I was working on a hand gesture controlled Arduino car some months ago of which I took guidance from here. Then I found that the signals take about 1+ seconds to reach the car which is more than enough for the car to crash somewhere. I searched the internet and at last, I came on a thought that datarate would increase the rate of transfer and higher frequency would increase the range(by not intersecting with most of the lower frequency signal). so my question is that is my thought(which is written before), right? and if it is then how to increase the data rate and frequency of nRF in code.
Please answer with a full code example because I'm new to nRF coding.
Kalpit:
I was working on a hand gesture controlled Arduino car some months ago of which I took guidance from here. Then I found that the signals take about 1+ seconds to reach the car which is more than enough for the car to crash somewhere. I searched the internet and at last, I came on a thought that datarate would increase the rate of transfer and higher frequency would increase the range(by not intersecting with most of the lower frequency signal). so my question is that is my thought(which is written before), right? and if it is then how to increase the data rate and frequency of nRF in code.
Please answer with a full code example because I'm new to nRF coding.
Reply soon
Thanks
Kalpit
What research have you done? Did you find ANY devices where you could modify their transmit/receive data transmission rates?
Yes, higher frequencies may allow higher data rates, but cannot be the cause of your earlier data transfer problem. Why not research and correct the cause of the problem?
