![]() With a simple, open-source Python development environment, this gateway enables custom applications to run locally while interfacing across existing Ethernet/Wi-Fi/cellular networks for WAN connectivity to cloud-based software applications.ĭigi XBee Gateway products can be managed remotely via Digi Remote Manager. Including serving as a Zigbee to WiFi or Zigbee to cellular bridge. North American version: XBee-PRO® ZB SMT transmit power: 63 mW (+18 dBm) Receiver sensitivity (1% PER) -102 dBmPġ8 dBm typical (varies by mode, channel and region)ĪP Client Modes only Access Point Mode not supportedĮthernet port designed for configuration and WAN backhaulĥ VDC power supply with barrel connector includedĭigi XBee Gateway provides a low-cost, programmable solution to connect networks of Digi XBee-enabled devices to IP networks. Worldwide version: XBee ZB SMT transmit power 6.3 mW (+8 dBm) Receiver sensitivity (1% PER) -102 dBm XBee data sent to the gateway is automatically available to online applications via Digi Remote Managerįreescale i.MX28, 20 MB RAM, 10 MB file space XBee® ZB SMT transmit power 6.3 mW (+8 dBm) Receiver sensitivity (1% PER) -102 dBmģ in x 3 in x 1 in (7.62 cm x 7.62 cm x 2.54 cm)ģ in x 4 in x 1 in (7.62 cm x 10.16 cm x 2.54 cm) SSL tunnels, WEP-40, WEP-104, WPA/WPA2, Authentication with PSK and EAP Power, Network (LAN/WAN), Zigbee (HAN/PAN), Cellular signal strength Power, Network (LAN/WAN), Zigbee (HAN/PAN) IncomingByte = xBeeTx.Secure enterprise management via Digi Remote Manager if (Serial.available() > 0) // see if there's incoming serial data: Serial.begin(9600) // xbees are communicating over sieral data, except it is occuring wirelessly Int ping_once = 0 /* done so that robot will not always ping on manual motors to stop,īecause next time around, x > 1, and is reset Int incomingByte // a variable to read incoming serial data into ![]() Serial.print('L') //this sends whatever is between the (' ') to the partner xbee Serial.print('H') //this sends whatever is between the (' ') to the partner xbeeĭigitalWrite(ledPin, LOW) // turn LED off PinMode(button, INPUT) // Set the button as input PinMode(ledPin, OUTPUT) // Set the LED pin as output Int value // variable for reading the pin status Int button = 7 // button is connected to pin 7 Int ledPin = 12 // LED is connected to pin 12 * When button is pressed, it will also send data to slave Xbee to light it's LED * When button is pressed on master's circuit, master's LED will be lit It did not work.ĭo you have an suggestions to basic xbee code to test? I've looked around on the internet for it, and actually I see people utilizing the xBee commands differently, so I'm a bit lost. I wasn't sure if I used it correclty, but here are the files for both. ![]() I tried your suggestions, and edited the code for both the master and the slave. You basically need to have a software serial instance that transmits to the XBee, rather than the main Serial which is just sending data out the USB port. XBeeTx.print('H') //this sends whatever is between the (' ') to the partner xbee Value = digitalRead(button) // read input value and store it in valĭigitalWrite(ledPin, HIGH) // turn LED on An example would be something like: SoftwareSerial xbeeTx(2, 3) // RX, TX What you most likely need to do (can't tell without checking the shield's schematics) is set up a software serial connection with the wireless shield on whatever pins the XBee is connected to. In any case, I think your problem is that on the transmitter, you're printing to the main Serial port on the Uno. Hmm.the Arduino Wireless SD Shield's pdf schematics don't seem to be downloadable.
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