Developments in LTE are also going to have a significant impact on the unlicensed spectrum, which is currently used by billions of people through their WiFi modems and WiFi services in cities, cafes, airports and other venues. Known as LTE Unlicensed (LTE-U) or Licensed-Assisted Access (LAA), this technology can also ride on top of WiFi networks (without utilising the mobile service), providing high-speed broadband access to users.
With the explosion in mobile broadband, every mobile operator is scrambling to secure the spectrum capacity needed to stay ahead in the market. There is no doubt that spectrum management is one of the most critical elements of telecommunications policy. It is seen as the pathway to 21C infrastructure... It is interesting to see how the different countries handle their spectrum management policies.
The industry would like to project 5G as a divergence from previous mobile technology evolution lines (1G-2G-3G-4G). They claim that this is a whole new ballgame, with completely new opportunities. But the big question will be whether this time round the telcos will be able to harness this new technology to create new business opportunities for themselves. 5G is only one element of a larger ecosystem that includes broadband access, IoT, M2M, cloud computing, data centres and data analytics...
There is no doubt that the Google fibre rollout in Kansas City has been a success. Take-up rates are as high as 75%. However, when it was first announced in 2010, we stated that the real reason behind Google's entry into this market was to prove that FttH can be cost-effective and can generate a profitable return -- in the hope that the sluggish telcos would become more active in the rollout of FttH networks. Yet, Google is proving that this indeed can be done, the telcos remain sluggish in deploying FttH.
Ericsson has released its latest Mobility Report, providing a wealth of analysis and insights into current communications traffic and market trends. As one of the leading mobile infrastructure providers, Ericsson has performed in-depth data traffic measurements since the earliest days of mobile broadband, leveraging its large base of live networks in all regions of the world.
This never-ending story is used by opportunistic telcos and their lobbyists to confuse the issue in order to gain regulatory or political advantage. The debate is now raging again in the USA. In an attempt to talk down their monopolistic position in the market the three telcos - and this time in particular, Comcast - are claiming that real competition does in fact exist in the American broadband market, citing competition from the mobile 4G LTE services as an example.
Carlos Slim of Telmex tells me the world is about to change. "Two billion more people will connect to the Internet when smartphones cost $50. The phone makers are promising me a $50 phone in 2014." If Spreadtrum and Firefox deliver a $25 smartphone, as promised, that could accelerate takeover. ~310,000,000 Africans will be connected to the Internet in 2017, Arielle Sumits of Cisco predicts... It's inevitable that the U.S. will be dwarfed by the rest of the world.
We're just back from Mobile World Congress in Barcelona, Spain, where more than 85,000 attendees from over 200 countries gathered to discover what the 1,800 companies present had to showcase. As expected, some of the show's biggest themes focused on the Internet of Things, the mobile cloud, Big Data, 4G LTE and wearable devices... After speaking to a cross-section of service providers, it became clear that many operators are already starting to leverage their investment in existing 4G LTE infrastructure...
There are often confused reports in the media about mobile and fixed broadband, with arguments that one could replace the other. Yet the reality is that they coexist and complement each other - perhaps even more so since one cannot manage without the other. Increasingly, devices such as smartphones, tablets and smart TVs are at the end of fixed lines, with a wireless (WiFi) connection between the fixed line and the device.
With a goal of 270M fixed broadband lines in 2015 and near-universal service by 2020, the new "Broadband China" strategy is extraordinary. OFweek, a valuable site in Chinese, breaks the plan into three phases. The first is a full speed stage, ending in 2013, that deploys basic broadband and 3G widely. The second stage, 2014-2015, is dedicated to a further takeup and wider deployment. That will include 400,000+ LTE cell sites.