massoumi
Newbie level 2
Hello everyone,
We are using XBee Series 1 in a design where 20 dsPIC microcontrollers send a 65-character long packet continuously to the main computer, and the data is parsed on the computer. We're using the AT mode and just add our own tag (ID) at the beginning of each packet for parsing purposes (security is not a big issue).
We haven't finished the 20 units, so I tested the idea with 2 XBee's transmitting to the computer's XBee and monitored the results in X-CTU's terminal. No collision/interleaving so far!
Should I worry about future when we have 20 mobile units transmitting to the main computer's XBee? How does this network of XBee's take care of data collision/interleaving?
Also, I was wondering what are the benefits of switching to Series 2?
Sincerely,
Soren
We are using XBee Series 1 in a design where 20 dsPIC microcontrollers send a 65-character long packet continuously to the main computer, and the data is parsed on the computer. We're using the AT mode and just add our own tag (ID) at the beginning of each packet for parsing purposes (security is not a big issue).
We haven't finished the 20 units, so I tested the idea with 2 XBee's transmitting to the computer's XBee and monitored the results in X-CTU's terminal. No collision/interleaving so far!
Should I worry about future when we have 20 mobile units transmitting to the main computer's XBee? How does this network of XBee's take care of data collision/interleaving?
Also, I was wondering what are the benefits of switching to Series 2?
Sincerely,
Soren