APPLICATION INFRASTRUCTURE

UConn and AT&T Partner to Bring a Private 5G Network to Stamford Lab

UConn | April 20, 2021

The University of Connecticut (UConn) and AT&T* are collaborating on the Stamford campus to advance entrepreneurship, innovation, and data science by using AT&T 5G+ millimeter wave and Multi-access Edge Compute (MEC) technologies. The AT&T 5G+ network will allow the university to advance research initiatives that will investigate new use cases and increase entrepreneurial activity.

AT&T's partnership with UConn Stamford, with the assistance of CTNext and StamfordNext, will add 5G capabilities to bolster the UConn Stamford Data Science Initiative, which includes the Stamford Start-up Studio, the UConn Technology Incubation Program (TIP Digital) in Stamford, and the work of a soon-to-be recruited a team of data science research faculty. AT&T and UConn anticipate that the latest resources on the Stamford campus will connect business experience with student and faculty innovation, paving the way for new job opportunities and cutting-edge research.

AT&T's 5G infrastructure will provide UConn Stamford with cellular high-speed access. MEC computing is a wireless network infrastructure that, when combined with 5G+, enables near real-time, ultra-high bandwidth, and ultra-low latency connectivity to wireless mobile applications. Through a private network, 5G and MEC will help connect students, faculty, and university partners. In other words, the technology would enable UConn Stamford to provide advanced experiences and results to students, teachers, and research groups without requiring data to travel to distant data centers.

The addition of AT&T's 5G+ mmWave service will boost and extend Connecticut's innovation ecosystem, enhancing UConn Stamford's capacity to support the state, city, and university. Academic programs and student life should benefit as well, and the socioeconomic effect of this growth should benefit University partners and stakeholders in a meaningful manner.

AT&T and UConn anticipate that the new 5G lab will enable a wide set of technical tools and innovations that will allow the university to extend its work in entrepreneurship and data science. AT&T 5G+-enabled UConn use cases will include:

Entrepreneurship and Innovation Co-op – This program will teach aspiring entrepreneurs how to develop early-stage innovations and technologies for the real estate and construction industries. The 5G technology will assist student entrepreneurs in unleashing their innovation and transforming business operations. Besides, the initiative assists women and minority-owned business innovators by connecting and developing a network of partnerships within the university and throughout the state.

Data Science Tech Incubator – 5G will assist TIP Digital startups in studying and assessing data more quickly and effectively. Real-time processing of patient data so that treatment can be delivered more quickly, as well as better management of extreme weather so that service providers can adapt to power outages more quickly, are examples of use cases. Access to 5G technologies enables TIP Digital firms to evolve more quickly and draw top talent to the field.

Faculty Fellows in Data Science – 5G can be used for analytics and data visualization research in engineering, liberal arts, fine arts, and industry. These data science faculty fellows will collaborate with industry partners to conduct cutting-edge research with the potential for commercialization.

UConn's commitment to Stamford and the business community is accompanied by this initiative. When the lab opens, UConn anticipates partnering with regional companies to expand student activities and opportunities.

About AT&T Communications

We help family, friends, and neighbors connect in meaningful ways every day. From the first phone call 140+ years ago to mobile video streaming, we @ATT innovate to improve lives. AT&T Communications is part of AT&T Inc. (NYSE: T).

About UConn Stamford

UConn Stamford, UConn's largest undergraduate regional campus, is located in the state's most affluent and economically active county and offers a top-ranked research university education in the intimate setting of an urban liberal arts college. Graduate and undergraduate students study business, computer science, digital media and design, and other fields, all while benefiting from the City of Stamford's impressive network of government and business partners. Furthermore, with New York City and everything it has to offer less than an hour away, UConn Stamford's proximity and possibilities for synergized partnerships favor our students and the region. The campus catalyzes entrepreneurship and innovation, leading to social mobility for our students, and economic impact for the region.

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Dell Technologies Transforms the Edge with Project Frontier Software Platform

Dell Technologies | October 13, 2022

Dell Technologies introduces Project Frontier, which will deliver an edge operations software platform, integrated with Dell's edge portfolio, for customers to more securely manage and orchestrate edge applications and infrastructure for deployments at global scale. The complexities of edge operations—in locations from manufacturing floors and retail stores to remote wind turbines—are growing as more organizations want to manage and secure data at the source but have limited IT support to do it. According to a 2022 IDC survey, 42% of businesses say the most challenging aspect of edge deployments is putting together an entire edge solution1. With the amount of data generated growing nine times annually and expected to reach 221 exabytes by 20262, organizations need a simple and effective way to manage and secure the diverse ecosystem of edge technologies. "We're seeing exponential growth in applications running at the edge, making edge the next frontier of business transformation—where devices, infrastructure and data come together to deliver real-time insights at scale. "With this growth, comes complexity. It's not feasible to have IT staff deployed at every edge location. Our decades of edge experience combined with our new solutions help customers simplify their edge and streamline their data to gain insights ranging from factory safety and the speed and precision of patient care in hospitals, while providing more choice in how they realize their edge and multicloud technologies." Gil Shneorson, senior vice president of edge solutions, Dell Technologies Dell's Project Frontier to more securely scale edge operations for any enterprise use case With the Project Frontier edge operations software platform, customers can expect: Their choice of software applications, IoT frameworks, operational technologies (OT), multicloud environments and future technologies supported by an open design that will consolidate existing and new enterprise edge use cases. Zero Trust-enabled security protection across edge applications, data and infrastructure, from design to deployment, backed by end-to-end supply chain security measures. Greater efficiency and reliability of end-to-end edge operations with centralized management, zero-touch deployment and secure device onboarding. Minimal need for IT expertise in the field with automation to streamline edge deployments and operations across potentially thousands of edge locations. Integration of edge compute and storage hardware with workloads for ease of serviceability and increased security. Global planning and support services across 170 countries to help design edge deployments and create a roadmap for scaling customers' edge infrastructure to meet new demand. As an example, Dell Technologies is one of the world's leading technology manufacturers and manages one of the largest global supply chains. Dell plans to deploy the edge platform to deliver increased production line efficiencies by simplifying operations, securely connecting critical data from the production floor to IT infrastructure and enabling real-time reporting of automation data. Additionally, with the Dell Edge Design Program, Dell is collaborating with customers to help design and shape the development of Project Frontier to meet their specific needs. "IDC sees a wide range of locations where modern edge workloads will be deployed, and it is critical that these environments are highly resilient and can operate with limited human intervention," said Jennifer Cooke, IDC Research Director for Edge Strategies. "Dell's efforts with its Project Frontier look to be a strong step forward in realizing an architecture to address these needs and help customers streamline their edge operations." "Dell Technologies and Atos have long worked together to deliver more value to businesses by helping them realize the full potential of their data," said Arnaud Langer, Global Edge and IoT senior product director, Atos. "We look forward to collaborating on new edge innovations that can help organizations significantly simplify and secure their edge while improving business outcomes." Innovations across Dell infrastructure and end user portfolio simplify edge deployments As Project Frontier comes to life, Dell is expanding its current edge portfolio to help businesses scale and manage their edge deployments. Edge analytics and operations: Manufacturers can remove complexities and streamline how they deploy edge applications with an enhanced Dell Validated Design for Manufacturing Edge. The solution now includes new Dell-validated partner applications to support advanced edge use cases and improve factory processes and efficiencies, while reducing waste and raw materials usage for more sustainable operations. For example, Claroty provides asset discovery, network protection, threat detection and vulnerability and risk management for cyber-physical systems. Cognex machine vision helps improve manufacturing quality and performance by eliminating defects, verifying assembly and tracking information during the production process. Telit automates data collection and management from sensors, devices, machines and factories with its IoT platform. XMPro creates composable digital twins of factory operations to help manufacturers save time and materials during the factory operating process. Manufacturers can respond quickly to changes in demand and enable reconfigurable production lines with Dell's private 5G capability. Edge compute and analytics: The Dell PowerEdge XR4000 is the shortest depth server in the Dell PowerEdge family at about the size of a shoebox. The XR4000 is 60% shorter than traditional data center servers, and its multiple mounting options allow it to be installed in a rack, on walls or ceilings, saving valuable floor space. The multi-node, 2U chassis server can survive unpredictable conditions like heat waves or falls. While small, the XR4000 is a high-performance server capable of supporting a wide range of edge workloads and is designed with Intel® Xeon® D processors with multi-operating system as well as optional GPU support. The XR4000 is available with the Dell Validated Design for Manufacturing Edge and powers new Dell VxRail rugged modular nodes, delivering high performance and scalability in high latency, low bandwidth locations. Edge data collection: Built to withstand the most demanding edge locations, the Dell Latitude 7230 Rugged Extreme Tablet is the industry's lightest3, most powerful4, 12" fully-rugged tablet. Designed to operate in extreme cold and hot environments, this tablet is rated for maximum protection against dust, dirt and water—ideal for first responders and outdoor environments. New Wi-Fi 6E5 capability with dual-band support provides more reliable connectivity, 12th Gen Intel® Core™ processors deliver powerful performance, and optional integrated features, such as a barcode scanner, GPS module and smartcard reader, increase productivity in the field. The tablet is made to be viewed in the brightest, harshest lighting with the largest screen-area for a 12" fully-rugged, military-grade tablet6. About Dell Technologies Dell Technologies helps organizations and individuals build their digital future and transform how they work, live and play. The company provides customers with the industry's broadest and most innovative technology and services portfolio for the data era. Copyright © 2022 Dell Inc. or its subsidiaries. All Rights Reserved. Dell Technologies and Dell are trademarks of Dell Inc. or its subsidiaries. Other trademarks may be trademarks of their respective owners.

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APPLICATION STORAGE, IT SYSTEMS MANAGEMENT

Intel Launches 13th Gen Intel Core Processor Family Alongside New Intel Unison Solution

Intel | September 28, 2022

Today at Intel Innovation, Intel revealed the 13th Gen Intel® Core™ processor family, led by the 13th Gen Intel® Core™ i9-13900K – the world’s fastest desktop processor1. The new 13th Gen Intel Core family includes six new unlocked desktop processors with up to 24 cores and 32 threads and blazing clock speeds up to 5.8 GHz for the best gaming, streaming and recording experience2. Led by the launch of the Intel Core “K” processors, the 13th Gen Intel Core desktop family will consist of 22 processors and more than 125 partner system designs – providing an uncompromising experience in both application performance and platform compatibility. Enthusiasts can take advantage of 13th Gen Intel Core processors’ performance improvements with existing Intel® 600 or new Intel® 700 series chipset motherboards. Combined with both the latest DDR5 memory support and continued DDR4 memory support, users can enjoy the benefits of 13th Gen Intel Core while customizing their setup based on their own feature and budget preferences. “We are raising the standards of PC performance once again with our latest generation of flagship 13th Gen Intel Core Processors,” said Michelle Johnston Holthaus, executive vice president and general manager of the Client Computing Group at Intel. “The 13th Gen Intel Core family is the latest example of how Intel is enabling amazing experiences to happen on the PC – at scale and across all PC product segments. Combine this with an industry-leading partner ecosystem and new solutions like Intel Unison, and together we are showing the world what’s truly possible with the PC experience going forward.” A Complete, All-Around Platform to Game and Create Building on a matured Intel 7 process and x86 performance hybrid architecture, 13th Gen Intel Core desktop processors enable better system performance – even through the most demanding of multitasking workloads. This includes up to 15% better single-threaded performance and up to 41% better multi-threaded performance3. With this generation, Intel’s performance hybrid architecture brings together the fastest Performance-cores (P-core) ever built along with up to double the number of Efficient-cores (E-core) – delivering improved single-threaded and multi-threaded performance that enables: World’s best gaming experience: Available with up to 24 cores (8 P-cores, 16 E-cores) and 32 threads, the new Core i9-13900K provides the best experience for gaming, streaming and recording. With up to 5.8 GHz and 15% better single-thread performance, it can push high frame rates and allow for unleashed gaming experiences across top titles4. Continued advances in content creation performance: The 13th Gen Intel Core desktop processor lineup adds more E-cores and up to 41% better multi-threaded performance to handle multiple, compute intensive workloads to keep people in the creative flow. An unmatched overclocking experience5: The 13th Gen Intel Core processor offers an unmatched overclocking experience for everyone – from experts to beginners. 13th Gen Intel Core processor users can see higher average overclocking speeds across P-cores, E-cores and DDR5 memory. Intel also updated its easy one-click overclocking feature, Intel® Speed Optimizer, to support 13th Gen processors so users can overclock with minimal effort. And the robust Intel® Extreme Memory Profile (XMP) 3.0 ecosystem provides a wide selection of overclocking modules. When coupled with Intel® Dynamic Memory Boost, this feature provides a hassle-free memory overclocking experience with both DDR4 and DDR5. Rob Bartholomew, chief product officer at Creative Assembly, said, “We’ve been working with Intel for over a decade to deliver an incredible Total War experience on Intel CPUs. We’ve optimized Total War: WARHAMMER III for the hybrid 12th Gen architecture, and we’re excited to continue the work with the new 13th Gen Intel Core Processors.” Industry-Leading Features for Desktop Platforms The 13th Gen Intel Core desktop processors empower users with leading-edge performance and experiences across gaming, content creation and work, with several new and improved features including: Intel® Adaptive Boost Technology and Thermal Velocity Boost opportunistically boosts processor clock frequencies based on power and thermal headroom during a given workload. Available in Intel Core i9 unlocked SKUs. More E-cores across Intel Core i5, i7, i9 power a big leap in multi-threaded performance and better multi-tasking/mega-tasking experience for users. PCIe Gen 5.0 support, with as many as 16 lanes off the processor. Increased memory support to DDR5-5600 and DDR5-5200, while maintaining DDR4 compatibility. Up to 2x the L2 cache and increased L3 cache. Introducing the Intel 700 Series Chipset with Backward Compatibility Alongside the 13th Gen Intel Core desktop processors, Intel is launching the new Intel 700 Series chipset with advanced features for increased reliability and performance. Eight additional PCIe Gen 4.0 lanes combined with PCIe Gen 3.0 provide 28 total lanes off the chipset, increased USB 3.2 Gen 2x2 (20Gbps) ports provide improved USB connectivity speed, and DMI Gen 4.0 increases the chipset-to-CPU throughput for fast access to peripheral devices and networking. Additionally, Intel is bringing forward and backward compatibility. Take advantage of 13th Gen Intel Core processor performance improvements with existing Intel 600 chipset-based motherboards. Intel Unison: A Seamless Multi-Device Experience Enabling an Open Ecosystem Following the acquisition of Screenovate showcased at CES 2022, Intel is introducing Intel® Unison™, a software solution that seamlessly connects your PC and devices for a universal, easy-to-use experience across operating systems. Intel Unison’s initial release will deliver a continuous and seamless connectivity experience between the PC and phone, beginning with iOS and Android. Following a simple pairing process, users will be able to: File transfer: Users save time when transferring files and photos between a PC and Android or iOS device, as well as extend the power of the PC and enjoy the continuity of taking a photo or video on a phone and seamlessly editing on the PC. Text message: Users send and receive text messages from PCs to avoid device-switching and enjoy the comfort and ease of a full keyboard and monitor. Phone calls: With access to a phone’s full contact list, users can make and receive voice calls directly from their PCs. Phone notifications: Users can receive and manage phone notifications from a PC to stay connected and maintain control. Intel Unison will launch on select Intel® Evo™ laptops based on 12th Gen Intel Core processors from Acer, HP and Lenovo this year, and will scale to 13th Gen Intel Core-based designs starting early in 2023. Intel Unison will continue to evolve with additional form factors, functionality and operating systems in the future6. About Intel Intel is an industry leader, creating world-changing technology that enables global progress and enriches lives. Inspired by Moore’s Law, we continuously work to advance the design and manufacturing of semiconductors to help address our customers’ greatest challenges. By embedding intelligence in the cloud, network, edge and every kind of computing device, we unleash the potential of data to transform business and society for the better.

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Run:ai Launches Full-Stack Solution for Hyper-Optimized Enterprise AI Built on NVIDIA DGX Systems

Run:ai | November 11, 2022

Run:ai, the leader in compute orchestration for AI workloads, today announced the launch of the Run:ai MLOps Compute Platform (MCP) powered by NVIDIA DGX™ Systems, a complete, full-stack AI solution for enterprises. Built on NVIDIA DGX systems and using Run:ai Atlas software, Run:ai MCP is an end-to-end AI infrastructure platform that seamlessly orchestrates the hardware and software complexities of AI development and deployment into a single solution, accelerating a company's ROI from artificial intelligence. Organizations are increasingly turning to AI to grow revenue and improve efficiency. However, each level of the AI stack, from hardware to high-level software, can create challenges and inefficiencies, with multiple teams competing for the same limited GPU computing time. "shadow AI," where individual teams buy their own infrastructure or use pricey cloud compute resources, has become common. This decentralized approach leads to idle resources, duplication, increased expense and delayed time to market. Run:ai MCP is designed to overcome these potential roadblocks to successful AI deployments. "Enterprises are investing heavily in data science to deliver on the promise of AI, but they lack a single, end-to-end AI infrastructure to ensure access to the resources their practitioners need to succeed," said Omri Geller, co-founder and CEO of Run:ai. "This is a unique, best-in-class hardware/software AI solution that unifies our AI workload orchestration with NVIDIA DGX systems — the universal AI system for every AI workload — to deliver unprecedented compute density, performance and flexibility. Our early design partners have achieved remarkable results with MCP including a 200-500% improved utilization and ROI on their GPUs, which demonstrates the power of this solution to address the biggest bottlenecks in the development of AI." "AI offers incredible potential for enterprises to grow sales and reduce costs, and simplicity is key for businesses seeking to develop their AI capabilities. "As an integrated solution featuring NVIDIA DGX systems and the Run:ai software stack, Run:ai MCP makes it easier for enterprises to add the infrastructure needed to scale their success." Matt Hull, vice president of Global AI Data Center Solutions at NVIDIA Run:ai MCP powered by NVIDIA DGX systems with NVIDIA Base Command is a full-stack AI solution that can be obtained from distributors and simply installed with world-class enterprise support, including direct access to NVIDIA and Run:ai experts. With MCP, compute resources are gathered into a centralized pool that can be managed and provisioned by one team, but delivered to many users with self-service access. A cloud-native operating system helps IT manage everything from fractions of NVIDIA GPUs to large-scale distributed training. Run:ai's workload-aware orchestration ensures that every type of AI workload gets the right amount of compute resources when needed. The solution provides MLOps tools while preserving freedom for developers to use their preferred tools via integrations with Kubeflow, Airflow, MLflow and more. This bundle is the latest in a series of Run:ai's collaborations with NVIDIA, including Run:ai's Atlas Platform certification on the NVIDIA AI Enterprise software suite, which is included with NVIDIA DGX systems. About Run:ai Run:ai's Atlas Platform brings cloud-like simplicity to AI resource management — providing researchers with on-demand access to pooled resources for any AI workload. An innovative cloud-native operating system — which includes a workload-aware scheduler and an abstraction layer — helps IT simplify AI implementation, increase team productivity, and gain full utilization of expensive GPUs. Using Run:ai, companies streamline development, management, and scaling of AI applications across any infrastructure, including on-premises, edge and cloud.

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