5G: Driving the Future—Hyper‑Connectivity for Health, Mobility, and Entertainment

Alex Gledhill

Our future health, autonomous mobility, and cultural events hinge on a single technology: 5G. As the next generation of wireless infrastructure, 5G will become the cornerstone upon which emerging industries and businesses align to shape shared futures.

While most people associate 5G with faster mobile phones, its true impact lies far beyond consumer devices. The next wave of wireless is a seismic shift in industrial capability, comparable to a Richter‑scale increase in power.

Companies worldwide are investing heavily in 5G because of its transformative potential—connecting autonomous vehicles, enriching entertainment, and advancing medical care. According to IHS Markit, the number of Internet‑connected devices is projected to reach 20 billion this year, 30.7 billion in 2020, and more than 75 billion by 2025, says Alex Gledhill, global account director at Intel Corporation.

To accommodate this explosive growth, technology firms, academics, and local authorities must collaborate to accelerate 5G deployment. Only through joint effort can we usher in an era of true interconnectedness where cars, industrial automation, AR, and VR all rely on a resilient wireless backbone.

Reliable, high‑throughput networks are essential for autonomous vehicles, which can generate up to 4 000 GB of data per day—an amount equivalent to nearly 3 000 people—according to Intel CEO Brian Krzanich. Secure, ubiquitous connectivity will enable cars to process terabytes of data every day.

Autonomous cars rely on a suite of sensors—cameras, LiDAR, radar—to perceive their surroundings. Successful deployment within the next five years will require close partnerships between automotive leaders and technology providers to share expertise, reduce costs, and streamline integration.

Sports fans anticipate 5G‑enabled experiences that will transform live events. NBC Sports has launched 5G video streams for major broadcasts, such as the Super Bowl and the 2018 Winter Olympics, achieving minimal buffering and near‑real‑time playback. Future stadiums may offer viewers the ability to switch between helmet‑mounted, bird’s‑eye, and traditional camera angles via their mobile devices.

At home, 5G will elevate digital devices and deliver high‑quality medical care in real time at an affordable price. By enabling complex, remote diagnoses, 5G will help democratize healthcare and make patient‑centric services the norm.

In medical education, 5G will support VR‑based surgical simulations streamed to classrooms worldwide, and eventually enable surgeons to perform operations using immersive technology—provided the network can sustain the required bandwidth and latency.

To overcome deployment hurdles, industry leaders such as Verizon and AT&T are already laying the groundwork with fixed‑wireless networks, even though 5G service is expected to roll out around 2020. These early initiatives will reduce future deployment delays.

Collaborations between local authorities and industry can lower infrastructure barriers by sharing resources and risks. Such partnerships provide a platform for shaping the direction of innovation and influencing the competitive landscape.

Looking ahead, 5G connectivity will enrich daily life—enabling autonomous vehicles, remote healthcare, real‑time entertainment, and a smart, connected future. Today’s progress in connectivity is laying the foundation for this transformation, with collaboration accelerating its realization.

The author of this blog is Alex Gledhill, global account director, Intel Corporation