# Oceania's 5G Multi-Tier Fixed Wireless Access Link's Long-Term Resilience and Feasibility Analysis
## 3 5G Base Coverage Network Layout
### Simulations of SINR and 5G Network Coverage
 \\ \hline \multicolumn{4}{c}{UMa} \\ \hline \(\mathrm{LoS}\) & \(PL=22.0\log_{10}(d)+28.0+20\log_{10}(f_{\varepsilon})\) & \(\sigma=4\) & \(10\,m<d<d_{BP}^{(1)}\) \\ \(\mathrm{LoS}\) & \(PL=40\log_{10}(d)+7.8-18\log_{10}(h_{\mathrm{FS}})-18\log_{10}(h_{\mathrm{ JIT}}^{(1)})\) & \(\sigma=4\) & \(d_{BP}<d<5000\,m^{(1)}\) \\  & \(+2\log_{10}(f_{\varepsilon})\) & & \(h_{BS}=10\,m^{(1)}\); \(h_{\mathrm{JIT}}=15\,m^{(1)}\) \\  & & & \(10\,m<d<5000\,m\) \\  & & & \(h=mg\); \(b_{\mathrm{JIT}}=h_{\mathrm{JIT}}=10\,m\), \\  & & & \(W=street\); \(b_{\mathrm{JIT}}=h_{\mathrm{JIT}}=15\,m\), \\  & \(PL=161.04-7.1\log_{10}(h_{\mathrm{JIT}})+7.5\log_{10}(h_{\mathrm{JIT}})\ldots\) & & \(W=20m\); \(h=20\,m\), \\  & \(+(43.42-3.31\log_{10}(h_{\mathrm{FS}})-(10\log_{10}(d)-3)\ldots\) & & \(1m<d_{\mathrm{JIT}}<10\,m\) \\  & \(+20\log_{10}(f_{\varepsilon})-3\,2\left(\log_{10}(11.75h_{\mathrm{JIT}})^{2}-4 97\right)\) & & \(5\,m<d<50\,m\) \\  & & & \(5\,m<h<50\,m\) \\  & & & \(10\,m<h.85<150\,m\) \\ \hline \multicolumn{4}{c}{SMa} \\ \hline \(\mathrm{LoS}\) & \(PL_{1}=20\log_{10}(40\bar{\tau}f_{\varepsilon}/3)+\min(0.03h^{1.2},10)\log_{10} (d)\) & \(\sigma=4\) & \(10\,m<d<d_{BP}^{(1)}\) \\  & \(-\min(0.044h^{1.2},14.7)+0.002\log_{10}(h)d\) & & \(d_{BP}<d<5000\,m\) \\  & & & \(h_{BS}=35\,m\); \(h_{\mathrm{JIT}}=15\,m\) \\  & & & \(h_{BS}=30\,m\), \(h_{\mathrm{JIT}}=10\,m\) \\  & & & (The applicability ranges of \(h_{\mathrm{JIT}}\), \(h_{\mathrm{JIT}}\) are same as in \\  & & & UMA NLoS) \\  & & & \(10\,m<d<5000\,m\) \\  & \(PL=161.04-7.1\log_{10}(h)+7.5\log_{10}(h)\ldots\) & & \(h_{BS}=35\,m\), \(h_{\mathrm{JIT}}=15\,m\), \\  & \(-\left(24.37-3.3\left(\frac{h_{BS}}{h_{BS}}\right)^{2}\right)\log_{10}(h_{ \mathrm{JIT}})\ldots\) & \(\sigma=8\) & \(W=20\,m\), \(h=10\,m\) \\  & \(+(43.42-3.1\log_{10}(h_{\mathrm{JS}})/(h_{\mathrm{JS}}))\left(\log_{10}(d)-3 \ldots\right.\) & & \\  & \(+20\log_{10}(f_{\varepsilon})-3\,2\left(\log_{10}(11.75h_{\mathrm{JIT}})^{2}-4 97\right)\) & & \\ \hline \multicolumn{4}{c}{RMa} \\ \hline \(\mathrm{LoS}\) & \(PL_{1}=20\log_{10}(40\bar{\tau}f_{\varepsilon}/3)+\min(0.03h^{1.2},10)\log_{10} (d)\) & \(\sigma=4\) & \(10\,m<d<d_{BP}^{(1)}\) \\  & \(-\min(0.044h^{1.2},14.77)+0.002\log_{10}(h)d\) & & \(d_{BP}<d<5000\,m\) \\  & & & \(h_{BS}=35\,m\); \(h_{\mathrm{JIT}}=15\,m\) \\  & & & \(W=20\,m\), \(h=10\,m\) \\  & & & (The applicability ranges of \(h,W_{\mathrm{JS}}\), \(h_{\mathrm{JIT}}\) are same as in \\  & & & UMa NLoS) \\ \hline \multicolumn{4}{c}{\(\mathrm{LoS}\)} \\ \hline \(\mathrm{LoS}\) & \(PL_{2}=PL_{1}(d_{BP})+40\log_{10}\left(\frac{d}{h_{\mathrm{JIT}}}\right)\) & \(\sigma=6\) & \(W=20\,m\), \(h=10\,m\) \\  & & & (The applicability ranges of \(W,h_{\mathrm{JS}}\), \(h_{\mathrm{JIT}}\) are same as in \\  & & & UMa NLoS) \\ \hline \(\mathrm{LoS}\) & \(PL_{1}=20\log_{10}(40\bar{\tau}f_{\varepsilon}/3)+\min(0.03h^{1.2},10)\log_{10} (d)\) & \(  
technological devices and natural occurrences, can also have an impact on the signal quality. To provide a thorough assessment of the signal quality in a wireless communication system, SINR considers both interference and noise. The reduction in power density (attenuation) of the wireless transmission's wave as it propagates (travels) across a medium over a distance is known as path loss (attenuation of the signal route). It is a crucial component in the design and planning of a wireless network and plays a crucial role in determining the link budget. When planning outdoor long-range links, the path loss owing to free space loss is likely to be the most crucial consideration because it causes a 4\(\times\) reduction in signal intensity for every 2\(\times\) increase in distance between devices. Free space loss is based only on the LoS (line of sight) passage through free space air and does not take into account things like the gain of the antennas used at the transmitter and receiver or any loss related to hardware flaws.