What are some practical applications that can be solved by digital radars?

Top Answer : All the radars in the world blind each other. So with a Mercedes or a Tesla car, they always have one out in front and they don’t have one in the back, because they’re going to blind the car behind them. With digital radars you can have as many as you have around you with no interference. It also improves on range which allows for a crisper sound.  There are also medical applications like heart rate monitoring and breathing rate monitoring. What’s more is that it requires less battery consumption. We also do full detection. For example, if you detect somebody’s going to fall, for the elderly that’s very important. With the digital radar, you can actually detect if somebody’s going to fall before they hit the ground. One of the other things about digital is that we’re agnostic about frequency. So most of the radars have specific frequencies, but with a digital radar you can have the radar at any frequency. So for example, we have radars at working at a high frequency at 60 gigahertz. It’s considered a junk band in the United States. They use it for satellite to satellite communication. So you can repurpose all the radio waves you already have in space and satellites for communication. 

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Blue Cloud
Engineering, Manufacturing
All the radars in the world blind each other. So with a Mercedes or a Tesla car, they always have one out in front and they don’t have one in the back, because they’re going to blind the car behind them. With digital radars you can have as many as you have around you with no interference. It also improves on range which allows for a crisper sound.  There are also medical applications like heart rate monitoring and breathing rate monitoring. What’s more is that it requires less battery consumption. We also do full detection. For example, if you detect somebody’s going to fall, for the elderly that’s very important. With the digital radar, you can actually detect if somebody’s going to fall before they hit the ground. One of the other things about digital is that we’re agnostic about frequency. So most of the radars have specific frequencies, but with a digital radar you can have the radar at any frequency. So for example, we have radars at working at a high frequency at 60 gigahertz. It’s considered a junk band in the United States. They use it for satellite to satellite communication. So you can repurpose all the radio waves you already have in space and satellites for communication. 
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