N710AP-ZB is a high-performance Zigbee USB Dongle designed for Zigbee Coordinator, Router, or Gateway for PC-based applications. Integrates Texas Instruments' powerful CC2538 wireless microcontroller (ARM Cortex-M3) with the CC2592 RF range extender, delivering an outstanding +22 dBm output power for extended network coverage.
This compact, feature-rich dongle provides a complete, plug-and-play solution for developing, testing, and deploying Zigbee networks, bridging the gap between USB hosts and 2.4 GHz Zigbee mesh networks.
Key Features & Benefits
High-Power Zigbee Networking: CC2592 boosts CC2538 to +22 dBm, creating a powerful central node with extended range and penetration for reliable mesh.
Powerful Processing Core: CC2538's ARM Cortex-M3 MCU with 512KB Flash and 32KB RAM, capable of running full-featured Zigbee PRO stacks.
Integrated Developer Convenience: Onboard User bicolor LED and Function Button.
Dual Interface & Programmability: Standard USB 2.0 interface for PC connection and a XDS100V3 JTAG debug interface.
Complete Gateway Solution: Ready-to-use hardware platform for building Zigbee network sniffers, protocol analyzers, smart home hubs, or industrial gateways.
Technical Specifications
Category
Parameter
Specification
RF & Protocol
Zigbee Protocol
Zigbee 3.0 / IEEE 802.15.4
Frequency Range
2400 – 2480 MHz
Max. Output Power
+22 dBm
Data Rate
250 kbps
Antenna Interface
PCB antenna or IPEX Connector
Core Hardware
Main IC
CC2538SF53 + CC2592
Peripherals on Dongle
USB 2.0, User LED, Push Button
Electrical & Physical
Supply Voltage
5V USB
RX Current
35 mA (typical)
Operating Temperature
-30°C to +75°C
Dimensions
62 x 18 x 7 mm
Package
Dongle kit (without shell)
Applications
Zigbee Network Gateway/Hub: Central controller for smart home, building automation, or industrial monitoring systems.
Development & Debugging Tool: Sniffing Zigbee network traffic, prototyping applications, and OTA updates.
Protocol Analyzer: Capturing and analyzing Zigbee packets for network optimization and troubleshooting.
PC Peripheral for IoT: Adding Zigbee connectivity to PCs for data logging, visualization, or control applications.
Router Node in Large Networks: Extending Zigbee mesh network coverage in large facilities.
Development & Firmware Programming
The N710AP-ZB is designed for deep development access:
USB Connectivity: Presents as a CDC USB device for immediate use with host software.
JTAG Programming: Exposed debug pads allow direct connection to a TI debugger (e.g., XDS110) for flashing firmware using TI Flash Programmer 2 or IAR.
Software Support: Compatible with TI's Z-Stack for CC2538, development of compliant Zigbee coordinators, routers, or end devices.
Support: Technical support via email, forum, and documentation
🔍 Frequently Asked Questions
Q: Can I use this as both a coordinator and a sniffer? A: Yes, with appropriate firmware. The hardware supports both roles, though not simultaneously.
Q: What antennas are compatible? A: Any 2.4GHz antenna with IPEX (U.FL) connector. We recommend our 2.4GHz Dipole Antenna for optimal performance.
Q: Is external power required? A: No, the dongle is powered entirely through USB. Ensure USB port can provide 500mA.
Q: Can I develop custom firmware? A: Absolutely! Full JTAG access and TI toolchain support enable complete custom firmware development.
Q: What Zigbee stacks are supported? A: Primarily Texas Instruments Z-Stack, but community ports of other stacks are available.
Why Choose the N710AP-ZB Dongle?
N710AP-ZB transcends a simple adapter by offering gateway-grade RF performance, substantial processing power, full developer access in a convenient USB format. N710AP-ZB eliminates Zigbee gateway hardware design hurdles, letting developers focus on software and network deployment for prototyping, testing, or production as a core network component.
Need More Processing Power & Advanced Protocol Support?
N710AP‑ZB is a cost‑effective foundation for 2.4 GHz Zigbee.
It delivers solid performance for typical applications.
For Matter or Thread support, choose our upgraded solutions.
For complex gateway logic, more processing power is required.
For advanced application development, next‑gen SoC solutions offer greater capability.
