2.3.2 Site Survey and Feasibility Study • Conduct thorough site surveys to assess the geographical, environmental, and structural characteristics of the deployment area, including terrain, vegetation, and existing infrastructure. • Evaluate the technical feasibility of each of the network locations. 2.3.3 Network Architecture Design • Define the logical network topology, based on the coverage requirements and user density. • Strategically select locations for Tarana G1 base nodes to maximize coverage, minimize interference, and ensure line-of-sight (LOS) or near-LOS conditions where necessary. • Design the antenna layout, including the center line and their orientation to achieve optimal signal propagation and coverage. • Provide a comprehensive report for the final network design to be implemented including but not limited to antenna allocation, construction and site drawings, network topology maps etc. 2.3.4 Frequency Planning and Spectrum Management • Plan the frequency channels to be used in the 5 and 6 GHz bands, considering local spectrum availability, regulatory restrictions, and potential interference from nearby systems. • Implement frequency reuse strategies to maximize spectral efficiency and network capacity. 2.3.5 Capacity Planning • Analyze the anticipated data traffic demands and user requirements to determine the necessary network capacity, ensuring future needs. • Design the integration to the existing network to support the aggregate data load from the base nodes to the core network. 2.3.6 Materials • Provide any installation materials or accessories required to deploy the Tarana G1 solution in accordance with each location requirement. • Provide all the network equipment required for the Tarana G1 solution to operate. • Provide any networking equipment required for the integration of the Tarana G1 solution to the existing DIT network. • Provide any parts or accessories ordinarily furnished or required to make the equipment specified a complete operating unit or system.
