5G needs virtualisation. In relation to the mobile packet core, specifically, there are four main reasons for this: Scalability: to enable the capacity of the mobile core to be scaled up flexibly and dynamically to support rapidly growing data volumes Cost: the replacement of dedicated hardware appliances supporting network functions by Virtual Machines (VMs) – and other modes of Virtualised …
Born of a unique partnership between Deutsche Telekom and Cisco, ngena leverages the networks of partners worldwide to provide a global enterprise connectivity platform. How did it come about, how successful has it been, and what does it teach us about innovation in telecoms?
The latest update of our database of commercial deployments of NFV and SDN by leading telcos worldwide.
The number of deployments of NFV and SDN continues to grow – but while some markets are moving on to the next phase, others are just getting going.
Alongside the roll-out of 5G cores and radios, the Radio Access Network (RAN) is evolving to a more open, virtualised and distributed architecture. What are the opportunities and risks for telcos?
What should telcos do to bridge the gaps between current hype, actual performance, and future promises on 5G? We argue that a data-driven and forensic approach to roll-out and marketing will be the key, particularly in the uncertain economic environment driven by the COVID-19 pandemic, and review the timelines for future applications.
Asia-Pacific is the leading region in the global NFV/SDN market: highest volume of deployments and consistent record of innovation. The region points the way ahead for the global market.
We outline three possible pathways for SD-WAN evolution. Part 3 of a three-part mini-series exploring SD-WAN technology from an enterprise perspective.
We outline existing flavours of SD-WAN available on the market. Part 2 of a three-part mini-series exploring SD-WAN technology from an enterprise perspective.
We highlight the main networking challenges that SD-WAN is designed to address. Part 1 of a three-part mini-series exploring SD-WAN technology from an enterprise perspective.
Telcos must adapt to virtualisation and changing customer needs in the Coordination Age. Our three new telecoms business models offer a realistic agenda for telcos to build up the stack into the IT layer – either by themselves or through partnerships.
Updated analysis of STL Partners’ NFV deployment tracker. What have Europe’s major telcos done, how are vendors faring, and who leads the pack?
SDN and NFV deployment is growing deeper but not broader: the long tail lags behind the pioneers.
All telcos know they need to change. We believe the defining characteristic of those that will grow most is a clear focus on where and how they can create value beyond connectivity. This report lays out the two viable paths forward, and six steps all telcos must take in this new version of the Telco 2.0 vision.
This update to our ‘NFV Deployment Tracker’ series focuses on Asia-Pacific, alongside European and North American data to March 2018. Telcos in developed Asian markets have made a great start, and the region has outstripped Europe and North America in live SDN / NFV deployments – but can NFV scale to Asia as a whole?
IoT, 5G, edge computing and AI showed they were maturing as technologies at MWC 2018, but it’s harder to see yet how the first three make much money for telcos. AI has a different problem: the field is developing so fast that best practice is changing all the time. In this report we outline what we found, and a pragmatic approach for telcos to successfully harness these technologies and create value beyond connectivity.
This update to our ‘NFV Deployment Tracker’ series focuses on North America, alongside additional European data. 2016/7 has seen the rise of SD-WAN, enabling smaller operators to compete in the WAN market with NFV leaders AT&T, Verizon, Masergy, CenturyLink, etc. By contrast, fewer consumer use cases for NFV have yet been established.
Our research focuses on how telcos and their partners can embrace industry disruption.
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