The following summarizes some information you might want to know about the 5G today:
- Some of the main vendors like Ericsson and Huawei are pushing for making 5G a reality
A report from Fierce Wireless (here) suggests, “5G is not yet real in any sense of the word because it’s not a standard yet. It is, however a marketing term being tossed around by various vendors and operators”. Ericsson, Huawei, and other main vendors are pushing for the standardization of the 5G via the Mobile and wireless communications Enablers for the Twenty-twenty (METSIS), organism that has been granted with a big investment from the European Commission as part of the huge bet Europe is doing for catching up in the next generation communication technologies (here).
- The 5G definition has already been started by at least 6 different organizations, so far
According to a presentation shown this month from Mike Wright, Executive Director Networks & Access Technologies at Telstra (here), a 5G standardization or definition effort has been started by the following different organizations: European Mobile and wireless communications Enablers for the Twenty-twenty Information Society (METIS), Intel led American initiative, China led IMT2020, Spectrum initiatives in ITU, UKOfcom regulator, aiming for 2018, and Japanese 2020 vision and ad-hoc initiative.
This shows the potential opportunity seen in the next generation, but also the typical big hype created on a competition for leading the way towards the next evolution of the networks.
- The 5G arrival could be around 2020
A report from ABI research, via the Laptop Magazine (here), suggests the standardization organizations (e.g. 3GPP, among others) are still to define the technologies required for certifying the phones for 5G in the future. As these processes take considerable time, the estimated date for seeing the 5G deployments is expected to be around the year 2020.
- The 5G formula could be: Spectrum + Spectral efficiency + Spatial Efficiency = Increased capacity
Marcus Weldon, CTO for the Wireline Networks Product Division at Alcatel-Lucent, presented last week his vision of the “ultra-broadband” networks during the Broadband World Forum 2013 held in Amsterdam (here). According to his view, the formula for getting the highly demanding capacity required by the next generation networks is a combination of three factors.
The classical investment in macro technologies and spectrum allocation, which could double the capacity. The physical spectrum efficiency increase by improving the signal to noise ratio, interference reduction, superposing signals, etc. which could also double the capacity. And the spatial efficiency with small cells deployments, with interference reduction between cells, which could increase the capacity in a factor of ten, or more.
- The future networks are a combination of macro and small cells technologies
As commented in my previous post “The top 10 fast facts you should know about LTE today“. A whitepaper published by Ericsson and supported by the GSA commented, “…the 5G system will not be a single technology but rather a combination of integrated RATs, including evolved versions of LTE and HSPA, as well as specialized RATs for specific use cases, which will jointly fulfil the requirements of the future…”
- The toolkit for the next generation networks include several innovations
Mike Wright, Executive Director Networks & Access Technologies at Telstra, commented on the possible techniques and innovations that might come with the 5G for solving challenges foreseen like the 10 billion connected devices to attend, 1000x traffic growth, the limited spectrum resources, and the diversity of services required. This toolkit might includespectral efficiency with massive MIMO, spectral aggregation, or interference cancellation. Optimization of radio with small cells, self-optimising networks, mesh networking, dynamic spectrum and flexible duplexing, or cognitive radio. Traffic optimisation with QoS and policy tools, end-to-end optimisation, or improved codecs. Architecture optimisation with Network Functions Virtualisation and elasticity, Software Defined Networks, smart caching, or embedded network intelligence. And others like extended battery, identity enablers, location enhancements, etc.
- Flexibility is key for the 5G networks
Vish Nandlall, Ericsson’s CTO and Senior Vice President of Strategy, recently spoke at the GigaOm Mobilize conference, via PCWorld (here). “5G should be flexible enough that carriers can reprogram and reconfigure their networks to accommodate different applications. Those will actually get different slices of the network with different technologies, including modulation schemes and levels of capacity”. Increasing the network efficiencies should also keep reducing the cost of the service, he commented.
- The next generation will represent a balance between efficient investment and highly performing networks
During the Futurecom 2013 convention held last week in Rio de Janeiro, Alcatel-Lucent CEO Michel Combes commented, via European Communications (here). “Throughout the world operators and service providers are pro-actively seeking technologies to help them balance the need for capacity and delivering high quality services with protecting their own balance sheets”. He also highlighted the investment ALU will be doing for IP networks and ultra-broadband technologies in the future. “This is a strategic decision to become a technology vendor for the marketplace of tomorrow, a market populated by customers who themselves are moving to more efficient and more profitable business models, adopting new technologies like cloud, SDN and NFV in the process”.
- 5G is also about the best QoE on a transparent manner
According to Tod Sizer, Head of Wireless Research at Bell Labs, during the Mobile World Congress, via Pipeline (here). “Of course there will be substantial speed increases. However, weaving different access technologies together in a fluid fashion and creating smart gateways that choose the -best- connectivity for a given situation, not to mention in a transparent manner, will be the DNA that gives life to 5G”.