Assessing 5G Network Deployment Strategies in an Industrial Zone: A Case Study on Coverage and Capacity Planning

5G New Radio provides additional millimeter Wave (mm Wave) frequency spectrum as a step to expand the available spectrum. Pulogadung industrial area has high communication needs, support for innovation, efficiency and resource savings as a business actor so it is ideal for the implementation of 5G technology. This study compares coverage and capacity planning using propagation and forecasting models with frequencies of 3.5 GHz and 26 GHz under uplink conditions. Link budget is calculated using outdoor-to outdoor (O2O) and Line of Sight scenarios based on Urban Micro (UMi) and Urban Macro (UMa) propagation models of 3GPP TR 38.901 standard. The results of coverage planning simulations using Planet 7.7.1 software have a total of 28 sites and 522 sites. While in Capacity planning there are 22 sites and 371 sites. The maximum value of SS-RSRP parameters and data rate is shown in scenario 1 (Uplink Outdoor to Outdoor Line of Sight 3.5 GHz). This can be due to better propagation characteristics at lower frequencies and is more suitable for uplink conditions.