In the previous topic, we have discussed, well, the dynamic range now in this topic, we are going
to discuss the cost efficiency of.
In the case of Asgeir system, we have seen there are several parameters which are need to take care,
for example, frequency, dynamic range.
Trust me, TerraPower.
Bandwidth.
Sampling.
Crazy.
So.
All these parameters have a certain cost means, for example, if we want to increase the frequency
range of the system.
Suppose I want to use this.
I have to call gigahertz, then I have to increase my cost or I have to go beyond further than the cost
will be increased.
And for the dynamic range, I would require the more number of bits of deck.
It is the same piece of power amplifier we require a simple case of a transmitter power require a power
amplifier for bandwidth enhancement.
We require wider bandwidth, components, sampling and occlusive.
So all these factors play a huge role in the case of a software defined radio, but they come at a certain
cost and therefore we have to be very clear what we want to purchase and what is our requirement, suppose,
of a requirement is up to 500 megahertz.
Then there is no need to purchase, as did the old one gigahertz.
So in the same scenario, we can choose Asgeir that can ranging from what, USDollar to 20000 or more
U.S. dollars.
So it's total all depend on the requirement of the system and the application.
For example, I want to use an estimate for the basis station or I can use this as the.
For 4G, 5G communication, and this SDR can be use for the lab lab experiment purpose, so it's all
depends on the requirement.
We have to choose certain type of Asgeirsson and then the cost can be optimized.
So it is an important parameter in the case of a selection of a software defined radio.
Therefore, in this topic, we have discussed the cost efficiency trade off of the software defined,
you know, in the next topic we are going to learn the error vector magnitude.