Suppose you have a Cellular loT system with the following parameters: An eNB with EIRP power...

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Suppose you have a Cellular loT system with the following parameters: An eNB with EIRP power of 42 dBm. The receiver is an loT device with effective bandwidth of BW= 180 kHz and requires a minimum SNR of 8 dB. It has a noise figure of F=5 dB and an antenna of 0 dBi The total path-loss between the eNB and the loT device is 150 dB Answer the following: 1. What is the received power at the loT device (in dBm) (3 Marks) 2. What is the noise power at the receiver assuming a noise bandwidth of 180 kHz and a thermal noise power spectral density -174 dBm/Hz (in dBm) (3 Marks) 3. What is the signal to noise ratio at the receiver (in dB) (3 Marks) 4. Is the link expected to work and why? (3Marks) Suppose you have a Cellular loT system with the following parameters: An eNB with EIRP power of 42 dBm. The receiver is an loT device with effective bandwidth of BW= 180 kHz and requires a minimum SNR of 8 dB. It has a noise figure of F=5 dB and an antenna of 0 dBi The total path-loss between the eNB and the loT device is 150 dB Answer the following: 1. What is the received power at the loT device (in dBm) (3 Marks) 2. What is the noise power at the receiver assuming a noise bandwidth of 180 kHz and a thermal noise power spectral density -174 dBm/Hz (in dBm) (3 Marks) 3. What is the signal to noise ratio at the receiver (in dB) (3 Marks) 4. Is the link expected to work and why? (3Marks)