After considerable hype and uncertainty, the near term developments for 5G are now much more apparent, including which nations will go first, chip and handset availability, and the use of different spectrum bands.
Indoor wireless coverage is essential to many IoT and 5G use-cases, but it’s also horribly difficult to achieve. With new entrants and changing user demands the power dynamics are shifting, and operators need to make strategic decisions now to avoid losing their stake in this market.
Facebook set up the Telecom Infra Project in 2016 to drive open source standards in core telecoms hardware and network operations. In this report we examine the implications of this project for telcos and other industry players, and recommend how they should respond.
In our first analysis on 4G take-up in Europe, we found common success factors relating to how operators had rolled out their networks. In our latest analysis, looking at 30 countries in the APAC region, we identify what market characteristics drive or inhibit 4G adoption, and which countries are likely to grow fast now and why.
MEC (Mobile / Multi-Access Edge Computing) puts compute resources at the edge of telco networks. These servers can be used for distributing internal network functions – typically linked with NFV deployments – or made available to third-party developers as part of an “edge cloud” service offering. What are the realistic use cases, and can telcos monetise them?
VoLTE solves the complex problem of providing voice services over a 4G mobile data network. Although it may allow 2G and 3G networks to be turned off, and their spectrum re-farmed to other networks, declining call revenues (and in some cases declining volumes) are dampening appetite to invest in VoLTE. However, with voice beyond telephony on the rise, for example through AI-powered voice assistants and video calling, can telcos use VoLTE as an opportunity to develop new IP-based voice and messaging communications offerings?
Network Slicing is a way to run multiple networks on one infrastructure. In theory, it could mean that telcos could run mobile broadband and IoT networks over the same physical network, and also offer greater agility within those networks. We explore the theory and its challenges, examine use cases, what would be needed to make it happen, and look at five business case scenarios.
The evolution of eSIMs, supporting remote provisioning of mobile operators’ profiles, could allow new IoT devices and business-models to thrive. However, the promise is countered by fears that eSIM could enable Internet companies and device manufacturers to become connectivity gatekeepers. We analyse the threats, opportunities and practicalities, and give our view of the likely outcomes.