The Register is structured chronologically and covers all categories of the documents issued by BEREC and the BEREC Office. Particularly, documents are organized into the following major categories:
Document Number Document date Document Title Document author
BoR PC07 (19) 61 Contribution by Bouygues Telecom to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Bouygues Telecom
BoR PC07 (19) 60 Contribution by BREKO to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies BREKO
BoR PC07 (19) 30 Contribution by C.F. to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies C.F.
BoR PC07 (19) 35 Contribution by Cable Europe to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Cable Europe
BoR PC07 (19) 08 Contribution by Cable Labs to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Cable Labs
BoR PC07 (19) 50 Contribution by Centre for Democracy&Technology to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Centre for Democracy&Technology
BoR PC07 (19) 49 Contribution by Confartigianato to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Confartigianato
BoR PC07 (19) 26 Contribution by D. B. to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies D. B.
BoR PC07 (19) 31 Contribution by D. C. to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies D. C.
BoR PC07 (19) 13 Contribution by D. M. to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies D. M.
BoR PC07 (19) 57 Contribution by Dansk Energi to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Dansk Energi
BoR PC07 (19) 47 Contribution by Deutsche Glasfaser to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Deutsche Glasfaser
BoR PC07 (19) 66 Contribution by ECTA to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies ECTA
BoR PC07 (19) 51 Contribution by eir to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies eir
BoR PC07 (19) 28 Contribution by Epicenter to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Epicenter
BoR PC07 (19) 19 Contribution by ETNO to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies ETNO
BoR PC07 (19) 04 Contribution by Federation Optime to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Federation Optime
BoR PC07 (19) 44 Contribution by Free Modem Alliance to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Free Modem Alliance
BoR PC07 (19) 48 Contribution by Freifunk Hamburg to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies Freifunk Hamburg
BoR PC07 (19) 21 Contribution by FSFE to the draft BEREC Guidelines on common approaches to the identification of the network termination point in different network topologies FSFE