compute Express Link™ 1.1, and Intel® Advanced Matrix Extensions (Intel AMX).

Tune in after the webinar to try out our top-end future X13 systems with our JumpStart program for early NDA remote access to validate, test, and benchmark your own workloads with a few simple steps (Available in the attachments tab after attending webinar).

X13 Pre-Release Update featuring 4th Gen Intel® Xeon® Scalable Processors

Witness the astonishing improvement in performance and security with the next new generation of Supermicro platforms. New Supermicro systems deliver unprecedented levels of compute power for the most challenging high-performance workloads. In this Supercomputing roundtable, learn how the new Supermicro products provide a differentiated advantage for early adopters of the most advanced accelerated computing infrastructure in the world.

The Power of HPC with Next Generation Supermicro Systems

Supermicro and Intel® product and solution experts will discuss, in an informal session, the benefits of the solutions in the areas of Cloud Gaming, Media Delivery, Transcoding, and AI Inferencing using the recently announced Intel Flex Series GPUs. The webinar will explain the advantages of the Supermicro solutions, the ideal servers and the benefits of using the Intel® Data Center GPU Flex Series (codenamed Arctic Sound-M).

Innovative Solutions for Cloud Gaming, Media, Transcoding & AI Inferencing

Learn about the steps you can take to reduce power consumption in your data center, which reduces both the OpEx and the environmental impact of your data center. We will hear from Shesha Krishnapura, Intel Fellow and Intel IT CTO, on how to reduce Data Center power consumption by using Supermicro servers.

Green Computing at Scale

Private cellular networks are an opportunity for a wide range of enterprises to implement digital transformation initiatives, such as Industry 4.0, that can greatly improve operational efficiencies and responsiveness to market trends.  Private cellular networks are based on 4G LTE and 5G New Radio (NR), the exact same technologies being used by mobile network operators (MNOs) around the world.

But designing and building a private network is not the end of the story for the enterprise.  Once deployed, the private network will grow and adapt as the enterprise’s needs change.  For example, an airport may install a private network as a dedicated wireless network to facilitate communications via video kiosks between passengers at the airport and remote support staff. That video communications platform will likely grow over time as more kiosks are needed, usage increases and new functionality is added.  Thus, the initial private network solution must be able to grow and scale as needs change over a number of years.

In this roundtable, Supermicro and iGR will discuss:

- How demand for private cellular networks is growing around the world
- How a private network is deployed in the enterprise
- How the private network is future-proofed as the enterprise's needs change to ensure durability, reliability and continued ROI
- The lifecycle of the private cellular network
- How Supermicro's solutions with Intel® technology support the initial deployment and growth of the private cellular network through the entire lifecycle.

Scaling and Evolving Private Wireless Networks

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.

Building Efficient Edge Nodes for Content Delivery Networks

Join us for a special edition of Supermicro’s TECHTalk as we introduce Supermicro’s new accelerated compute infrastructure solutions. A number of Supermicro experts will share insights and updates on one of the industry’s broadest portfolios of NVIDIA-Certified GPU systems, which deliver new levels of performance for AI infrastructure with the new H100 Tensor Core GPUs.

New Accelerated Compute Infrastructure Solutions from Supermicro

Innovative Solutions for Cloud Gaming, Media, Transcoding, & AI Inferencing

The film industry is booming, and everyone wants in! Find out how content creators are using AI to shorten production pipelines and increase fidelity while lowering costs and the barrier to entry – thereby, paving the way for independent artists.

Accelerating Media and Entertainment with AI

Enterprise digital transformation requires a modern communication backbone to support adoption and use of new, data-driven use cases at scale. Private 5G, couple with Edge computing forms that next-generation, private network that drives everything from real-time customer/partner interaction to Industry 4.0. 

Join Supermicro and Zscaler experts for a deep dive into the benefits and challenges of deploying Private 5G at the Edge, securing your data paths from Metal to Edge to Cloud, and new server form factors capable of high performance  operation in harsh environments without sacrificing energy efficiency.

Zero Trust for Private 5G and Edge

Containerized ML Applications on OpenShift provide many benefits to users in terms of optimizing setup, managing software stacks and visualizing whole system performance.  In this webinar, Supermicro and Red Hat discuss the performance benchmarks which measured performance for MLPerf with Openshift on Supermicro GPU servers. 

In the performance measurement, Supermicro and Red Hat implemented grafana dashboards backed by the Prometheus time series database to monitor performance from a whole-system perspective. Find out more about how this measurement and leave the session with an understanding of how to evaluate whole-system performance for ML applications and how to use OpenShift to run and observe ML workloads.

Accelerating MLPerf v0.6 Deep Learning Performance on Red Hat OpenShift

Containerization

Deep Learning

Red Hat

Supermicro

Benchmarking

Performance Testing

OpenShift

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Accelerating MLPerf v0.6 Deep Learning Performance on Red Hat OpenShift

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