Does XBee need antenna?
XBee radios are equipped with an RP-SMA female plug, and the antenna is an RP-SMA male jack. This is another good option if your XBee is in a box and you want your antenna outside the box.
What is the range of XBee?
Regular, Pro and other things
| XBee Device | Range | Frequency |
|---|---|---|
| XBee Pro 60mW Wire Antenna – Series 1 | 1 Mile | 2.4GHz |
| XBee Pro 900 RPSMA (retired) | 6 Miles | 900MHz |
| XBee Pro 900 U.FL Connection (retired) | 6 Miles | 900MHz |
| XBee Pro 900 Wire Antenna (retired) | 6 Miles | 900MHz |
What is XBee frequency?
900 vs 2.4 – Most of the Xbee modules operate at 2.4GHz, but there are a few that operate at 900MHz. Basically 900MHz can go a lot farther with a high gain antenna (up to 15miles for the Pro modules and a high gain antenna). Also the lower the frequency the greater penetration the signal has.
What are the factors that affect the XBee range?
Range: The range of an XBee device is affected by several factors including the transmit power of the device, the type of antenna connected and the surrounding obstacles or conditions. The range listed here reflects the maximum range of the device in ideal conditions and in open air, line-of-sight.
What is the range of the XBee starter kit?
Some notes regarding the range of the XBee radios: The MR Starter Kit lets you send corrections up to 1200m, in perfect conditions. In practice, this means with RF line of sight: 250m in urban environment. 600m in rural environment. 1200m in rural environment with perfect installation.
What kind of antenna does a SparkFun XBee use?
RPSMA Antenna – A bigger connector to connect your own antenna, once again great if your object is in a box and you want your antenna outside the box. Trace Antenna – Also called a PCB antenna, these are formed directly on the module with conductive traces. They perform about the same as wire antennas.
How does the range of Digi XBee vary?
Actual range will vary based on transmitting power, orientation of transmitter and receiver, height of transmitting antenna, height of receiving antenna, weather conditions, interference sources in the area, and terrain between receiver and transmitter, including indoor and outdoor structures such as walls, trees, buildings, hills, and mountains.