‫Now, since we are losing the U.S., Harbi, as the transmitter SDR saw, we will need the U.S. Harpy
‫Sync blog.
‫Indeed, Jeonju radio.
‫And this is what the U.S. Arpey Sync blog looks like.
‫And we have to set its parameters for the synchronization.
‫We set it as no sync because we have no external source in order to synchronize the transmitter and
‫the receiver.
‫So we said the synchronization is no sync.
‫And then.
‫Here we are.
‫Senate, we are setting the sampling rate at school, 56 below.
‫And this is 256 key sample per second.
‫That means this is the rate at which the IQ samples would be given to the SDR from the Jeonju.
‫And if we set this rate higher, for example, if we set this rate as 512 key, then in that case the
‫IQ sample would be given at a higher rate to the SDR.
‫And what will be the result?
‫The result will be that the required bandwidth of the signal, it will increase.
‫Then we also said the central frequency.
‫And we said it as 42 megahertz.
‫In fact, central frequency is the center frequency of the Gadhia that is being used in order to transmit
‫the signal.
‫And we have said the gain value as 70 DB.
‫This is absolutely not 72.
‫So the signal before being transmitted on the antenna, it will be increased by 70 DEPI and we have
‫said the antenna as DROs or transmitters see it because there is only one in Dinna in the case of Jeonju
‫radio for the transmission.
‫And.
‫Now, how do we connect this blog?
‫In the previous flow diagram that simulated the end to end transmission and reception of data?
‫So what we will do is that we will we will remove the channel block and we will connect the output of
‫the Constellation blog to the Lewis Harpy Sync blog.
‫So that instead of passing to the general model now, the signal would be transmitted through the actual
‫violence channel using the U.S. Sarpy Sync.