The solution was prepared for the telecom operators and companies that plan, design and build FTTH networks. The application architecture is based on the QGIS geospatial platform. We encourage you to get familiar with the full version of Geospatial Network Inventory. Our product enriches the selected version of QGIS with:. Standard installation of QGIS is extended with the set of plugins selected from the publicly available repository and with the set of a free software libraries.
Distribution of the Geospatial Network Inventory product is additionally supplemented by our own plugins that provide functionalities used by the FTTH Planner module. The plugins that require additional data layers to work complement the QGIS configuration with necessary relations, forms and definition of map symbols. The designed process guides the user from determining demand locations and placement of OLT, through the construction of a planned network topology with locations of splice closures and cables, to the proposals for matching appropriate cable profiles and resource report generation.
The module contains:. The final product of the FTTH Planner operation is generating of a list depicting a fibre optic network proposed by the network algorithms. Predefined layers used to execute activities supporting FTTH planning. Configuration of the forms appearance presenting data about the features in predefined layers. Symbology for the predefined layers. QGIS Plugins Standard installation of QGIS is extended with the set of plugins selected from the publicly available repository and with the set of a free software libraries.
Clustering libraries. Algorithm for clustering address points with the basic geometric metric. Algorithm for proposing splice closure locations. Algorithm for proposing cable routes and profiles.
Fibre nodes serving areas algorithm. Support for versioning of the proposed solutions. Document generation The final product of the FTTH Planner operation is generating of a list depicting a fibre optic network proposed by the network algorithms. Cable routes on the backround map. List of splice closures and cables.Telecommunications Location-Based Intelligence. Know the Fiber Landscape. GeoTel is the single leading provider of telecommunications infrastructure data and predictive analytics.
GeoTel provides the largest, most accurate, and reliable geospatial databases available. These unparalleled and well-researched databases consist of more than 15 telecommunications data sets; including fiber network maps, fiber routes, and fiber-lit buildings. Primary sources of data come directly from telecom carriers with secondary support methods of field collection and third-party vendors, along with internet research and freedom of information act requests of assets on public right of ways.
This and more go into evolving our data and developing items such as fiber maps. Digitizing and Mapping of Data. Data is assimilated into a digital format, then digitized in GIS to a high-quality, streets based map. Attributes are appended to the data, then stored as GIS files on secure geospatial servers. This type of data can provide various services, such as helping to locate fiber. Storage of Data. The digitized data is stored in a geospatial and relational database.
The servers hosting the data are located in a Tier III data center. This allows for data to be easily accessible to locate fiber network maps, fiber optic network maps, and more.
To the client. Research and Collection of Data. Primary sources of data come directly from telecom carriers with secondary support methods of field collection and third party vendors, along with internet research and freedom of information act requests of assets on public right of ways. Storage of Data on Geospatial Servers.
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TeleTracker is a next-generation, web-based application designed with the same cutting-edge technology and vast data-set library enjoyed by our traditional GIS clients. TeleTracker allows our clients to research fiber routes, fiber maps, fiber optic maps, fiber network maps, fiber lit buildings, and over 15 telecommunications data sets in total, without needing GIS experience to utilize the product.
A new version of TeleTracker is currently available, request a demo below. TeleTracker allows our clients to research fiber network maps, fiber lit buildings, and 13 other telecom data sets without needing GIS experience to utilize the product. GeoTel Communications takes Fiber Routes from over Carriers and digitizes them on the highest quality street maps available. This GIS dataset allows the user to view carrier fiber routes from a spatial point-of-view in more than 7, U.
To ensure data sets remain current, GeoTel continuously updates the carrier routes and markets.
The Fiber Lit Buildings dataset shows which Carriers have a fiber presence or have optical switches connected to a fiber loop inside a building. The GIS telecom data product delivers approximately 10, fiber lit buildings in US Markets and has twelve attributes per building. Additionally, a link ID is provided for reporting and database development.Intellij connect to sql server
GeoTel Communications takes fiber routes from over carriers and digitizes them on the highest quality street maps available. This GIS data set allows the user to view carrier fiber maps from a spatial point-of-view in more than 7, U. This data set delivers approximately 10, fiber lit buildings in U. GeoTel Featured In….No, the Internet doesn't travel through the air.
Nor does it live in one big, epic cloud. In fact, chances are it's traveling under your feet right now. To demonstrate the trajectory of the Internet, Fortune magazine writer Andrew Blum and graphic designer Nicolas Rapp teamed up with telecom data and infrastructure company GeoTel Communications. The company maps fiber optic cables and geographic information systems GIS that connect people all over the world. The result was a Fortune article called "Mapping the Internet.
These cables transfer data in the form of light to and from power repeaters in major cities — such as Hong Kong and New York — in a matter of milliseconds. One of the largest in Manhattan is 60 Hudson. Although the physicality of the Internet boggles most people's minds, people like Dave Drazen have been working hands-on with it for decades.
He launched GeoTel 12 years ago and continues as its CEO today, busier than ever as the world demands more, better, faster web connections. You're actually mapping the Internet right here. The information his company collects helped in creating the maps you see here, which appeared in Fortune magazine as well as in interactive form on its tablet app. The world map as seen from the North Pole visualizes major fiber optic cable lines as they run between major cities, most of which are financial and trading hubs where a millisecond's delay in communications can make or break entire economies.
The article also features a map of Manhattan's cable system, which centers on Wall Street. In the name of security, the map doesn't get too detailed by naming streets that house heavily populated data conduits or the carriers that operate them. On Drazen's insistence, no bridges or tunnels were included on this map either. According to him, however, the information on each of his company's micro-specific fiber optic maps is available in the public realm.
The Freedom of Information Act maintains that the public has the right to know where that fiber is running. The other part we get from the web. Even the average pedestrian can pick out the general locations of fiber channels running beneath their feet. The law requires that utility companies place aboveground labels on manhole covers or designate areas with a white-capped orange stick to prevent construction projects from accidentally cutting cables.
New York City itself houses some carriers, which means fiber conduits oftentimes run every feet. So, what good are these maps and information? Open-source companies like GeoTel sell communications and mapping data to clients, like private and commercial companies. Clients then analyze that infrastructure on top of their proprietary information, says Drazen.
Some companies use it to supplement their existing internal communication systems, while others wish to monitor where competitors are laying fiber.
However, GeoTell doesn't do business with any international companies, and those in the U. Neither does the company work with any federal government installations, including the military.Are you searching for an online fiber map? The FiberLocator online application gives you on-demand access to telecom network and colocation information: fiber optic network maps and even specific data center and on-net building information.
Built by network planners and procurement specialists, FiberLocator greatly streamlines your workflow and saves considerable time and resources in the search for fiber optic maps, lit buildings and data centers. From the moment you login, you can search addresses, cities, states, regions and even landmarks in the simple search box. See metro fiber routes, long-haul networks, data centers, lit buildings and more down to the street level.Olaplex 1
You can zoom in and out of any map view in FiberLocator to see whatever detail level you need. Zoom in to see individual on-net or near-net buildings or zoom out to see long-haul routes between metro areas. You choose what data to include onscreen and the zoom level that shows your areas of interest. Toggle different data layers on or off to get that perfect view.
Choose from long-haul fiber networks, metro networks, lit buildings, data centers and more.
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You can even control the layer display down to a specific carrier or set of carriers. That means you include or exclude any provider from your search with just a click. You can upload any of your own fiber research into the tool including sold circuits, shadow conduit, cell towers, lit building information, and more. This information remains private and viewable only to your account. Save time by only using one system to house all of your network and telecommunications infrastructure information.
FiberLocator subscribers can request and evaluate pricing options straight from the FiberLocator interface. By requesting a quote through FiberLocator, the network selection process gets even easier: an experienced consultant from one of our Partner companies.
FiberLocator will work with carriers to get multiple quotes with the best pricing options.
Because of our relationships with providers and volume of orders, they can often secure pricing below the listed rates of many carriers. One of the most powerful functions of FiberLocator is the ability to see which carriers light a certain building or data center and which may have fiber in the street nearby.Considering that a fiber internet connection can be easily ten times as fast as a standard cable connection, it is no surprise that fiber optics are becoming more popular.
The biggest benefit of fiber is that it can offer much faster speeds over much longer distances than traditional copper-based technologies like DSL and cable.
While fiber is the fastest home internet option by far, availability is still scattered. Due to the high cost of installing fiber service directly to homes, even major cities are still predominantly served by cable. For more details about the number of fiber optic providers and what communities they serve, we've compiled a full list of a every provider offering fiber optic internet service in the United States.
We've also developed a ranking of cities with the most FTTH infrastructure. Fiber internet is particularly useful for large homes with multiple users, and for work-from-home setups. Because fiber broadband is the fastest internet available, you can transfer large amounts of data quickly and seamlessly. This means that whether you are watching a movie on Netflix or video chatting with family in Asia or Europe your connection will be seamless and quick provided they are on fiber too.
Because fiber-optics uses light instead of electricity to transmit data, the frequencies that are used are much higher and the data capacity is much greater. The fiber-optic cable itself is made from glass or plastic which is not susceptible to electromagnetic interference like metal cables.
This allows data to flow over great distances without degrading. Interference and energy loss is the limiting factor for all types of communication transmissions and fiber optics handles these factors much better than other modes of transmission. In the future, more and more of our world will be connected via fiber optics as we outgrow older copper-based infrastructures. Cities like Brooklyn New York and Kansas City have already moved nearly all homes onto fiber networks.
The biggest limitation hindering widespread fiber optic adoption is the cost requirements of implementing new fiber optic lines when old infrastructures such as DSL and cable are still serving customers. Installing a new fiber optic network is a large capital expenditure for service providers.
However, as the cost to maintain aging copper networks increases over time, more and more will choose to upgrade to fiber if not purely for financial reasons. Of course as consumer demand for better and faster broadband increases, service providers will have to install fiber-optic networks to meet that demand.
Our mission is to bring that power to the consumer. Contact us and we'll connect you with a broadband market expert on our team who can provide insights and data to support your work. Fiber broadband is the fastest method of delivering high-speed Internet to residences and businesses. Light moves very fastmiles per second, to be specificenabling speeds up to 1, Megabits one Gigabit per second on fiber-optic networks — almost times faster than the US broadband average of The first submarine fiber-optic cable connected the US to France and Britain back inand hundreds currently criss-cross the ocean floor all around the world.We can give our clients comprehensive optic fiber maps, intelligence and other report information specific to your requirements.
Contact us today to see how an optical fiber map overview or other custom report can give clients the intelligence, network maps and provider info necessary to create your telecom network.
A optic fiber maps specialist can work with you to create a fiber line chart based on our many data points. Using your needs to guide our inquiry, we can configure the many map variables — such as scale, layers and tool options — to deliver the most telling fiber information. Get optic fiber maps, telecom data and other researched info from our skilled engineering department — a group of professionals who conduct greenfield research, create site feasibility studies or craft connectivity reports.
With a proprietary database run by our subsidiary, FiberLocator, NEF can identify, organize and offer optical fiber maps and other telecom information to assist clients in determining the options for connectivity. Our optic fiber maps can be overlaid with data center locations, and our optical fiber professionals can craft network feasibility and connectivity reports to help your business address its connectivity needs.
Complete the form to the right to get an optical fiber map, and talk with us today about the telecom solutions your business may need. Optical Fiber Maps Overview A optic fiber maps specialist can work with you to create a fiber line chart based on our many data points.
Create optic fiber maps at almost any location in the United States or the world. Get info on where metro and long-haul optic routes are present. Identify service providers at any location. Analyze existing optical fiber routes in order to make the best network determinations. Utilize optical fiber maps, carrier pricing and service information on a single network map. Gauge the requirements of extensive build-outs.
Save time on identifying carriers and their offerings. Carrier-neutral assessments allow more rational choice of provider offerings. Data Resources With a proprietary database run by our subsidiary, FiberLocator, NEF can identify, organize and offer optical fiber maps and other telecom information to assist clients in determining the options for connectivity. Metro and Long-Haul Network Routes Both metro and long-haul networks routes are represented by our optic fiber maps.
Identify patterns in fiber optics network traffic in order to determine overlooked areas that need only minimal build-out construction. Analyze both lit and unlit optic fiber paths. Receive optic fiber path data on over carriers. Data Centers and On-Net Buildings Evaluate over 3, lit buildings and other on-net structures such as carrier hotels, points of presence POPscentral offices and data centers.Outlook opensharedfolder
Review the relationships between on-net building and optic fiber routes with map overlays. Identify the connectivity of your business site. Assess whether an on-net building can fulfill the needs of your business by working with an NEF optic fiber professional. Business Address Residential Address.On this page and its children, I collect and organize links to maps of metro fiber across the US.
The map links are grouped by geographical region, simply click on the appropriate location to get started:. If you would like to jump-start my efforts in a region, just send me a link I don't already have. I also recently corrected the links to the maps of Abovenet and Alpheus, plus a few others that had been broken by website renovations. It has several citices including Washington, New York, Nashville, etc. Level 3 would have what TW Telecom had. You may Log In to post a comment, or fill in the form to post anonymously.Sl school girls athagana videofun in ponhub
Telecom Ramblings. Ramblings' Jobs. Post your job here! Anywhere, anytime - Telecom Ramblings. Featured Job Listings List one or more jobs! Reach thousands of industry insiders! Featured Articles. Metro Fiber Maps 12 Comments. Join the Discussion! August 2, at am.
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