Attempting to stretch copper for a 100Mbps broadband target shows up the huge variations between legacy network topologies: it could work well in the final third in some countries, but may have limited impact in others.
Vectoring, pair-bonding and phantom-mode technologies promise greatly improved rate-reach metrics for copper, as well as faster, cheaper roll-outs. This Viewpoint examines the potential of these technologies for meeting the European Commission's Digital Agenda targets for coverage of 30Mbps and 100Mbps broadband - also known as ‘superfast' and ‘ultra-fast' broadband.
Richard Linton (Consultant) has more than twenty years' experience in the telecoms industry, and has worked as a consultant with Analysys Mason for over eight years. He specialises in technical and commercial work for operators in both the fixed and mobile areas. In the fixed sector, he has worked overseas on many projects for a number of incumbent fixed-line operators. As well as undertaking research assignments, he has contributed to many strategic and operational consulting projects. Richard's main skills include cost modelling, market analysis and technical due diligence. He holds a first class honours degree in Physics and a PhD in Engineering.
Rupert Wood (Principal Analyst) is the lead analyst for Analysys Mason's Fixed Networks research programme. His primary areas of specialisation include next-generation networks, long-term industry strategy and forecasting the dynamics of convergence and substitution across fixed and mobile platforms. Rupert regularly contributes to the international press on a wide range of telecoms subjects and has been quoted by The Times, The Economist, Business Week, Telecommunications Online and Kommersant. Rupert has a PhD from the University of Cambridge, where he was a Lecturer before joining Analysys Mason.