Easily convert your text-based assets to realistic continiously updated 3D models with user friendly API using only your web browser. We combine our never ending development with agile methodologies to achieve absolute progress based on your needs. Lay behind and leave it to our experienced maintenance team to handle your hosting and online storage.
We share our years of experience in web technologies and telecom industry with creative and innovative solutions. Tower GL is user friendly 3D assisted fixed asset management solution for telecom and tower companies.
We are aiming easy and visual site management which means you can easily check your sites just by looking its realistic model. With our 3D modeling technology you can also have smart reports like basic static analysis or maximum available rectangular spaces on your sites. Tower GL is easy to use and follows simplicity principles of Google and Apple.
But if you need a little help, you can use our online trainings or can get lessons from our experienced training team. In a rush? Use in application chat tool to ask questions to experts instantly. Tower GL comes with smart tools which helps you manage your assets in 2D text based3D visualized and even 4D 3D with time layer. Tower GL is web based so you do not need additional application for your 3D needs.
Only thing necessary is a trusted web browser. You do not need to share your data after updating your sites. Our cloud system provides fast and easy centralized data sharing and data collabration. You can observe your sites transformation in time. Easy access to your assets. Assets tool is here to make your asset management easier not similar to anything before.
Fully visualized assets will allow you to completely utilize your control over your site portfolio. Any change on your assets can be tracked by Projects tool and you do not need to guess which model, what type and where your assets are anymore.
Anything you would like from a Graphical Information System, you can have it with Sites tool. Sites tool combines 1-and-1 3D models of your sites with a powerful GIS engine. Workflow mangement, document management, tenancy ratio tracking, utilization alaysis Numerious tools within Tower GL will help you to get things done quickly.
All developed from the needs of the industry and only will get better.We have converted some of our models to. Check out the current set of printable models. Currently hosting models.
An introduction to towerco business models and tower transactions
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Telecom Tower 3D Model
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Asteroid Vesta East. Asteroid Vesta West. Astronaut Glove. Atmosphere-Space Transition Region Explorer. Aurora 7.At EY, we continue to be at the forefront of transactions in the African tower market, successfully completing nine deals on the continent to date and advising on a host of others.
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Subscribe now. An introduction to towerco business models and tower transactions EY define the three types of towerco business model. Guest Author. Read this article to learn: The three types of towerco business models and two types of sale and leaseback transaction structure The natural limits on per tower valuations and leaseback rates The economics of a single site How towercos create value through co-location sales and energy opex reduction A glossary of tower industry terms and KPIs.
This content is for Subscribers only To read the full article either login below or follow the link to subscribe. April 0 comments. March 0 comments.In the industry for over 40 years, Sabre provides highly-engineered support structures for a wide variety of industries including electric transmission and distribution, wireless communications, renewable energy, oil and gas, and government and defense.
An integrated provider, we also offer a variety of value-added services that are critical to the development, expansion, and maintenance of both power delivery systems and wireless communication networks. We look for talented and ambitious individuals who want to work in an environment that values their skills and creativity.
Sabre provides a variety of employment opportunities from manufacturing positions, to engineering, to support staff and service technicians.Telecom Tower 3D Model
Committed to the highest standards, we seek to provide our employees with opportunities for challenge, professional growth and development. To join our team, visit our Careers section. All rights reserved. Engineered Structures. Utility manufacturing steel pole transmission and distribution structures. Communication manufacturing communication towers for nearly all applications.
Telecom Services providing a full range of infrastructure services. Small Cell providing small cell total solutions. Enclosures offering durable, drop-in-place solutions for a variety of industries.
About Sabre In the industry for over 40 years, Sabre provides highly-engineered support structures for a wide variety of industries including electric transmission and distribution, wireless communications, renewable energy, oil and gas, and government and defense.
Sabre News. News Press Releases Announcements. Careers Open Positions Why Sabre.The study is a perfect mix of qualitative and quantitative information highlighting key market developments, challenges that industry and competition are facing along with gap analysis and new opportunity available and trend in the Telecom Tower Market.
The report intends to provide cutting-edge market intelligence and help decision makers take sound investment evaluation. Besides, the report also identifies and analyses the emerging trends along with major drivers, challenges and opportunities. Telecommunication towers are a combination of steel structures that are designed in order to support antennas for telecommunications and broadcasting. Wireless communication for the most part, such as mobile networking, television antennas as well as radio broadcasting is connected using telecom towers.
A complete telecommunication tower can be defined as a whole set of mechanical structures and electronic signal processing unit which is used in order to be able to connect through these towers. The towers can vary in height depending on the area in which they are located and for various proposes.
These towers can vary from ranges such as 15 to 60 meters as well as higher. There are various types of telecommunication towers and one way that they can be classified as on the basis of their structural action.
Telecommunication towers can be classified into various structural actions such as lattice towers, guyed towers, monopole towers, and stealth towers. Telecommunication towers are used in order to allow for communication among people. Communication through networking requires elevated antennas in order to effectively transmit and receive radio communications. In the case of an absence of tall buildings that antennas can be mounted to, towers can be used in order to mount antennas.
The telecommunication market has aided in the increase in the demand for telecommunication towers in both rural as well as off-grid areas. A rapidly increasing rate of urbanization has led to the upsurge in the development as well as the adoption of technology increase in the smartphone penetration because of which there is a growth in the annual data usage through wireless networks worldwide.
This led to an improvement of the overall economy, especially with respect to rural areas through the facilitation of increasing income. Therefore, increased penetration of telecom towers in rural and off-grid areas is considered as one of the major driving factors for the growth of this market in the forecast period allowing for the creation of jobs and lowering of unemployment rates in such areas.
This degree of urbanization has allowed for the increase in the penetration of telecom towers in rural as well as off-grid areas are largely increasing the demand for telecom towers. Moreover, a growing subscriber base for cellular networks demands a strengthened communications infrastructure that calls for more tower deployments.
Especially in recent years, the telecommunication market has been growing rapidly due to the monumental growth in the number of internet users as well as the growing adoption of the smartphone in both developed as well as in developing regions. With the increasing number of cell phone subscribers comes the increasing number of telecom service providers and leads to the growth of public exposure to radio waves from telecommunication towers in general.
This has sparked discussion regarding the harmful effects of high-frequency radio waves on both humans as well as the environment. Globally, there is more emphasis than ever from the public as well as regulatory pressure to reduce telecom tower energy consumption and therefore it can be suggested that the increased concerns for the emission of radiation might restrain the growth of the telecom market as they are leading to the opposition of tower deployments.
The Asia Pacific dominated the market in China accounted for the majority of the market in this region inwhich is expected to continue over the forecast period.
The Asia Pacific, which is dominated by countries such as China and Japan, accounted for the largest share of the global market in This can be accounted for due to the presence of some of the key industry players in the region such as China Tower Corporation Limited which has a large global outreach. Apart from this, the advent of 4G services in India has also boosted the market for telecom towers.Engineers can now model faster than ever using the parametric wizard generator and Panel libraries.
The automatic model generator generates the full 3D model of any tower including the main members, diagonals, diaphragms and rigid connections. Panels can be defined by the user through Panel Editor, or selected from a standard panel library. Standard libraries also include materials and sections. The extensive library of panel types allow for quick creation of the structure through parametric tools.
The loads generator wizard is a very powerful tool for the automatic load generation on the tower. The Tower Generator automatically computes the wind loads and ice loads.
The user-interface features, the powerful analysis engine, the extensive design checks and the advanced visualization tools make modelling of complex towers a seamless process. Uniform wind pressure profile and uniform thickness ice profile. User-defined wind pressure profiles. United States county listings of design criteria for wind, wind with ice, and ice. Loading for joints, members including concentrated, uniform, trapezoidal and thermal loads.
Loading for surfaces and finite element plates. Automatic calculation of drag coefficients, gust factors, topographic parameters and escalate ice thickness according to TIAH. Members are checked against their ultimate strength in accordance with the selected code, Design checks include: — Slenderness ratios — Buckling length — Tension — Compression — Connections shear, bearing, block shear — Anchor rods Calculation of the equivalent loads on footings. Can optionally check members according to LRFD for : — Bending — Tension-bending — Compression-bending — Shear — Torsion — Warping Profile optimization of selected members allows to test different section shapes, grade and materials types.
The user can use this command to define the layout and properties of the bolts that will be used to connect the members of the structure. The user can use this command to define the layout and properties of the bolts that will be used to connect the members of the structure such as: -Bolt -Diameter D -Threads Pitch tp -Ultimate Stress Fu -Bolts Class.
The anchor rods command is used to define the parameters of the anchorage of the columns to the foundations. Four types of anchors are available. A column is composed of a number of segments placed in a sequential order. Each column face is made of panels which fit into the column segments. The Column Face Prototypes dialog box is used to define this sequence of panels.
Each sequence is defined independently from the column; it will be attached to a specific column face by the Column Face Identification command. The library in which the panel is defined as well as the desired panel must be selected in the Panel Library and Panel Name lists. The TSE software provides a series of standard connection and diaphragm panels which can be found in the Standard-D library.
Additional panels can also be created using the Panel Editor. The Guys command allows to define the guys configuration for guyed towers. The guys and attachment members are generated when the tower model is generated using the Generation of Model command. The TSE Telecom software has facilities to manually add joint and member loads as well as for the automatic generation of code-specified loads.
The Wind Loads command is used to define the tower wind loads parameters.Efficiently design and model towers, such as lattice towers and guyed masts, as well as equipment such as antennas, mounts, and linear appurtenances, with powerful 3D physical modeling. With both graphical and text-based definitions of tower structures, you can design and complete projects faster than ever. You can leverage a comprehensive library of panel types and ancillary equipment that enable quick creation of the structure; automatically generate loads for any number of directions with user-defined topographic configurations and quickly perform design checks; and create reports with virtually any output — from structure data to loading analysis results to design capacities for members and bolts.
When designing in accordance with U. You can also create a physical model by applying hierarchical modification layers with revision history on top of the base geometry using built-in business logic. Create customizable XML libraries. Configure an XML file to create your own customized libraries for panel bracing, torque arms, and even truss legs.
You may also use built-in bracing types that can be extended and configured externally. Use a modern graphical environment to get a realistic visualizations of the model.
Discrete and linear appurtenances are drawn to scale on your 3D tower model. Visualize precise positioning of equipment including feedlines at any elevation and linear attachments. Customize the robust equipment library, which includes antenna, dish, TME, feedlines, and attachments equipment from all major manufacturers using built-in capabilities.
Define member connections with various bolt patterns including pre-defined bolt configurations. Automatically consider the effects of connections on member design calculations and check connection efficiencies. Define cluster formation of linear ancillaries as well as miscellaneous ancillaries including resistance ancillaries.
Design tower foundations U. Automatically design foundations for the most critical load cases for different criteria and review the foundation rating. Import tower models from legacy software, such as TnxTower U. Connect to an asset management database to retrieve all information related to the site and equipment on any of your towers with additional customization. Reduce modeling and optimization time and perform engineering analysis in minutes.