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Polosoft leverages its deep domain expertise and extensive experience in the telecom industry through location intelligence.

Fiber and Broadband Telecom Network Design

Polosoft has effectively assisted numerous clients in the US, Europe, Australia, and India with Telco design and drafting services. Polosoft provides planning, design, management, and enhancement of telecommunications networks to aid global engineering, procurement and construction (EPC) services.

Polosoft specializes in fiber optic networks and broadband infrastructure designing these networks, leveraging advanced geospatial data and industry best practices to deliver optimal solutions.

FTTx Design and Drafting

FTTx/FTTH Design and Drafting

FTTx/FTTH technology delivers high-speed internet access directly to homes and businesses using fiber optic cables. Polosoft Technologies offers comprehensive FTTx design and drafting services to streamline your network deployment process.

  • FTTX (Fiber to the X): Customizing fiber connections to different endpoints, such as homes (FTTH), businesses (FTTB), and other locations.
  • High-Level Design (HLD): Establishing the overall network architecture, identifying main routes, and defining major network components.
  • Low-Level Design (LLD): Creating detailed technical specifications and configurations for network deployment.
  • Permitting and Compliance: Navigating regulatory requirements and securing necessary permits for construction and operation.
  • Construction Packages: Preparing all design and planning documents to facilitate the physical construction phase.
  • Preliminary Layout Approval (PLA): Ensuring initial designs meet strategic and regulatory standards before proceeding.

Permitting

Polosoft provides comprehensive support to clients in acquiring permits from authorities for telecom network projects, ensuring a smooth and efficient approval process. Our expertise in regulatory compliance and extensive industry knowledge enable us to navigate the complexities of permit acquisition effectively.

  • Regulatory Compliance: Understanding and adhering to local, state, and federal regulations to ensure all requirements are met.
  • Documentation Preparation: Compiling and preparing detailed and accurate documentation needed for permit applications, including technical drawings, site plans, and environmental impact assessments.
  • Liaison with Authorities: Acting as a liaison between clients and regulatory authorities, facilitating clear communication and addressing any concerns or questions that may arise.
  • Submission Management: Handling the submission of permit applications, ensuring all forms and documents are completed correctly and submitted on time.
  • Follow-Up and Tracking: Monitoring the status of permit applications, providing updates to clients, and following up with authorities to expedite the approval process.
  • Issue Resolution: Identifying and addressing any issues or obstacles that may delay permit approval, and working proactively to resolve them.
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Construction Packages

Construction Packages

Polosoft's Telecom Network Construction Packages provide a comprehensive suite of documents and resources essential for the efficient and successful implementation of telecom network projects.

  • Detailed Design Documents: Comprehensive high-level and low-level design (HLD/LLD) blueprints that outline the overall architecture and specific technical configurations of the network.
  • Material Lists and Specifications: Exhaustive lists of all required materials, along with detailed specifications to ensure that all components meet the necessary standards and requirements.
  • Construction Drawings: Precise construction drawings that provide clear, actionable instructions for field teams, covering everything from trenching routes to equipment installation locations.
  • Permit Documentation: All necessary permits and regulatory approvals compiled in one place, ensuring that construction can proceed without legal or compliance-related delays.
  • Project Management Plans: Structured project management plans that outline timelines, milestones, and responsibilities, ensuring that the construction project stays on track and within budget.
  • Safety Protocols: Detailed safety guidelines and protocols to ensure that all construction activities adhere to industry safety standards, protecting workers and the public.

Pole Loading Analysis

Polosoft's Pole Loading Analysis (PLA) services offer a critical assessment of the structural integrity and load-bearing capacity of utility poles used in telecom network installations to ensure the safety, reliability, and longevity of the network infrastructure.

  • Comprehensive Data Collection: Gathering detailed information on existing pole conditions, including material type, dimensions, age, and environmental factors.
  • Load Assessment: Calculating the cumulative load on each pole, considering factors such as the weight of cables, equipment, wind, ice, and other environmental forces.
  • Structural Analysis: Using advanced modelling and simulation tools to analyze the pole's ability to withstand the assessed loads, identifying potential points of failure or stress.
  • Compliance with Standards: Ensuring that all analyses comply with relevant industry standards and regulatory requirements, such as those set by the National Electric Safety Code (NESC) and local authorities.
  • Safety Recommendations: Providing actionable recommendations to enhance pole safety and performance, including reinforcement strategies, pole replacements, and load redistribution plans.
  • Detailed Tower Design:Tower Foundation Design for rooftop and ground equipment platform. Existing building pole tower reanalysis, monopole and lattice tower reanalysis. Structural Design of Greenfield Telecom Towers for capacity increment or maintenance.
Pole Loading Analysis

Wireless Network Design Services

Polosoft assists top international engineering, procurement, and construction (EPC) companies in designing, overseeing, and modernizing their communication networks through telecommunications architecture and engineering (A&E) services.

Architecture and Engineering Design

Architecture and Engineering Design

Polosoft's Telecom Network Architecture and Engineering Design services provide a comprehensive framework for developing high-performance, scalable, and reliable telecom networks.

  • Network Architecture Planning>: Creating a strategic blueprint that outlines the overall network structure, including core, distribution, and access layers to meet performance, scalability, and redundancy requirements.
  • High-Level Design (HLD)>: Developing a broad overview of the network, mapping out key components such as data centers, central offices, and primary distribution points. 
  • Low-Level Design (LLD)>: Detailing the specific technical configurations, including hardware specifications, cabling layouts, and network protocols are precisely defined for accurate implementation.
  • Geospatial Integration>: Leveraging advanced geospatial data to optimize network design, ensuring efficient routing, optimal site selection, and precise resource allocation.
  • Capacity Planning>: Assessing current and future network demands to ensure that the design can accommodate growth and evolving user needs without compromising performance.
  • Regulatory Compliance>: Ensuring that the network design adheres to all relevant industry standards and regulatory requirements, such as safety codes, environmental regulations, and data protection laws.

Small Cell Site Drafting

Polosoft's Small Cell Site Drafting services deliver precise and comprehensive drafting solutions tailored to the unique requirements of small cell deployments in telecom networks. Small cells are essential for enhancing Telecom Network capacity, coverage, and performance, particularly in densely populated urban areas.

  • Site Survey and Data Collection: We conduct thorough site surveys to gather accurate data on potential small cell locations, including measurements, environmental conditions, and existing infrastructure.
  • Detailed Drafting: Creating detailed and accurate drafting documents that include site layouts, equipment placement, antenna configurations, and cabling routes. These drafts ensure that all components are correctly positioned for optimal performance.
  • Compliance with Standards: Ensuring that all drafting work adheres to industry standards, local regulations, and safety guidelines. This includes compliance with zoning laws, building codes, and environmental regulations.
  • Geospatial Integration: Utilizing advanced geospatial data to enhance site selection and planning, ensuring that small cells are strategically placed to maximize coverage and capacity.
  • Permitting Assistance: Providing support in acquiring necessary permits and approvals from local authorities, ensuring a smooth and efficient deployment process
  • High-Quality Documentation: Delivering high-quality, professional drafting documents as the foundation for successful small cell installations. These documents include site plans, elevation drawings, and installation guidelines
Small Cell Site Drafting
DAS Drafting & Blueprint

DAS Drafting & Blueprint

Polosoft’s Distributed Antenna System (DAS) drafting is a critical step in designing and deploying these in-building or outdoor networks. It involves creating detailed technical drawings that guide the installation and configuration of DAS equipment to ensure optimal wireless coverage within a specific area.

  • Site Layout: This plan depicts the overall area where the DAS will be deployed, including building footprints, outdoor spaces, and access points.
  • Single-Line Diagrams: It provides a simplified representation of a complex electrical system, showcasing the flow of power and the relationships between major components in a clear and concise format.
  • Equipment Placement: The drawings illustrate the precise locations of antennas, amplifiers, and other DAS components. Factors like signal propagation, interference mitigation, and cable routing are considered.
  • Cable Routing and Schematics: Cable pathways (underground, overhead, or in-conduit) are clearly defined, along with detailed cable schematics specifying cable types, lengths, and connections between equipment.
  • Integration with Existing Infrastructure: Drafting plans that integrate DAS components with existing building infrastructure, including cabling routes, power supplies, and network connections.
  • Compliance with Standards: Ensuring all designs comply with industry standards, local building codes, and safety regulations, including those set by the FCC and other relevant authorities.

Structural Analysis of Cell Towers

Polosoft's Structural Analysis of Cell Towers provides a comprehensive evaluation of the integrity and stability of cell tower structures. Our advanced analysis ensures that these critical components of telecom infrastructure are safe, reliable, and capable of withstanding environmental and operational stresses.

  • Data Collection and Site Inspection: Conduct thorough site inspections and collect detailed data on the existing condition of cell towers, including material properties, dimensions, and environmental factors.
  • Load Assessment: Evaluating the loads applied to the tower, including static loads (weight of the tower and attached equipment), dynamic loads (wind, seismic activity), and additional factors like ice accumulation.
  • Structural Modeling: Utilizing advanced modelling software to simulate the tower's behavior under various load conditions, identifying potential points of stress and failure.
  • Compliance with Standards: Ensuring that the structural analysis adheres to relevant industry standards and regulatory requirements, such as those set by the Telecommunications Industry Association (TIA) and local building codes.
  • Safety and Stability Recommendations: Providing actionable recommendations to enhance the tower's safety and stability, such as reinforcement strategies, retrofitting solutions, and load redistribution plans.
  • Detailed Reporting: Delivering comprehensive reports that include analysis results, graphical representations, and clear recommendations for stakeholders.
Structural Analysis of Cell Towers
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RF Network Planning with Geodata

Polosoft's Geodata for RF Network Planning services provides critical spatial data and analysis to optimize the design and deployment of radio frequency (RF) networks. We help clients ensure efficient coverage, capacity, and performance of their wireless networks.

  • Site Selection: Analyzing geographic and demographic data to identify optimal locations for base stations, antennas, and other network components to maximize coverage and minimize costs.
  • Propagation Modeling: Utilizing advanced propagation models that incorporate geospatial data to predict signal behavior, coverage areas, and potential interference zones.
  • Line-of-Sight Analysis: Conducting detailed line-of-sight (LOS) analysis to ensure clear signal paths between transmitters and receivers, crucial for effective RF network design.
  • Interference Analysis: Assessing potential sources of interference using geospatial data to mitigate signal degradation and enhance network performance.
  • Capacity Planning: Integrating geospatial data to evaluate user density and distribution, enabling accurate capacity planning and resource allocation for high-demand areas.
  • Regulatory Compliance: Ensuring that RF network plans adhere to local and international regulatory standards, including spectrum management and environmental regulations.

Land Base Geospatial Data

Land-based geospatial data is a comprehensive framework that organizes, analyzes, and visualizes geographical and spatial data. This data consists of a combination of layers that represents a different type of data, such as topography, land use, vegetation, infrastructure, and population distribution.

  • Natural Features: These layers include data on topography, soil types, vegetation, water bodies, and climate patterns. For example, elevation maps, hydrology networks, and vegetation cover are crucial for environmental analysis and conservation efforts.
  • Manmade Features: These layers encompass human-made structures and modifications to the landscape, such as roads, buildings, utilities, and other infrastructure. Urban planning, transportation networks, and public works projects rely heavily on this data.
  • Cultural Features: These layers represent human activities, demographic data, historical sites, and cultural landmarks. They are essential for social planning, historical preservation, and understanding human impact on the environment.
  • Building Features: Capture of building data within the Area of Interest involves collecting detailed information about the location, dimensions, structure, and usage of buildings, which is essential for urban planning, infrastructure development, and emergency response management.
  • Street Data Features: Capture of street data with specifications involves documenting the precise layout, dimensions, classifications, and conditions of streets, which is vital for transportation planning, traffic management, and infrastructure maintenance.
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