Xbee dongle software

You can connect two dongles to the same PC or to two different PCs, and the XBees perform exactly as if a wire was stretched. Is there another type of chip for example: Xbee Explorer Dongle which can be powered by other external sources?

To me, this question is completely lacking in context. Another type of chip? The object you compare it to, an XBee explorer dongle, is not a chip. It is a breakout board with a built in USB cable that is very short. It is not powered externally.

It is powered by the USB port that it is communicating with. Apologise for my mistake made. To send the message " Hello World " from the module A to the module B and the module C, the relative operations are as follow:. Except the module B and the module C, other nodes and routers in the network will not receive the message:. Of course, you can control the module by AT command as well, if you do not want to use the PC for configuration.

The new settings will be effective after the module restarts. The relative operations are as follow:. If you require technical support, please go to the Support page and open a tickets. Jump to: navigation , search. Categories : Modules ZigBee. Hidden category: XBee interface.

Navigation menu Personal tools Log in. You will then select the firmware version. In this case, it is When ready, click the Update button. A window will pop up indicating that the XCTU is updating firmware. This can take a couple of seconds.

Once you are finished, you will be notified that the firmware was successfully flashed. Click OK to continue on. Make sure to update the firmware on all the XBee nodes in your network with the same protocol.

Otherwise, you will have issues sending data throughout your network. At this point, connect the second XBee Series 3 to your computer and repeat the process explained above to configure the firmware. To test communication between your XBee's you'll need to connect your second XBee to a computer as well. That means doing the "Add device" dance one more time if you have not already. If you have another computer available, you can install X-CTU on that as well and perform the same set up.

You can certainly perform this test with both XBees connected to the same computer as well, just make sure you select the correct port number when you're adding the second XBee. If you add a second XBee to the same computer, a second entry will be added to the "Radio Modules" list.

Selecting either of those entries will show the configuration settings for that, specific XBee. Note that there are two XBees in the list on the left. The configuration values shown are for the highlighted XBee. It's listed as the "Serial Number" high and low, and is un-modifiable. As with the last module, make sure all settings are defaulted to the same values. That'll make the next step possible. Click the "Switch to Consoles" icon -- -- in the upper-right part of the window.

This will switch from the configuration tab to the console. We can use the console to send characters to an XBee, which will route that character over-the-air to any other XBee it's connected to. If you have two XBees connected to your computer, you can switch between each radio's console by selecting the device on the left.

First, open a serial connection on each device by clicking the connect icon The icon will change, and the border of the console will turn green. Next, click into the left half of the console, and type a letter or number.

You should notice that character echoed in a blue font the hexadecimal digits on the right represent the ASCII value. Now click into the other XBee's console. As long as it was open, you should see that same character, but red. Try typing a different character into the second XBee's console, and you should see it work the other way.

If that worked, then your XBees are configured to talk to each other! If not, check out the troubleshooting page. That your XBees can talk to each other out of the box is no real surprise. They're all configured, by default, to be on the same network with the same addresses. That might be OK, but what if your neighbor is running an XBee-based robot control network, while you're trying to automate your house? Every time they try to roll a bot forward, your garage door might open!

To be safe, you should configure your XBees to operate on a unique network. Fortunately, that, and most other XBee settings are easy to change. On to the next page!

As we've mentioned, XBees are awesome because they're highly -- and easily -- configurable. Most of the XBee configuration settings come down to controlling which other XBees it can talk to. On this page, we'll show you how to configure three of the most important XBee settings there are for a point-to-point communication:.

There are a few levels to XBee networks. First, there's the channel. This controls the frequency band that your XBee communicates over. Most XBee's operate on the 2. You can usually leave the channel setting alone, or at least make sure every XBee you want to have on the same network operates on the same channel. XBees can only communicate with each other if they have the same network ID. There being possible ID's, there's a very small chance that your neighbor will be operating on the same network as long as you change it from the default!

Finally there are MY and destination addresses. Another setting, the destination address , determines which source address an XBee can send data to. For one XBee to be able to send data to another, it must have the same destination address as the other XBee's source. If you're still over in the console tab, click back over to the Configuration tab Beside each of those blocks is a text box -- that's where we'll type in our new settings.

Begin by coming up with a unique network ID number. Think of your favorite number between 0 and , consult your friends and neighbors to make sure your favorite isn't their favorite, then convert it to hexadecimal.

Or if you don't want to put that much effort into it, use a random value like. Your next job is to create addresses for each XBee in your network. These values should be unique to each XBee in a network. Type this address into the text box next to " MY bit Source Address".

If you only have two XBees, you can assign the first an MY address of 0, and the other an address of 1. The destination address defines which XBee your source XBee is talking to.

There are actually two values used to set the destination: destination high DH and destination low DL. You can use that pair of values in one of two ways to set your XBee's mate:.

Once you've made your changes to the text field, click the brown pencil icon to write your changes. The property background should turn from green to blue, indicating it has been written to a non-default value.

This compact, USB-powered wireless adapter enables local network configuration, diagnostics and device monitoring. The adapter connects with DigiMesh, Used together, these tools enable network technicians to perform a range of tasks on a local network, out in the field, whether or not network connectivity is available. These tasks may include administering on-site surveys and troubleshooting via the network mapping feature, reviewing the status of all nodes, and performing over-the-air firmware updates.