{{current_slide_index}}Self-Guided RF PlanningWe gather information about the area to cover, frequency allocation, indoor vs outdoor area, type of obstacles, maximum height of the antennas and capacity required (UL/DL Throughputs). With this information we have created a tool that automatically define the number of radios and the location of the radios to meet the customer requirements{{current_slide_index}}Self-Guided RF PlanningBill of Materials (BOM){{current_slide_index}}Once we know the number of radios and capacity required we can derived the rest of the Bill of Materials (BOM), including: Core Network, Synchronization source, Switches, Number of servers, type of cables, power supplies and end devices, in this case 5G Cameras{{current_slide_index}}Self-Guided RF PlanningSelf-Guided RF Planning{{current_slide_index}}Self-Guided RF Planning{{current_slide_index}}Self-Guided RF Planning{{current_slide_index}}Self-Guided RF Planning{{current_slide_index}}
