Services
Our Services
Planning
Planning is the cornerstone of any successful telecommunications project. We use FNMS (Fiber Network Management System) software, a comprehensive solution providing advanced tools for managing and designing fiber optic networks. This system allows us to model scenarios, optimize cable routes, and anticipate infrastructure needs with high precision.
Consulting: We guide our clients in selecting technologies that align with their technical and budgetary goals, from standard FTTH solutions to advanced architectures like GPON or XGS-PON.
Feasibility Assessment: We conduct thorough studies including cost analysis, environmental impact, local regulations, and technical viability. This ensures the project is sustainable and meets established deadlines.
Survey and Digitization
Survey and digitization are essential processes to ensure accurate and efficient planning of telecommunications networks. We use advanced technologies, such as specialized mobile applications, for real-time field surveys, enabling instant capture of geographic and technical data with high precision.
Household Counting and Pole Assignment: We identify and record the number of households in specific areas, strategically assigning connections to existing poles to optimize network infrastructure. This includes geo-referencing key points to facilitate planning.
Survey of Gated Communities, MDU, and Shopping Centers: We conduct detailed analyses of gated communities, multi-dwelling units (MDU), and shopping centers, considering factors like population density, building distribution, and specific connectivity needs.
Network Diagnostics and Scalability Viability: We assess existing infrastructure, such as copper or fiber optic cabling, to determine its capacity for future expansions. This includes signal quality tests, transmission capacity, and physical cable condition, ensuring the network can scale without compromising performance.
Underground Cabling: We design and implement underground cabling solutions to enhance urban aesthetics, reduce environmental damage risks, and comply with local regulations. This process includes soil studies, route planning, and coordination with local authorities.
Design
Designing telecommunications networks requires a technical and strategic approach to ensure performance and scalability. Our services include:
FTTH Networks: We design fiber-to-the-home networks with balanced architectures (splitters distribute the signal evenly) and unbalanced ones (greater flexibility for areas with variable densities), optimizing resource use and minimizing optical losses.
Optical Budget and Splice Sheets: We create detailed optical loss calculations and splice diagrams to ensure signal quality across each network segment.
Third-Party Design Audits: We review external designs to identify potential failures, inefficiencies, or non-compliance with standards, providing optimization recommendations.
RF Design: HFC (Hybrid Fiber-Coaxial) architectures like Fiber Deep and N+x.
MDU Design: We adapt designs for buildings, gated communities, and shopping centers, considering internal cable distribution, access points, and end-user needs.
Fiber Optic Links: We design point-to-point or multipoint connections to ensure high-speed, low-latency communications, such as in corporate network backbones.
Construction
We have a specialized team and state-of-the-art tools for deploying fiber optic networks.
Fiber Optic Deployment: We carry out the installation of aerial and underground cables. Our staff is trained to handle large-scale projects, from urban areas to rural settings.
Internal FTTH Networks in Buildings: We implement internal infrastructure in residential and commercial buildings, including distribution boxes, structured cabling, and connection points for end users, ensuring aesthetic and functional integration.
Maintenance
We offer comprehensive maintenance services for FTTH networks, ensuring their long-term operability and performance.
Preventive Maintenance: We conduct periodic inspections, signal tests, connector cleaning to prevent failures, and splice verification.
Corrective Maintenance: We address issues like fiber cuts, signal degradation, or equipment failures, with quick response times to minimize service interruptions.