Tefficient’s 24th public analysis on the development and drivers of mobile data ranks 115 operators based on average data usage per SIM, total data traffic and revenue per gigabyte in 1H 2019.
The data usage per SIM grew for all; everybody climbed our Christmas tree. More than half of the operators could turn that data usage growth into ARPU growth– for the first time a majority is in green. Read our analysis to see who delivered on “more for more” – and who didn’t.
Speaking of which, we take a closer look at the development of one of the unlimited powerhouses –Taiwan. Are people getting tired of mobile data?
We also provide insight into South Korea– the world’s leading 5G market. Just how much effect did 5G have on the data usage?
Two years ago, telcos were still proudly reporting their progress in utilisation of their own public Wi-Fi hotspots for cost efficient offloading of mobile data. Public Wi-Fi was also positioned as an investment in a better customer experience – especially in public indoor environments. Telcos that were late with 4G – such as in Taiwan and Belgium – could utilise their public Wi-Fi to bridge the transition from 3G to 4G.
Those of you that read our series of international mobile data analyses know that Finland is the country with the highest average mobile data consumption in the world.
Truly unlimited mobile data is a key explanation to this: 66% of Finland’s mobile subscriptions (excl. M2M) had unlimited mobile data in June. As a direct consequence of this Finns have developed a readiness to try out new apps and services at any location and at any time – as they never have to consider the data consumption or the associated cost. The habit of ‘Wi-Fi hunting’ is not spread in Finland.
This is tefficient’s 17th public analysis of the development and drivers of mobile data.
Mobile data usage is still growing in all of the countries covered by this analysis. The growth rates are very different and so are the usage levels. Finland tops the charts in usage – but not in growth.
Data-only is a clear driver of usage. Austria emerges as the fixed-line substitution leader. In Korea, the share of data traffic on 4G has now effectively reached 100%. In mature markets, the 4G upside on data usage is mainly a thing of the past. Continue reading “More for less” tips the balance→
Our readers also know that we follow operator Wi-Fi closely, see e.g. this piece.
At tefficient, we believe that the world is (or is about to become) mobile-first. But it doesn’t mean that the mobile networks will carry most of the traffic. In contrast, as shown in this post based on OpenSignal data, the regular smartphone user is most often more on Wi-Fi than on mobile networks. And when the smartphone is on Wi-Fi, the traffic volume is often higher since fixed broadband users seldom have to worry about data caps. Mobile operating systems are also set up to prefer (or in the case of upgrades, mandate) Wi-Fi. All Wi-Fi traffic ends up on the fixed access network, not on the mobile access network.
We don’t take a side in the tiring conflict between the cellular camp and the Wi-Fi camp and will continue to argue that it’s not cellular or Wi-Fi, it’s cellular and Wi-Fi. It’s not licensed or unlicensed spectrum, it’s licensed and unlicensed.
For this post we have, for the first time, gathered reported fixed data usage stats from regulators and operators globally to try to answer two questions:
Are countries with low mobile data usage having higher fixed broadband usage? I.e. is fixed broadband compensating?
Are countries with high mobile data usage having lower fixed broadband usage? I.e. is mobile ‘cannibalising’ fixed?
For the 14th time: tefficient’s famous data usage analysis – now covering 32 countries
The mobile data usage continued to grow in 2016, but the growth rates varied much. Singapore, Japan, Hong Kong and Hungary grew the slowest whereas Lithuania, Turkey, Austria and Korea grew the fastest.
In Lithuania, Austria and Korea, premium unlimited plans were introduced and the effect on data usage has been similar to what our previous analyses identified for Finland and Latvia.