Physical Address
304 North Cardinal St.
Dorchester Center, MA 02124
Physical Address
304 North Cardinal St.
Dorchester Center, MA 02124
It’s easy to forget just how monumental the jump from 3G to 4G really was.
Yes, 3G enabled many of us to enjoy a light spot of wireless browsing and streaming for the first time, but had we tried to do anything more demanding – the technology would’ve held us back.
What’s more, data was expensive and bottlenecked by limited bandwidth and usage plans. While we have no qualms about streaming an albums’ worth of music at 320kbps in 2020, doing so in the 3G era would’ve pushed hard into your monthly limit.
So, when 4G began its global rollout in 2009, it marked the start of a new era of consumer and business connectivity that would change how many of us work, live and play. But what did 4G do for us really? Let’s look back.
The core benefits of 4G are easy to quantify – it’s faster than 3G and offers lower latency with more bandwidth. But it’s how we made use of these benefits that had such a profound impact on our lives and economy. Did you know:
As great as it is for consumers to access content on their mobile devices lag-free, the future of wireless connectivity is set to have a far greater impact on business and industry.
With the emergence of 4G, sectors like construction, public services, energy, retail and manufacturing now have the network foundation they need to transform services and operations through always-on digital connectivity – anytime, anywhere.
For example, innovations like remote private 4G networking are aiding the construction, development, and deployment of what will be the world’s largest offshore wind farm – Ørsted’s Hornsea Two.
Once construction has completed, this remote network will remain to provide essential communications for operational and maintenance needs, helping aid ‘the seamless connection of hundreds of thousands of families to a sustainable source of energy’.
In the public sector, Transport for London has tendered a contract to provide a private 4G network across the London Underground to meet rising demand from travellers.
While its existing Wi-Fi service will stay live, a private 4G network can hugely benefit field agents, rail workers and contractors. Better connectivity will help these workers get the robust, high-speed access to remote productivity apps and cutting edge smart devices like augmented reality (AR) tools.
With 5G, use cases like this can be taken even further, due in no small part to the proliferation of the Internet of Things (IoT). By tapping into the data captured and shared by smart devices, sensors and objects, businesses can unlock new insights to help improve operational efficiency; deliver smarter, more personalised services; and even predict maintenance issues before they happen. And that’s only the tip of the IoT iceberg.
With 5G and IoT, use cases like automotive vehicles, smart cities and remote telehealth have the potential to transform our lives as we know it.
At Vilicom, we’re already seeing incredible demand for remote and offshore wireless network solutions and enterprise-grade wireless connectivity.
We’re particularly excited by vRAN (virtual Radio Access Network), and its potential to transform how businesses deploy 5G and manage their network. vRAN virtualises previously hardware-driven network functions for improved flexibility, delivering the network over the cloud for simpler management and easier deployment of new services and enhancements. But that’s not all we’re excited about.
With the likes of Industry 4.0 transforming manufacturing by unlocking new operational insights from previously inaccessible data sources – the potential for other industries is boundless.
Seán Keating is CEO of Vilicom, a mobile engineering firm providing wireless and IoT connectivity and consultancy to businesses.