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Mobile phone operator EE (BT) has revealed that it intends to offer the Huawei 5G CPE Pro devicehome router"Alongside their future mobile broadband service for UK homes, which theoretically can offer maximum speeds ofUp & # 39; to"4.6 Gbps in radio spectrum bands below 6 GHz or up to 6.5 Gbps using the mmWave spectrum.
The speeds given above correspond to the theoretical maximum of the equipment itself, according to Huawei, and to the expectations of NOT EE. Of course, these numbers are unlikely to be obtained in a normal network environment, where many users will use the same limited capacity (data delivery and spectrum).
Huawei notes that during live testing, the router reached slightly lower speed of 3.2 Gbps, but we believe that this would have been achieved under ideal conditions. To be safe, many of today's latest 4G hardware can support 1Gbps data rates, but you rarely see how high it is when you log in. It will be the same here but the speeds should still exceed 4G by far.
Apparently, the new router is powered by Huawei Balong 5000 Chipset, which supports stand-alone (SA) and non-autonomous (NSA) network architectures for 5G. With a non-standalone network architecture, the 5G network architecture is based on existing 4G LTE networks, while the standalone 5G, as its name implies, will have its own independent architecture.
The router will also come with the latest Wi-Fi 6 (802.11ax) standard for connecting peripherals to your home (phones, computers, etc.) and top speeds of 4.8 Gbps are promoted. Except that this too is a theoretical figure and we all know how variable WiFi performance can be. Watch the video below for today's announcement (programmed to start at the router point).
EE has already named the first 16 UK cities to benefit from the commercial launch of a 5G mobile and wireless high speed (Gigabit compatible) broadband Internet service provider network, which is expected to start at the end of the year. from 2019 and will initially focus only on the busiest places (from London, Cardiff, Edinburgh and Belfast, etc.).
To date, there are no price or usage tolerance details, although many operators (for example, three in the UK) appear to be positioning 5G as a possible replacement for fixed broadband. We will have to see if this is true for EE when the first packages will appear. At the very least, the client hardware should be up to the task of Gigabit performance, even though the networks themselves will have to work hard to achieve these results.
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