Posts Tagged ‘Austria’

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From One to 3 in Austria: Will Hutchison be a consolidator in Europe?

November 30, 2011

Rumours that Hutchison Whampoa’s 3 Austria is close to sealing a deal to acquire Orange Austria (previously One before being rebranded) for €1.4bn may be good news for the Austrian mobile sector which has seen fierce competition as four operators battled it out in a country of eight million people. It is estimated that in service revenue terms Hutchison has about 6% of the Austrian mobile market while Orange has about 19%. By comparison, Telekom Austria has 44% and T-Mobile has 31 % so the merged entity will still be smaller than its larger competitors.  Although the price seems quite steep at circa 7x EBITDA it may well be justified if 3 Austria can extract hundreds of millions of synergies from the deal by rationalising the networks and avoiding damaging price and subscriber acquisition wars. Post-merger execution will needless to say be critical.

The two other operators in the market (Telekom Austria and T-Mobile) will also benefit and no doubt they will be hoping that the deal is approved by the competition authorities. This might explain, if the press reports are true, why Telekom Austria is so keen to help 3 Austria do the deal by, for example, buying Orange’s discount mobile brand Yesss! as well as some 2.1GHz spectrum and 3,000 redundant base stations. Press reports suggest that 3 Austria will raise up to €300m from these divestments which will lower the overall transaction risk.

In the coming years we expect further mobile network operator consolidation in developed markets as the industry becomes increasingly mature and margins come under further pressure. For Hutchison Whampoa, this represents a new wave of investment in Austria and its 3G business and we wonder if it is not a template to be used in other markets where it is finding the going tough.

Written by Scott McKenzie, Director, Coleago Consulting

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UK to open extra mobile spectrum

October 25, 2010

The UK used to be at the forefront of mobile communications deployment. The announcement by Chancellor George Osborne that 2.6 GHz spectrum and digital dividend spectrum will be auctioned in 2011 or 2012, now puts the UK well behind Scandinavia, Germany, Austria and other European countries in terms of mobile technology deployment. UK mobile users will have to wait for LTE for another 2 years whereas commercial services are already in operation elsewhere.

However, from the operators’ perspective this is not bad news. Capital expenditure for the acquisition of spectrum at auction and the subsequent deployment is also delayed. It is likely that mobile broadband demand will remain strong and existing capacity would not be sufficient. Operators may be able to increase mobile broadband prices which would help to improve not only UK mobile industry EBITDA margins – which are among the lowest in Europe – but also increase free cash flow. This should delight shareholders.

As regards auction design, the fact that the announcement was made by the Chancellor who is primarily concerned with raising revenue for the government, must be worrying for operators. It is likely that the auction will be designed to maximise revenue.

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Austrian 2.6GHz spectrum auction results show some consistency with previous auctions but the picture is still confusing

September 23, 2010

The Austrian regulator RTR concluded the auction of 140MHz of paired spectrum and 50MHz of unpaired spectrum raising proceeds of €39.5 million from the four incumbent operators Telkom, Hutchison, T-Mobile and Orange. The benchmark for the paired spectrum of approximately €0.04 is at a similar level to the results from the German auction which also saw the 4 incumbents secure spectrum but 4 times lower than the Danish auction, another market with 4 existing operators. Whilst relative levels of spectrum supply relative to operator demand is often a significant determinant of spectrum prices achieved at auction it is clearly not the full story.

Austria has one of the most competitive and developed mobile broadband markets in Europe and the need for capacity should have pushed prices higher. However, unusually the RTR attached roll-out requirements to the 2.6GHz band requiring 25% of the population to be provided with coverage with a downlink of 1 MBit/s and 256 KBit/s on the uplink by no later than December 2013. This represents an onerous requirement for operators as it will require them to deploy LTE sooner than perhaps they might have preferred. The coverage requirements will have depressed auction prices. Attaching coverage requirements to the 2.6GHz spectrum is unusual as coverage is usually addressed through lower frequency spectrum bands such as 900MHz and 800MHz as the propagation characteristics of the lower bands are more suited to providing coverage. The mix of strong demand and onerous roll-out conditions mean that the auction results provide little additional insight for regulators and operators who have yet to auction the spectrum.

The relative prices for paired and unpaired spectrum also remains confusing as Hutchison paid less in total for its paired and unpaired spectrum (a total of 65MHz) compared to T-Mobile which only acquired 40MHz of paired spectrum. This outcome is however more likely to be due to the algorithm (effectively a second price rule) used by the regulator to determine the final prices.
The use of second price rules, where the highest bidder wins but only has to pay the amount of the 2nd highest bidder, tends to result in more economically efficient allocations of spectrum but it can lead to interesting variations in price for similar lots. For example Telkom paid 20% more for the same amount of spectrum as Hutchison and T-Mobile paid 40% more on a €/MHz/Pop for its 40MHz of paired spectrum than Orange paid for its 20MHz and the difference is unlikely to be explained in full by differences in spectral efficiencies of LTE in wider bands
As countries such as Switzerland, Spain and the UK prepare to auction spectrum in the 2.6GHz band the Austrian auction provide some insight into the potential value of the spectrum but considerable uncertainty remains.

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