5G technology is also now well and truly under development. While there are no firm standards in place, the industry is working hard at making that happen. In the meantime, the early movers are testing their own versions of the 5G technology and this is giving us information about what we can expect what the technology will be able to deliver. As the roll-out of FttH remains a slow process it is no wonder that more and more people are looking towards mobile as a potential alternative.
Key developments linked to the next generation networks, based on wireless and fibre broadband technology, will include M2M and IoT infrastructure, facilitating the development of smart homes, buildings and cities. Many of these applications will be opened up partly through the use of 4G LTE A(dvanced) a halfway house on the way to full 5G.
Commercial 5G is not expected to become available in any significant way until at least 2020, with full deployment expected towards the end of that decade. In the past, as newer and faster mobile technologies have been introduced - there has been a relatively fast migration, especially in the developed markets. The deployment of LTE in fact, was one of fastest technology migrations ever seen. LTE technology is expected to carry the majority of mobile traffic for at least the next decade - alongside a slow transition to 5G.
This intelligence report provides unique and valuable information on 4G LTE and 5G technologies including future roles and potential uses, industry developments, statistics and challenges.
In 2017 LTE already carries over 65% of mobile traffic;
In mid-July 2016, the FCC adopted new rules to open up the millimetre wave spectrum including 3.85 GHz of licensed spectrum and 7 GHz of unlicensed spectrum;
An LTE-B Alliance was formed in April 2016;
In early September 2015 Nokia announced its Network-as-a-Service 5G architecture;
In late August 2015 Ericsson unveiled the first 5G prototype phone;
The smartphone is the largest and fastest-growing LTE device category;
WiFi offload will be higher on 4G networks than on lower-speed networks.
2. Market analysis
2.1 The next development in wireless broadband
3. Global LTE overview
3.1 Will LTE steal the broadband revolution?
3.2 Is LTE going to impact on free WiFi?
4. Global LTE subscriptions and deployments
4.1 Regional LTE subscriptions
5. Global VoLTE overview
5.1 Mobile VoIP more popular than VoLTE
6. The power of 5G
6.1 The role of FttH in the development of 5G
7. 5G technologies and services
7.1 What makes 5G special?
7.1.2 Ultra-Dense Networks (UDN)
7.1.3 High Speed (H)
7.1.4 Unlicensed (U) - Licensed Assisted Access (LAA).
7.1.5 High-speed Download and Upload (DL/UL CA)
7.1.6 Ultra-Wideband (B)
7.1.7 Triple Mode Cell
7.1.8 M2M (M)
7.1.9 Millimetre Wave
7.2 Is 5G over-hyped?
8. Key developments
8.1 5G PPP
8.2 First prototype phone
8.3 IMT 2020
8.4 5G Vertical Industry Accelerator
9. LTE-B eMBMS
10. 5G platform for M2M and IoT smart homes and smart cities
10.1 5G for smart homes
10.2 5G and m-commerce
10.3 5G and e-government
10.4 5G and e-health
10.5 5G and e-education
11. Challenges of 5G
12. Conclusion: Will telcos be able to harness the new business opportunities of 5G?
13. Related reports
List of Tables
Table 1 Global LTE subscribers and annual change 2011 2017
Table 2 Global LTE network growth 2010 2017
Table 3 Global LTE penetration by region Q1 2017
List of Exhibits
Exhibit 1 LTE definition
Exhibit 2 VoLTE: data first, voice second
Exhibit 3 The Power of 5G