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General| Module Type | XBee3 |
|---|---|
| Protocol | 802.15.4 |
| Frequency Band | 2.4 GHz |
| Data Rate | Up to 250 kbps |
| Range (Line of Sight) | 1200 m |
| Operating Temperature | -40° C to +85° C |
| Security | AES-128 |
| I/O Interfaces | UART, SPI, I2C |
| Antenna Options | U.FL |
| Power Supply | 2.1 to 3.6 VDC |
Information on supported firmware versions for the module.
Details on the compatible hardware versions for the module.
Lists the components included in the XBee3 development kit.
Instructions for assembling and disassembling hardware components.
Steps for configuring the device using the XBee Configuration and Test Utility.
Procedure for testing RF range and link quality between two modules.
Instructions for updating firmware remotely using XCTU.
How to set and manage custom default device configurations.
Device behavior as a serial line replacement for RF transmission.
Structured interface for complex communication using packets.
State for interacting with the device via AT commands for configuration.
How the module interfaces with host devices via UART or SPI.
Mechanisms to manage data flow and prevent buffer overflow.
Details on SPI signals, directions, and functions in slave mode.
How sleep modes function with SPI and UART interfaces.
Configuration of digital I/O lines for input, output, and sampling.
Configuration of analog inputs for sampling and PWM outputs.
How to sample I/O pins at a periodic rate.
Triggering samples based on digital pin state changes.
Settings for Digi header and MAC acknowledgments.
How source and destination addresses are handled in RF packets.
Enabling and controlling AES 128-bit encryption for RF transmissions.
Factors affecting the maximum data payload size in packets.
Configurations for Pin Sleep, Cyclic Sleep, and Pin Wake-up modes.
AT commands related to sleep mode configuration and timing.
Factors that prevent the device from entering sleep mode.
Commands for network channel, ID, security, and compatibility settings.
Commands for setting source, destination, and network addresses.
Commands for configuring serial communication parameters.
Commands for configuring the module's digital and analog I/O pins.
Commands for reading I/O pin states and generating sample data.
Benefits and structure of API mode for device communication.
Structure and fields of API frames for data exchange.
Frame for sending data to a specific 64-bit address.
Frame for querying or setting local AT command parameters.
Frame indicating receipt of data via 64-bit addressing.
Frame indicating the result of an AT Command request.
Frame indicating the status of a transmitted packet.
Structure and format of OTA firmware image files.
Frame used to inform the client about an available firmware update.
Client request for the next firmware image block.
Client request for specific bytes of the OTA firmware image.
Troubleshooting common errors during the OTA upgrade process.
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