With the launch of the independent 5G Release (6GPP Release 15) in June, the official announcement of the first mobile phone was only a matter of time.
As expected, it is not a mobile phone at all, but a plug-in behind a scalable Motorola phone.
Verizon has won the bragging rights by becoming the exclusive distribution provider of Moto 5G Mod, becoming the first to offer commercial 5G products, which will be launched in early 2019 and may provide support network coverage at the demo site. Huawei is committed to launching a 5G mobile phone for the second half of 2019.
Motorola introduced a scalable mobile phone design in 2016. Mods is connected to the back of ultra-thin phones - such as the Z3 Force or the more recent Z3 Play through powerful magnets. However, this interface has enough bandwidth to support 5G.
But Lenovo's Motorola division clearly does not make any commitment to speed, just promise that it "is 10 times faster than current wireless technology."
Once the network deploys Gigabit LTE (the predecessor of 5G), this may not be true. As with the leap from 3G to 4G, the network can get enough miles from the faster iterations of the previous generation for quite some time. In the case of 3G, HSDPA+ provides quite similar speeds.
"The latest version of 3G and the earlier version of LTE are not much different," the three British CEOs pointed out in 2012. Users who insist on using 3G mobile phones also benefit from lower power consumption, wider coverage (of course), and then - ten years later - a thoroughly debugged radio stack.
At the very least, 5G phones can take advantage of the new spectrum allocated for 5G networks - if there is nothing else at this stage. Devices like Mod-ified Moto are really a stepping stone to the 14th edition or Gigabit LTE. The latter supports devices with more antennas, carrier aggregation and higher order modulation rates as part of the Release 15 (5G) specification. Telstra and T-Mobile (USA) have adopted stepping stone technology.
Adding a 2,000mAh battery to the 5G Mod - comparable to anything in the phone - confirms that 5G is expected to become a power consumer.
This should not be surprising - early 3G devices consumed more than 2G, 4G was higher than 3G. It also makes operators pay more. A fascinating article by Larry Desjardin earlier this year pointed out that despite the large amount of speculation, this excess power consumption has had a real impact on business models. Desjardin calculations - you are free to argue against these numbers - today's one-hour streaming video costs about 60 cents per mobile operator.
"5G needs to significantly reduce the average power consumption per bit to compete in this market," he warned.
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