Comprehensive Fiber Design for a Tier 1 Telecom Operator: Seamless Transition from Copper to Fiber
Introduction
As part of its network enhancement strategy, a Tier 1 telecom operator launched a fiber network design and deployment project aimed at upgrading legacy copper infrastructure to a modern fiber-to-the-premises (FTTP) solution. The primary objective was to enhance service quality, capacity, and speed. Verveba was chosen to manage the entire fiber design process, including surveying, permitting, installation, and testing for the Passive Optical Network (PON) Serving Area (PSA) within the wire center, facilitating the transition from Copper Distribution Areas (DA) to a fully fiber-optic network.
Challenge
The transition from copper to fiber in the wire center’s existing distribution area posed several challenges, requiring precise coordination and technical execution across multiple project phases. One major obstacle was managing the stringent requirements for permitting with local authorities, which demanded close oversight and adherence to strict guidelines. Additionally, timely acquisition of easements and permissions was essential to prevent delays that could disrupt the project timeline.
Other key challenges included:
- Conducting detailed surveys and ground mapping to identify the most efficient routes for fiber installation.
- Coordinating permitting with local authorities, which had highly stringent requirements.
- Ensuring that inspections met rigorous safety and functionality standards.
Managing the integration of the new fiber infrastructure within a densely populated urban area, while maintaining strict adherence to project deadlines.
Solution
Verveba addressed these challenges through a well-structured, multi-phase approach that ensured the successful design and deployment of the fiber network:
- Preliminary Design: Verveba developed a comprehensive blueprint for the fiber network, outlining key installation paths, component placements, and project timelines.
- Capacity Planning and Analysis: The team analyzed network demand to ensure the system was designed to meet current needs and future scalability.
- Fielding: On-site assessments were conducted to ensure optimal placement of fiber routes based on ground conditions and infrastructure layout.
- Planning: Verveba created detailed planning documents for each stage of the project, considering all regulatory requirements, resource needs, and time constraints.
- PE Stamping: All engineering designs were certified with Professional Engineer (PE) stamps to ensure regulatory compliance.
- Traffic Control Plans: Verveba developed and implemented traffic control plans to minimize disruption during installation in high-traffic urban areas.
Key actions included:
- Planning & Surveying: Thorough site surveys and ground mapping were conducted within the PON serving area to identify the most efficient routes for fiber installation. This ensured a smooth transition and integration with the existing copper infrastructure.
- Permitting & Permissions: Verveba worked closely with local authorities to manage all aspects of permitting, coordinating the acquisition of easements and land-use permissions despite the stringent requirements. The team ensured that all necessary permits were obtained on time, avoiding delays and ensuring compliance with local regulations.
- Final Design : Verveba oversaw the careful selection of network components, including fiber cables, terminals, and supporting equipment. These were chosen for optimal performance and future scalability. The installation process was aligned with industry standards, focusing on precise component placement and adhering strictly to the project schedule.
Results
Verveba’s comprehensive and systematic approach to fiber design and deployment successfully transformed the legacy copper network into a high-speed fiber infrastructure within the PON serving area. The project’s completion enabled the Tier 1 telecom operator to significantly enhance its service offerings, resulting in faster internet speeds, improved network reliability, and greater scalability for future needs.
Key achievements included:
- Efficient planning, surveying, and ground mapping, leading to the selection of optimal fiber routes.
- Successful coordination with local authorities, allowing for timely acquisition of all necessary permits, easements, and permissions, despite stringent regulatory requirements.
- Accurate selection and placement of network components, followed by a planning and startup process.
- Seamless integration of the new fiber infrastructure with the existing Copper Distribution Areas (DA), ensuring a smooth transition and minimal disruption to customers.
Testimonials
Verveba’s attention to detail and expertise in fiber network design were crucial to the success of this project. They managed every aspect, from planning and permitting to installation and testing, ensuring we transitioned smoothly from copper to fiber while meeting all deadlines.
(Project Manager at the Tier 1 telecom operator)
Fiber Construction for a Very Prominent Subdivision in Dallas - Fort Worth Metroplex
Placing 15,000′ Innerduct, multiple Brooks boxes, and pulling over 10,000′ of fiber in prominent subdivision in Dallas – Fort Worth Metroplex.
Relocate a Data Center for a large OEM
Task for relocation for the physical infrastructure, setting up Project management guidelines for the migration.IT infrastructure includes hardware installation, migrations and break-fix, smart/remote hands.