USB Adapter for XBee

The XBee USB Adapter (Bee Adapter) is a versatile USB-to-Serial interface module designed to bridge the gap between your computer and a wide range of wireless and embedded modules . Built around the high-performance FT232RL USB-to-UART chip from FTDI, this adapter delivers stable, driver-supported communication on Windows, macOS, and Linux platforms. Equipped with a standard 20-pin 2.0mm BEE socket , the adapter is compatible with popular wireless modules such as XBee, Bluetooth Bee, WiFi Bee, and Zigbee modules , making it an essential tool for wireless network development, IoT prototyping, and embedded communication systems . It also functions as a reliable USB programmer for boards lacking a built-in USB interface, including the Arduino Pro Mini and Sniffer Nano . The adapter supports both 3.3V and 5V logic levels with dual voltage output , allowing safe interfacing with a wide variety of devices. Connecting it to a PC is as simple as plugging in a mini USB cable . With full support for Digi's X-CTU configuration software , configuring and updating XBee modules becomes straightforward and intuitive. Whether you're configuring wireless modules, transferring data between devices, or programming microcontrollers, the XBee USB Adapter offers a compact, reliable, and easy-to-use solution. Specifications USB-to-Serial Chip: FT232RL (FTDI) Socket Type: 20-pin 2.0mm BEE compatible socket Power Output: Dual 3.3V and 5V I/O Logic Compatibility: 3.3V and 5V USB Protocol: USB 2.0 BitBang Mode: Supported Connection Type: Mini USB cable (PC interface) Software Support: X-CTU (XBee configuration tool) Compatible Modules: XBee, Bluetooth Bee, WiFi Bee, Zigbee modules, Arduino Pro Mini Operating System Support: Windows, macOS, Linux (via FTDI drivers) Applications XBee Module Configuration — direct programming and firmware updates via X-CTU Bluetooth Bee Setup — configuring and pairing Bluetooth Bee modules Wireless Data Transmission — using BEE-compatible modules for serial-over-wireless links Arduino Pro Mini Programming — uploading sketches to boards without USB Sniffer Nano Communication — interfacing with sniffer and analyzer boards IoT Prototyping — quick connection between PC and wireless sensor nodes Zigbee Network Development — building mesh networks with XBee modules Robotics & Automation Projects — wireless control and telemetry systems Educational & Research Use — learning serial communication and wireless protocols Embedded Firmware Debugging — reading serial logs from microcontrollers