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In the context of designing telecommunication networks, the phase known as "DETAILED EXECUTIVE DESIGN" typically refers to the stage of the network design process where the high-level design plans and concepts are turned into detailed technical specifications and blueprints. This phase is often a critical step in the overall network design process and involves several key activities, including:

  • Detailed Network Architecture:
    During this phase, the network architects and engineers work to refine and document the network architecture. They specify the types of network components to be used, such as routers, switches, servers, and other hardware, and how these components will be interconnected.
  • Network Topology:
    The specific network topology is determined, including the arrangement of nodes, links, and connections within the network. This includes deciding on the physical layout of the network, the routing and switching protocols to be used, and redundancy mechanisms for ensuring network reliability.
  • Capacity Planning:
    Detailed capacity planning is performed to determine the bandwidth and capacity requirements for the network. This involves assessing the expected traffic load and designing the network to accommodate current and future data traffic demands.
  • IP Addressing and Subnetting:
    Detailed IP addressing schemes and subnetting plans are developed, including the allocation of IP addresses to various network segments, devices, and services. This ensures efficient IP address management and routing within the network.
  • Security Considerations:
    Security features and measures are integrated into the design to safeguard the network against potential threats and vulnerabilities. This may include firewall configurations, encryption protocols, and access control policies.
  • Quality of Service (QoS):
    QoS parameters are defined to ensure that critical applications receive the required level of service quality and prioritization. This can include traffic shaping, bandwidth allocation, and service-level agreements (SLAs)
  • Equipment Selection:
    Detailed specifications for the network equipment are determined, including the selection of specific hardware and software components based on the design requirements.
  • Cable and Infrastructure Design:
    If the network involves physical cabling, this phase includes specifying the type of cables, connectors, and distribution infrastructure to be used. It also covers the layout and physical placement of network equipment and data centers.
  • Testing and Validation:
    Testing plans and procedures are developed to ensure that the network functions as designed. This includes testing for connectivity, performance, and security.
  • Documentation:
    Comprehensive documentation is created to describe the network's design, configuration, and operation. This documentation is critical for maintenance, troubleshooting, and future expansions.
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The results of the feasibility study and preliminary design phase serve as the foundation for the subsequent phases of network design and deployment. This early planning stage is critical to ensuring that the telecommunication network is designed and built in a way that meets technical requirements, complies with regulations, and is financially sustainable.

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