Enea Edge combines automation, management, and an operating system to provide a powerful foundation for virtualized branch office networking; software stack is optimized for Intel® Architecture processors.
By leveraging Intel Smart Edge Open to deploy hardware and software resources using the industry-standard OpenVINO toolkit, Nearby One can easily support artificial intelligence and machine learning workloads while addressing run time cost and power considerations.
Cloud-native 5G core network provides massive scalability benefits, low
cost, and the ability to move 5G network infrastructure to the cloud.
• Accenture and Intel bring technology and years of experience to help
communications service providers (CoSPs) in the planning,
implementation and operation of 5G core deployments, including
building an ecosystem of partners for success.
The future viability of NFV-based networking equipment running on general-purpose servers hinges on the ability to service ever-increasing traffic volume in a cost-effective manner. This paper presents architectural considerations and benchmarking data that demonstrate the huge potential for NFV-based packet processing. In addition, CoSPs can deliver network connectivity and new services from the edge of the network using a combination of BNG and service-edge solutions.
Gamestream Helps Communications Service Providers Monetize 5G
This brief discusses how the TietoEVRY edge reference platform is a viable alternative to existing commercial edge solutions to improve total cost of ownership (TCO) without compromising on performance. The platform, due its flexibility, scalability, cloud-native characteristic and Intel technology is powerful for emerging edge use cases across various industries such as Telecom, Industry, Enterprise, IoT, SmartCities, SmartHomes, Automotive or MedTech.
This paper describes an innovative approach to combining vBNG and OLT network functions into a single consolidated software-based network element called a Micro-PoP to greatly simplify PON-based broadband access and improve internet connectivity in such places as industrial parks and small rural areas.
This document describes Platform Aware Scheduling (PAS), which is a paradigm that restructures the existing Telemetry Aware Scheduler (TAS) project to be a more generic model that allows various Intel Kubernetes scheduler extenders to be hosted. It revisits how TAS paved the way to enhance the Kubernetes scheduling capacity, and it shows an example of TAS implementation using data metrics to assist the K8s scheduler to schedule the best workload placement in the cluster.
Utilizing Intel technology, Axiomtek enhances performance and throughput for 5G and compute-intensive edge cloud workloads
This brief discusses optimizing Matroid’s Similarity Search object detection model for Intel Xeon
Scalable processors has achieved increased performance and could open new doors for more flexible and possibly lower cost services and deployments.