The 5G Evolution, Part I – Enabling Technologies; a Revolutionary Impact

5G transitions from a communication tool to a universal connectivity platform, enabling 1ms latency and massive IoT scaling.

Yifei Huang · Venture Insights1 August 2017Period: August 201712 min read

Last updated 10 June 2026

100PB↑

Forecasted Australian Total Mobile Data (2020)

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Target 5G Network Latency

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Companies covered:TelstraOptusVodafoneTPGAppleSamsungSparknbnCrown CastleLightower

Abstract

This report analyses the transition to 5G as a fundamental shift in communication networks, moving beyond simple data rate improvements to a universal connectivity platform. It forecasts that total mobile data in Australia will reach approximately 100 petabytes by 2020, doubling 2015 levels. The analysis details key enabling technologies including massive MIMO, mmWave spectrum, and small cell densification, while evaluating the strategic impact on telcos, handset manufacturers, and adjacent industries like autonomous vehicles and industrial automation.

Key Takeaways

Australia's mobile data demand is forecast to reach 100 petabytes by 2020, doubling the volume recorded in 2015.
5G targets a 1ms latency benchmark, enabling mission-critical applications like autonomous vehicles and AR/VR that were impractical on 4G.
Network densification will rely on small cells, as 80% of mobile data is currently consumed by indoor and stationary users.

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Frequently Asked Questions

5G represents a fundamental architectural shift toward a universal connectivity platform rather than a simple speed upgrade. While it targets a 1,000x increase in speed over 4G, the real value lies in reducing network latency to 1ms to support mission-critical applications.

Total mobile data in Australia is forecasted to reach 100 petabytes by 2020. This volume represents a 100% increase from 2015 levels, necessitating a move toward massive MIMO and small cell densification.

As of 2016, 80% of all mobile data is consumed in indoor or stationary environments. To maintain service quality, operators must pivot their deployment strategies toward high-density small cells and mmWave spectrum.

The technology is designed to support maximum mobility speeds of up to 500 km/h. This capability, paired with ultra-low latency, allows telcos to integrate directly into the value chains of high-speed rail and autonomous transport sectors.

The 5G Evolution, Part I – Enabling Technologies; a Revolutionary Impact

Abstract

Key Takeaways

Frequently Asked Questions

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