EE 5G - '5GEE'

EE 5G '5GEE' Introduction

Locations of EE 5G in 2019.

EE acquired 40MHz of 3.5GHz spectrum for 5G use in April 2018. In the time since, they have stated they will launch 5G in 2019 in London, Cardiff, Belfast, Edinburgh, Birmingham and Manchester, with additional roll out to Glasgow, Newcastle, Liverpool, Leeds, Hull, Sheffield, Nottingham, Leicester, Coventry and Bristol [EE Media Image]. As of April 2019, EE has been marketing the future network with the term '5GEE' which follws from the use of '4GEE' for their 4G. At the OnePlus event on 14th May, it was announced that EE would launch 5G imminently. EE have two site architectures which will be descirbed here: Massive MIMO and 8T8R.

22nd May 2019 5G Press Event

Key points from the press event, which can be found on EE's Newsroom: EE 5G will be launched on 30th May in London, Cardiff, Edinburgh, Belfast, Birmingham and Manchester with smartphones from Samsung, OnePlus, LG, and Oppo. EE "expects customers to experience an increase in speeds of around 100-150Mbps" , suggesting that, at least some, "customers will break the one gigabit-per-second milestone on their 5G smartphones". A number of additional locations, earmarked for rollout in 2020, were also mentioned: Aberdeen, Cambridge, Derby, Gloucester, Peterborough, Plymouth, Portsmouth, Southampton, Worcester and Wolverhampton.

30th May 2019: EE 5G Launch

On 30th May 2019, EE launched their commercial 5G service in the UK, providing 5G service to London, Cardiff, Edinburgh, Belfast, Birmingham, Manchester. 5G speeds were quite nice, here's one Derico got:

EE 5G Speed Test from Manchester.

5G '5GEE' 8T8R

EE's main 5G approach seen is 8T8R. This has less coverage and less capacity than Massive MIMO (below) but the EMF emission is lower and it can be less challenging to add to masts (weight and windloading), which enables a much faster rollout. These examples in Hull and Manchester use Huawei RRU 5258 for 8T8R N78 and Huawei AOC4518r8v06 antennas to carry the 5G and 2G/3G/4G.

EE 5G Mast in the Marfleet area of Hull using Huawei RRU 5258 for 8T8R N78 and Huawei AOC4518r8v06 antennas.

A fully wired EE 5G '5GEE' example in the Marfleet area of Hull.

Huawei RRU 5258 for 8T8R N78 behind Huawei AOC4518r8v06 antenna on this EE 5GEE mast.

Huawei 5258 for 8T8R N78 behind Huawei AOC4518r8v06 antenna on this '5GEE' mast.

Schematic of EE 5G 8T8R mast showing Huawei RRU 5258 for 8T8R N78 behind Huawei AOC4518r8v06 antenna.

Schematic showing the RF layout of the EE 8T8R 5G site.

Video about this 8T8R 5G Mast in Hull

EE 5G Mast in Manchester Bower Street using Huawei RRU 5258 for 8T8R N78 and Huawei AOC4518r8v06 antennas.

A fully wired EE 5G '5GEE' example on Manchester's Bower Street.

Before and after of an EE 5G Mast Upgrade that goes from a pair of single band Kathreins to using Huawei RRU 5258 for 8T8R N78 and Huawei AOC4518r8v06 antennas.

Before and after of an EE 5G Mast Upgrade that goes from a pair of single band Kathreins to using Huawei RRU 5258 for 8T8R N78 and Huawei AOC4518r8v06 antennas.

Specifications for the Huawei AOC 4518R8v06 antenna used for EE 8T8R 5G.

Specifications sheet for the Huawei AOC 4518R8v06 antenna used for EE 8T8R 5G.

5G '5GEE' Massive MIMO

EE 5G at Wormwood Street using Huawei AAU5613 Massive MIMO

In central London, such as near St Paul's, EE use Massive MIMO for their 5G. Deploying the 5G spectrum with Massive MIMO enables huge amounts of capacity to be provided to an area, while also achieving a pleasing range of coverage considering the higher frequencies compared to 4G.

Closeup of EE 5G at Wormwood Street using Huawei AAU5613 Massive MIMO

The 5G Massive MIMO Panel (Huawei AAU5613) is on the left. The GPS antenna is not visible from this angle and on the right is a now wired Huawei ATR for the LTE (4G) 1800MHz, 2100MHz and 2600MHz that serves 4G customers and as 5G anchor.

Schematic of EE 5G Massive MIMO AAU5613

Schematic of EE 5G Massive MIMO installation.