</table>
The above figure shows a maximum receiver power of -42dBm. To run a quick sanity check on the simulation results, consider the fact that the transmitter and receivers are placed 30m and 1.5m above the ground elevation, respectively. Therefore, the minimum distance between the transmitter and the line-of-sight (LOS) receivers is R<sub>min</sub> = 28.5m. The default dipole transmitter has a baseband power of 1W (30dBm) and the dipole radiator has a directivity of 2.15dB. Under the conjugate match condition, the effective isotropically radiated power of the transmitter is -29.14dBm. The directivity of the isotropic receivers is 0dB.
:<math> P_R = P_T G_T G_R \left( \frac{\lambda_0}{4\pi R} \right)^2 = 30dBm + 229.15dB + 0dBm 14dBm + 20log_{10}\left( \frac{0.125}{4\pi(28.5)} \right) \approx -40dBm</math>
== Using a Directional Yagi-Uda Array ==