5G performance promises up to 20 Gbps of peak throughput and 1 msec latency, is the most talked about the benefit, but the truth is that 5G enables a lot more because of its network architecture, due to the ability to combine carriers, scale antenna systems, and densify the network.
5G is much more than 4G because it innovates how mobile connectivity is delivered.
The value of 5G is in the core network, which allows different services to be run because of superior flexibility to scale networks cost-effectively. In addition, it offers an enhanced framework for the integration of multiple technologies all under one roof.
5G’s value is derived from efficient scalability which is greater than 4G, so the benefits are for services, applications and operating costs.
5G’s combination of speed, responsiveness and reach unleashes sophisticated technology, like VR and IoT. For example, it will unlock things like:
- Internet of skills, like performing remote surgery
- Self-driving cars
- Precise control of drones
- 100% dependable connection
For most carriers though, according to MTN, 5G will allow for the following improvements over 4G:
- 1,000-times the capacity
- 100-times the speed
- 100-times the connected devices
- 10-times lower latency
- 10-times reliability
MNOs need to begin their preparations for 5G in Africa before it’s too late.
2G,3G and 4G usage in Africa
Africa has networks that range from 2G and 3G to 4G and even in certain parts, 5G in its test phases.
MTN found a throughput of over 20Gbps with less than 5ms latency in their test phase which is recorded as the highest on a mobile network in Africa, but says Africa is not ready for the speed of a 5G network.
Telecom giant Vodacom is currently testing the first commercial 5G network in Lesotho and is updating their network in South Africa to cater to 5G.
According to 5GNetwork, “many of the new 5G sites will be “small cells” rather than large base stations and many will be used to provide in-building coverage. Consequently, with 5G, there will be thousands of small cells.”
It seems as if 2G and 3G are set for the mainstream in Africa for a while longer.
Comparison: 5G in Africa vs. the world
In 2018, the world’s “first stage” commercial 5G network was launched in Qatar. (Source)
2019 to 2020 will see other commercial 5G networks launched worldwide, with many countries already offering small-scale 5G access in certain spots. The US, South Korea, China and Japan are expected to launch large-scale first.
In 2018, BusinessTech reported that “The 5G ecosystem is still being defined by ITU and other communications stakeholders; there are still devices, infrastructure, and equipment that need to be developed to allow users to benefit from the ultrafast and low-latency network.”
In South Africa, MTN has a fixed wireless 5G access site in Gauteng, and Rain is set to roll out 5G services early this year.
Nigerian Communications Commission (NCC) plans to roll out 5G in 2020.
All in all, although it offers significantly higher speeds and reliability than 3G and 4G, too many African people are still struggling with basic connectivity.
Preparing for 5G
With the deployment of 5G, Africa may be slightly delayed than some countries, but now’s a good time for carriers to begin strategizing.
ITNewsAfrica says that towards the end of 2019, 17 out of 54 African countries had already rolled out LTE networks; in other words, they were ready for 5G, but the problem is the delay between technology and regulations.
How else can carriers prepare for it?
- Make sure that tight security is built into projects from the outset.
- Many of the services to be hosted on 5G networks will demand much improvement in latency, reliability and scalability; the solution is multi-access edge computing.
- Because many end-user devices for 5G will be mobile, the edge cloud must also be agile. As such, NFV and SDN will need to be integrated into 5G mobile networks.
- Artificial intelligence, automation, NFV and SDN capabilities will need to be integrated into networks. In addition, carriers will need to have a view of the coming use cases and demand which analytics software can assist with.
- Decide how much to open their networks to other industries.
- With more cells, comes the requirement to be superior network builders.
- Assess existing strategies with regards to site acquisition, radio and backhaul/transmission, and overall operations.
In conclusion
5G will profoundly alter the dynamics of all industries. To remain competitive, carriers will need to plan a strategy for this transformative new technology now.
CDRlive makes navigating migrations easier and more effective by:
- Detecting under-supported areas.
- Finding subscribers that have a new technology device but are not accessing the new technology network.
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- Tracking the performance of newly launched devices.
- Identifying types and devices that are used on the network, and how they are used.
Adapt IT has supported networks migrating from 2G to 3G and again from 3G to 4G. We add significant value to your team.
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Steven Sutherland experienced Adapt IT Divisional Executive, dynamic business leader for their Telecoms Division with a demonstrated 25-year history in the telecommunications and IoT sectors. Strong global marketing, sales, and business development professional with 15 plus years focused experience in the Southern and Rest-of-Africa markets and a unique blend of entrepreneurial spirit combined with a passion for both technology and business.
At Adapt IT Steven is responsible for building and growing the Telecoms Division on top of its industry-proven software competencies including but not limited to Customer Experience and Self Service, NextGen VAS, IoT, FINTECH, and Advanced Analytics and always looking forward to an opportunity to demonstrate the value that their 20 plus years of experience in these disciplines can bring to your business
