The Smart Retail solution from Capgemini Engineering integrates key Intel® hardware and software ingredients to deliver a scalable visual computing edge platform optimized for emerging retail solutions.
Intel’s FlexRAN 5GNR reference design software has been optimized for the Intel Xeon processor and contains a library of polar decoders that fulfill the 3GPP requirements for list decoding of polar codes of all lengths. Using this reference design, operators can take advantage of these libraries to decode polar codes and reduce their overall development schedule while accelerating time to deployment for 5G virtualized base stations.
The Wipro Smart Factory solution improves performance for remote surveillance engineers, with fast and easy access to multiple factory locations, within a real-time and immersive environment.
The combination of Varnish software and Intel technology provides the throughput needed to keep up with the growing popularity and evolution of video streaming.
Communications service providers support many services, for example, broadband access services, Voice over IP services, call center, IPTV and cable services. One of the most important measurements is the network capability to support zero packet loss (ZPL). Any packet loss means disruption to services, especially for emergency call centers. Traditionally, fixed network appliances can deliver the performance needed, and they do so with assurance. With SDN and NFV transformation, it is extremely important to show the ZPL capability expected performance over the infrastructure.
This collaborated whitepaper between Intel and Dell aims to provide guidance on jumbo packet size for Zero Packet Loss (ZPL) test cases over an OpenStack infrastructure. In addition, Red Hat engineering team also helped out in finalizing result section and verified the best practices applied in this activity. The key learnings and best-known practices documented in this paper can help your testing and analysis.
This brief discusses ICETech vision computing-based systems that automatically identify vehicles and license plates in unattended smart parking operations, allowing them to run more efficiently. Optimizing for OpenVINO and quantizing for INT8 using the Post Training Optimization toolkit (POT) and inferencing
with Intel DL Boost (VNNI) improved ICETech’s inferencing performance with minimal impact on accuracy.
NetApp virtualization, data management software enables next-gen AI container-based workflows to run with legacy VMs. Supermicro servers optimize storage, hyperconvergence using 3rd generation Intel® Xeon® Scalable processors.
Communications service providers are virtualizing their service platforms to
gain flexibility, agility, and scale. Virtualization can be challenging and add complexity and unpredictability to network services. Intel® Select Solutions for NFVI are consistent building blocks that ease interoperability, improve stability, and speed deployment, thereby addressing the challenges faced when choosing the right infrastructure to implement NFV-based services.
Communications service providers are virtualizing their service platforms to
gain flexibility, agility, and scale. Virtualization can be challenging and add complexity and unpredictability to network services. Intel® Select Solutions for NFVI are consistent building blocks that ease interoperability, improve stability, and speed deployment, thereby addressing the challenges faced when choosing the right infrastructure to implement NFV-based services.
Casa Systems’ Axyom Software Framework provides private 5G network functionality utilizing Red Hat OpenShift and 3rd generation Intel® Xeon® Scalable processor-based servers.
In this white paper we document the increased performance that results when the Intel® Smart Edge Open toolkit is integrated into the Capgemini ENSCONCE multi-edge compute platform. Benchmarking data shows increased throughput and reduced latency and jitter in typical edge computing use-cases when utilizing Intel Smart Edge Open optimizations that leverage CPU pinning and I/O acceleration features found within Intel® Xeon® Scalable processors.
True to its strategy and vision, stc used technology as an enabler to open new horizons for market penetration. Bearing in mind the cost and financial challenges facing most existing communications service providers (CSPs) around the globe, stc paved the way for the industry to enable FA (fixed access) and MA (mobile access) virtual functions convergence on a shared infrastructure. This provides DSPs the ability to dynamically allocate their infrastructure resources for fixed and mobile workloads based on business needs. This enables stc to provide a unified digital service experience across fixed and mobile access, allowing for a true fixed and mobile convergence from both an infrastructure and service offering perspective. To demonstrate the business value realization from this technology adoption, stc collaborated with Intel, Nearby Computing, VMware and Cisco on a proof-of-concept project, based on Intel’s Converged Edge Reference architecture.
Red Hat and Intel have jointly developed a pre-validated solution blueprint
for an optimized hardware and software stack supporting the evolution from
infrastructure based on virtualized network functions (VNFs) to more agile
cloud-native network functions (CNFs), specifically targeting broadband fixed-access transformation.
Wind River Studio and HPE ProLiant DL110 Gen10 Plus servers, based on Intel® architecture technology, combine to make a powerful platform for 5G virtualized radio access networks (vRAN).
Capgemini Engineering, along with its 5G partner ecosystem, has developed a cognitive 5G Medium Access Controller (MAC), which is first in a series of activities planned as part of Capgemini’s Marconi.Project. Marconi includes a series of innovations targeted towards realizing cognitive capabilities as part of Intelligent to RAN Controller nodes. These implementations utilize capabilities offered as part of Capgemini RATIO ORAN RIC powered with NetAnticipate5g and also integrated with Intel FlexRAN. The key idea here is to enhance network performance in terms of spectral efficiency, QoS, and network resource utilization. The Marconi team demonstrated ~15% improvement in network performance on 5G MAC scheduler and near-RT RIC platform. NetAnticipate5G, leveraging Intel AI software, Analytics Zoo, and optimized framework running on Intel® Xeon® scalable processors, improved AI accuracy to 55% and reduced AI inference time to 0.64 msec, a 41% improvement, which is a critical requirement for such ultra-low latency and reliable ML-based solutions.
ATEME enables high video transcoding density per node using the 3rd generation Intel® Xeon® Scalable processor, improving the key cost-per-channel metric for video content providers.
SCB-1921-NFVI is a verified Intel Select Solutions for NFVI v2 workload-optimized server solution, based on Ubuntu, that eases interoperability and speeds deployment.
This document provides an overview of power management features in the 3rd Generation of Intel® Xeon® Scalable processors as well as guidance on how these features can be integrated at a platform level.
Knowledge Lens assists manufacturers and industries with Artificial Intelligence (AI), Industrial IoT, Big Data, and other technologies that help transform enterprises into Industry 4.0-grade operations. This brief highlights how Knowledge Lens worked with the AI Builders team to utilize OpenVINO optimization for multiple use cases we have incredible improvement in performance while not compromising accuracy.
Accenture and Intel develop business case, ecosystem and technology solution for communications service providers (CoSPs) to build out far edge networks
Loading...