Xbee configuration software

The world-renowned XBee module is part of a family of cellular modems and RF modules that provide ultimate flexibility for IoT application developers, with three programmable form factors, and a range of popular wireless protocols. Together, these resources help to simplify and expedite prototyping, coding and range testing to quickly add features such as GPS services and Bluetooth connectivity, build in edge functionality with MicroPython, perform mass firmware updates and more..

Pre-certified modules eliminate the pain and expense of certification. And whenever you need design and engineering assistance, Digi Wireless Design Services can help. The versatile Digi IX15 device functions as both gateway and router for customers seeking lower-cost, quicker-to-market alternatives to chip-down DIY designs for networking operations. With easy-to-use tools, APIs, and code libraries as well as optional Bluetooth configuration and MicroPython programmability, Digi XBee is easy to develop, deploy, manage, and maintain.

Get to market faster with pre-certified solutions and leverage Digi Remote Manager for cloud-based configuration and management. Field-hardened Digi XBee solutions are built for the long haul with industrial lifespans, harsh environments and mission-critical applications in mind.

Digi XBee is trusted by global leaders in every sector, including energy, agriculture, healthcare, smart city, aerospace and Industry 4. Whether your application demands short or long-range connectivity, public or private networking, point-to-point or mesh topology, multi-regional support or alternate antenna configurations, you can count on the unmatched versatility of Digi XBee.

With Digi XBee, security is built-in. Our Digi TrustFence framework gives you the key protections you need, like secure boot, key management, and more controls to protect your applications and devices from new and emerging threats.

And since Digi TrustFence designs security into our embedded IoT devices, you'll be able to adapt to new and evolving threats. The No. Digi XBee modules can grow with you from initial proof of concept to applications involving hundreds of thousands of connected devices.

When you need smart deployment today and growth tomorrow, Digi XBee has you covered. To upgrade the latest firmware, click on the Upgrade Firmware and leave the function set to default and select the Newest version. Click on the finish to upgrade. First set Pan ID for your network. Type the name of the first radio in NI Node Identifier. You can provide any name. Leave the CE to Disable and click on the Write to save the changes.

Click on the search button of the second window of XCTU. Select the com port of the second radio. Click on the router radio to load the settings. Now you can type the message in the Console log window to see received by other radio. This is Bidirectional communication. Share This Article. Post a Comment.

First step is to install X-CTU software. After this, ZigBee modules configuration begins. Now anything you type should be transmitted by the radio and anything received on the radio should be printed on the terminal.

At the moment there wont be much happening as the XBee modules are probably not configured to connect to each other if you have a second one plugged in that is. You are now in command mode, anything you type now will not be sent over the radios but will be used to configure the XBee. While in command mode you can read the current settings by typing the associated command such as:. If you don't get a response then it likely means the command session has timed out Note: the characters are sent over as you type them in picocom so you cannot use backspace to correct typos and have to instead start the command again.

You can also chain together commands by dropping the AT after the first command and separating them by commas like this,. However I find this less useful when in a terminal program that sends the characters as you type them as you will get a response after ever comma or return key which makes it harder to read the returned values. Note that the changes will not be applied until the CN or AC command is issued or the module is rebooted.