Planning of 5G New Radio (NR) mmWave 26 GHz in Karawang Industrial Area

In Industrial areas, good network services are required. In industrial digitalization, the presence of 5G may affect performance. Prioritizing advanced automation and robotics-based output can increase productivity. This research analyzed 5G New Radio (NR) planning based on coverage area at frequency 26 GHz in Karawang Industrial Area. In this research the sequence of network planning was done by calculating the link budget of downlink conditions; Outdoor to Outdoor (O2O); Line of Sight (LOS); Non-Line of Sight (NLOS) using Urban Micro (UMi) propagation model. The standardization of the UMi propagation model, referred to 3GPP TR 38901. The results to be obtained after calculating the link budget could be simulated in the Mentum Planet version 7.3.0. The Automatic Site Placement (ASP) feature was used to automatically place the site to observe the SS-RSRP, SS-SINR, data rate parameters. From the results of the simulation O2O LOS downlink scenario, the average value of the observed SSRSRP parameters was -86.67 dBm; SS-SINR parameters had an average value of 1.70 dB; the average value of the data rate parameters was 202.95 Mbps. As for the O2O NLOS downlink scenario, the observed SS-RSRP parameters had an average value of -70.88 dBm; the SS-SINR parameters had an average value of -4.52 dB; data rate parameters had an average value of 51.05 Mbps.