A study of 80 European, US, Japanese, Korean, Australian and New Zealand mobile operators. Topical for operators contemplating fixed-to-mobile broadband substitution ahead of upcoming 700, 1400 (SDL), 2300, 3400-3800 MHz spectrum auctions.

In June 2018 Elisa became the first operator in the world to launch commercial service over its 5G (3.5 GHz) network in Tampere Finland and Tallinn Estonia. Elisa invited Rewheel to try its 5G network.

Paradigm change in mobile technology leads to paradigm change in spectrum valuations (observations after the UK auction)

As we asserted back in 2015 the merger mandated so called ‘capacity’ MVNOs did not become effective competitors

European winners and losers in 4.5G and 5G – study of 30 operators. Will mobile network CAPEX stay flat in the long run? Spectrum valuation implications.

5G capacity abundance, flat Capex = paradigm shit. Comments from Finnish Elisa's consumer business VP under the article "what makes these [volume-based] pricing ideas profoundly unsustainable".

In March 2017 Telefonica O2 Germany announced 3.5 GHz (they have 83 MHz) Massive MIMO (= very high capacity LTE macro sectors) field trials with Huawei for wireless home broadband and 4K video. Our models predict that O2's macro site grid and spectrum resources (FDD+TDD) could allow it to drive fixed-to-mobile broadband substitution in Germany by connecting millions of households with HD TV service on its high capacity LTE network.

When LTE base stations are upgraded to 'Gigabit' speed the gigabyte volume capacity of the networks also greatly expands. We modelled LTE network capacity based on existing FDD and TDD spectrum holdings (and potential acquisitions in 2.3 and 3.4-3.8 GHz bands) and sizes of the macro site grids. Without and with Massive MIMO in the TDD bands. Topical for operators contemplating fixed-to-mobile broadband substitution ahead of upcoming 700, 1500 (SDL), 2300, 3400-3600 MHz spectrum auctions.