Nokia

How are customers preparing for 5G Standalone?

How should the core be planned and automated? For our Nutan Behki, VP of Nokia Software Core Engineering, it’s about base decisions and adding intelligence to automation.

How will 5G Standalone help service providers and enterprises?

Nokia is participating in a TM Forum collaborative catalyst project called “Vertical Industry Telcos”.

Nokia recently interviewed Holly Grace Williams, an ethical hacker. Find out her view on security risks and opportunities with 5G networks.

Nokia recently interviewed Holly Grace Williams, an ethical hacker. Find out her view on how CSPs can reduce security risks.

Nokia recently interviewed Holly Grace Williams, an ethical hacker. Find out how she sees the threat landscape evolving.

In advance of a new webinar with Telecom Argentina, Ankur Bhan, the Head of Nokia's Worldwide IoT Network Grid (WING), talks to IoT Now managing editor, George Malim, about how organizations are

The role of automation and analytics is becoming more important to ensure networks can dynamically adapt to changing demands and user behaviors to deliver the ultimate experience.

5G will allow automation at unprecedented scale to improve safety, productivity and efficiency across all levels of government.

Nokia is enhancing its Network Services Platform (NSP) with capabilities to orchestrate network slicing across 5G transport and core network domains, hear why from our experts.

Today’s 5G networks will power tomorrow’s digitized economies and societies. What does the future look like? nokia.ly/5g-future

Nokia recently interviewed Chris Dancy, the world's most connected person.

CSPs (Communication Service Providers) have been on the frontline throughout COVID-19.

Nokia has been an integral part of 25 years of mobile telephony in India.

Networks are becoming denser and more complex in the 5G era, with next-generation services running in parallel with legacy 2G, 3G and 4G offerings.

This video introduces Maximum Transmission Unit and explains why it is such an important factor in Layer 2 services.

This video describes the VPLS flooding behavior and illustrates the difference in traffic forwarding between spoke and mesh SDPs.

This video Introduces MPLS fast reroute and explains why it is a faster protection mechanism than using secondary paths. The video describes the two protection methods: one-to-one and facility.

This video describes how a Layer 2 forwarding database (FDB) is populated and managed. The video explores the default timers and explains how entries are aged out and flushed.

This video illustrates how customer route information is propagated across a VPRN to provide connectivity between different customer sites.

This video explores the differences between MPLS admin groups and shared risk link groups and identifies cases where one method may be preferred over the other.

This video illustrates how management access filters (MAFs) and control plane module (CPM) filters can be used to protect the control plane on the CPM card.

This video explains the three control plane queue types available on the Control Plane Module (CPM) card: CPM queues, per protocol queues, and per peer queues.

This video describes the purpose of a BGP Route Reflector (RR) and explains how an RR handles routes received from a client, from a non-client and from an eBGP peer.

This video describes two control plane protection techniques: CPU protection and distributed CPU protection, and highlights the key differences and advantages.

This video describes the purpose of a BGP aggregate route policy and illustrates how the policy can be used to control BGP routes advertised to neighbors.

This video describes the purpose of BGP community and BGP local preference attributes. The video illustrates how a local preference route policy can be used to influence traffic flows.

This video explores how a management VPLS can be used to provide a scalable solution that removes forwarding loops in metro-to-metro networks with spoke redundancy.

This video illustrates the purpose of BGP Auto-Discovery (A-D) in a VPLS.