IP for the Networked Society enables service providers to grow their businesses profitably. It allows them to create and offer differentiating services with agility and efficiency. The constant development of new mobile devices, new cloud applications and new IP technologies brings tremendous opportunities for operators to expand in such areas as M2M and other business models.
Ericsson and Telstra have jointly established a Center of Excellence for Programmable Networks to accelerate the commercial deployment of Software Defined Networking (SDN) and Network Functions Virtualization (NFV) driven use cases and solutions. A recently completed initiative is the trial for the Virtual Enterprise Gateway solution.
Ericsson Virtual Router completes Ericsson’s end-to-end router portfolio – from the Router 6000 series for the edge and metro, to SSR 8000 for the IP edge and core. Ericsson Virtual Router represents a fundamental rethinking around how network functions will be deployed in next-generation networks and datacenters.
Network Functions Virtualization (NFV) is commonly described as a network architecture concept that uses IT virtualization technologies to virtualize entire classes of network node functions. The introduction of SDN adds even more potential to NFV, as traffic no longer needs to be steered based on IP addresses alone.
The evolution toward Network Functions Virtualization and the distributed cloud brings new challenges for wide area networks (WANs). By deploying software-defined networking-based Traffic Engineering with a centralized control plane, operators can improve elasticity while maximizing resource utilization in the WAN that connects the distributed cloud.
The shift to software-defined networking (SDN) architecture for transport networks has given a new lease on life to the IP-over-optical solution that has been around for nearly two decades. Converging the IP and optical network layers to centralize network control is an excellent way to increase service velocity and lower total cost of ownership (TCO) for network operators.
Microwave will continue to be a major mobile backhaul medium, connecting around 50 percent of all radio sites in 2019. This report gives Ericsson's view of important aspects of microwave in backhaul networks including capacity needs and capabilities, spectrum, total cost of ownership, packet functionalities and service defined networks and how this will evolve towards 2020.
The Evolved IP Network solution provides a dependable, cost-effective and fully featured IP transport foundation for multi-service broadband offerings. Evolved IP Network is based on ...
Today’s digital life is expanding into more areas of society and business. When one person is connected their life changes and when everything is connected our world changes. In the ...
The value of the 15B software release is more than the sum of the parts. It is coordinated network-wide software packages offering more than 200 rigorously tested and easily integrated ...
Networks Software 14B is our first coordinated network-wide software launch and is focused on enhancing network performance and enabling operator growth. The over 200 new and ...
The visibility and control made possible by the Service-Aware Charging and Control solution is vital in today's rapidly growing market of mobile data traffic and new multimedia services.
Software Defined Networking (SDN) is bringing about disruptive innovations that enable service providers to build rapidly scalable and agile networks. SDN abstracts the complexity of ...
Ericsson is industrializing Network Functions Virtualization (NFV) for improved deployment flexibility, built for the ...
IP for the Networked Society is about enabling service providers to grow their business in a profitable way.
Håkan Djuphammar, Ericsson Head of Technology BU Cloud & IP, says Router 6000 series is a game-changer in the backhaul space and prepares the networks for future 5G requirements.
Ericsson Networks Software 15B is leading the way the ICT industry is transforming itself, offering increased performance and commercial simplicity for software delivery.
Bouygues Telecom, France chose to change its nodes in favor of Ericsson SGSN-MME with multi-access technology. Optimization and control functionality for smartphone signaling was introduced as part of the solution, bringing a 98 percent reduction in paging.
SoftBank Mobile’s use of Ericsson’s EPC solution including SGSN-MME Smart and Adaptive Paging functionality optimized signaling by 70% in RAN and EPC.
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