‘Telecommunications and 5G: sector predictions for 2022’ blog post copywriting, IFS. As the world expects smart connected devices, the telecommunications sector is under ever more pressure to deliver fast, ubiquitous 5G wireless connectivity. Following an interview, this blog outlines four thought leadership predictions by the Service Industry VP.
- COPY: Ian Castle, Freelance Copywriter
- CLIENT: IFS
Telco service sector thought leadership blog copy sample, IFS (US English)
[Excerpt]:
5G WILL BECOME A CRITICAL TECHNOLOGY/CHANGE ENABLER
This year will see a raft of new experiences enabled by 5G, with customer expectations to match. For example, as we continue to transition towards emissions-free transport, automotive manufacturers now rely on 5G streaming telemetry to launch viable autonomous and electric cars and light commercial vehicles. Autonomous capabilities require exceptional bandwidth and resilience, enabling connected in-vehicle services. Commercial vehicles (especially last mile delivery and field service fleets) will need seamless 5G connectivity for smart routing and scheduling to dynamically optimize vehicle range and recharging breaks.
Of course, as the 5G roll out continues, we can expect more and more local authorities to begin to embrace Smart City technology to reduce congestion and vehicle emissions, including the introduction of urban clean air emission zones with automated enforcement and digital payment.
Another example is gaming, a sector worth more than both the film and music industries combined. Much of the content is now consumed via downloads (including DLC), and the next evolution looks likely to be cloud-based gaming, which puts profound demands on bandwidth and latency.
We also see proliferation of entertainment services. For the first time some territories are starting to see broadcast TV figures dip below half of all viewing. The proliferation of streaming, social media, non-live tv, and a multitude of other content services are driving the need for next generation network provision.