Network Architecture Design
Eureka Telecom offers specialized Network Architecture Design services as part of our comprehensive Fiber Design Solutions, enabling carriers, ISPs, and enterprises to deploy high-performance, future-ready fiber networks. Our experts design robust core, distribution, and access networks tailored to your capacity, geographic, and operational requirements.
We begin with feasibility studies and GIS-based route planning, evaluating terrain, building access, regulatory constraints, and right-of-way availability. Our architecture design integrates key elements including fiber paths, splice points, manholes, vaults, cabinets, and network hubs. Whether GPON, Active Ethernet, or DWDM systems, we ensure the infrastructure supports current needs and future scalability.
From greenfield fiber rollouts to brownfield upgrades, we deliver high-efficiency topologies with minimal signal loss, optimized bandwidth allocation, and rapid restoration capabilities. All designs follow national standards and client-specific technical specs, ensuring smooth permitting, construction, and long-term O&M.
Key Highlights
End-to-End Topology Planning
Comprehensive mapping of core, distribution, and access layers for both urban and rural networks. Ensures seamless connectivity, optimized performance, and efficient resource allocation across all network segments, supporting scalability, reliability, and robust infrastructure design tailored to diverse geographic and operational requirements.
GIS & Route Analysis
Accurate, data-driven mapping for optimized fiber routing and infrastructure planning, ensuring efficiency, cost-effectiveness, and reliable network deployment.
Capacity & Redundancy Design
Designing scalable architectures optimized for load balancing, failover, and seamless network growth. Our solutions ensure high availability, minimize downtime, and provide robust redundancy to support expanding demands. By anticipating future requirements, we deliver resilient systems that maintain performance under peak loads while safeguarding critical operations against failures.
Passive & Active Network Integration
Comprehensive support for GPON, EPON, Active Ethernet, and long-haul systems, enabling seamless integration of passive and active network components for reliable, high-performance connectivity across diverse network infrastructures.
Splice & Enclosure Planning
Optimized placement of splice cases, handholes, and access points to ensure efficient network connectivity, streamlined maintenance, and reliable infrastructure performance.
Standards-Compliant Documentation
Comprehensive network design packages prepared for engineering, permitting, and construction, ensuring accuracy, compliance, and seamless project execution from planning to build.