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--- good-practice:fibre [2018/11/28 18:08] – otd_wiki
+++ good-practice:fibre [2024/11/19 12:57] (current) – Added Zayo otd_wiki
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 ====== Terrestrial Fibre Optic Networks ======
+----
+===== Zayo =====
+{{:good-practice:zayo_north-america-network-map.png?direct&200|}}[[https://www.zayo.com/|Zayo]] is a fibre network operator in the United States that publishes a map of their fibre routes and Point of Presence.
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+===== OpenNet Georgia =====
+{{:good-practice:opennetgeorgia.png?nolink&200 |}} [[https://opennet.ge/eng/|OpenNet]] is a state-funded national fibre optic backbone in Georgia. The initiative maintains an [[https://maps.opennet.ge/|interactive public map]] of the network including both fibre routes and Points of Presence. Beyond an online map, the underlying map data is available to download in [[https://maps.opennet.ge/expkml.php|KML]] and [[https://maps.opennet.ge/expxls.php|Microsof Excel]] format. The project objective is to increase access to affordable high-speed internet throughout the whole of Georgia, with the intent of helping private operators to build retail networks and to getting the internet to the end users.
+===== ARCEP France =====
+The French communication regulator ([[https://www.arcep.fr|ARCEP]]) maintains a [[https://cartefibre.arcep.fr/|detailed map]] of FTTH deployments which allows for the visualisation of the coverage of municipalities by FTTH networks. Clicking on a municipality, reveals detailed coverage information for the municipality in question down to the household level.  When the map is zoomed to the neighbourhood level, the addresses listed by the different infrastructure operators are displayed, represented by a dot, the colour of which varies according to the progress of the deployment.
+{{:good-practice:arcep_france4.jpg?direct&200 |}}This map is published by ARCEP in order to improve information for the general public and professionals on the deployment of fibre optic networks to the subscriber. Established both at the municipal level and at the technical level (generally at the sub-municipal level), it is part of the Authority's fixed broadband and very high speed observatory and is accompanied by the publication of the underlying data in open data.
+Operators provide ARCEP with detailed data on their deployment of fibre optic networks. ARCEP aggregates the data obtained using INSEE geographical codes to obtain an absolute number of premises per municipality that can be connected to the FTTH network. All of the underlying data is part of the government's Open Data initiative and is [[https://www.data.gouv.fr/fr/datasets/le-marche-du-haut-et-tres-haut-debit-fixe-deploiements/|available for download]] so that it might be integrated with other resources by researchers or entrepreneurs.
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 Pan African fibre optic network operator [[https://www.liquidtelecom.com|Liquid Telecom]] maintain a [[https://www.liquidtelecom.com/about-us/network-map.html|map of their fibre network]] on their website. While this map is generally helpful, it doesn't display point of presence, nor does it reveal the specific routes that the fibre follows. This is one step up from not displaying a coverage map at all but falls short of being useful for strategic planning.
+===== Telefonica Spain =====
+{{ :good-practice:movistar.jpg?direct&200|}} Registered operators in Spain can access Telefonica's [[https://www.movistar.es/operadores/ServiciosRegulados/ficha/PRO_MARCO | database of registers and ducts]] in order to plan their network deployments.  Source:  [[https://datatracker.ietf.org/meeting/104/materials/slides-104-gaia-fibre-network-deployment-paradigms-xavi-poza-sureda-01 | Guifi.net presentation]] at GAIA meeting, IETF 104.
+===== BCN Nigeria =====
+{{:good-practice:bcn_nigeria_fibrenetwork.jpg?direct&200 |}}BCN Nigeria publish a [[http://bcnnigeria.net/index.php/our-network/ | detailed map]] of both their existing and planned FTTH network.