Please use this identifier to cite or link to this item: http://hdl.handle.net/10419/224857
Authors: 
Ioannou, Nikos
Logothetis, Vangelis
Petre, Konstantin
Tselekounis, Markos
Chipouras, Aris
Katsianis, Dimitris
Varoutas, Dimitris
Year of Publication: 
2020
Series/Report no.: 
ITS Online Event, 14-17 June 2020
Abstract: 
According to the 2013/466/ΕC Recommendation for setting copper and NGA wholesale access prices where cost orientation is imposed as a remedy, NRAs should adopt a BU LRIC+ costing methodology that estimates the current cost that a hypothetical efficient operator would incur to build a modern efficient NGA network. The starting point of modeling an efficient operator investing in NGA networks is the network modeling approach. In this paper, we compare the most widely adopted network modeling approaches in terms of wholesale FTTH prices. In particular, the modified scorched node approach is compared to the extreme cases of the scorched node and the scorched earth approaches. Τhe comparison between the aforementioned scenarios sheds light on the impact of each approach on the wholesale FTTH prices. The main finding of this paper is that the scorched earth approach leads to a maximum of 10% reduction in the short-term access prices compared to the most inefficient scorched node approach, whereas further extending its optimizations by optimizing the number of central offices, both the short-term and long-term wholesale price reductions are quite significant (more than 20%) regardless of service speeds. Obviously, these findings provide valuable information to both network operators and telecom regulators.
Subjects: 
FTTH
(Modified) scorched node
scorched earth
wholesale NGA prices
JEL: 
L43
L51
L96
Document Type: 
Conference Paper
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