5G Private Network Simulation for Port Industrial Area at Millimeter-Wave Frequency

A 5G private network refers to a local wireless network that operates on the 5G technology standard and is dedicated to serving the needs of a specific organization or entity. 5G Private use cases can be adopted across manufacturing, logistics, oil and gas industries. 5G Private technology builds the foundation for more efficient industrial operations by connecting several device types to improve business efficiency. Smart ports can be equipped with 5G Private networks to connect all types of devices: containers, access security control, smartphones, autonomous cars, and so on. Even in challenging propagation circumstances, 5G private networks will provide a highly secure network. This paper performs network design based on coverage analysis and then validates it using the Forsk Atoll network simulator. The research used millimeter-wave frequency at 26 GHz and bandwidth at 100 MHz. The object of this research is Tanjung Priok Port, Jakarta, which has a water area of 4.24 ${\mathrm{km}}^{2}$ and a land area of 6.04 ${\mathrm{km}} ^{2}$. Based on the analysis results, the optimal number of gNodeB for uplink is 15 gNodeB, and for downlink is 17 gNodeB. The average value of SS-SINR is 11,5 dB and the average value of SS-RSRP is -88.09 dB.