Zigbee products
Robust, low-power mesh networks for smart homes and buildings
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Zigbee wireless microcontrollers
Improve your design with our high-quality wireless microcontrollers (MCUs) built with an integrated power amplifier, flexible memory, performance, package and cost options for your Zigbee network.
Zigbee wireless modules
Use our pre-certified, system-in-package (SIP) wireless MCUs, with a 70% smaller layout in a SIP footprint, for space-constrained applications, quick time-to-market and reduced power consumption.
Design & development resources
Hardware design reviews for SimpleLink™ CC2xxx devices
The SimpleLink hardware design review process provides a way to get in touch, one-on-one, with a subject matter expert that can help review your design and provide valuable feedback. A simple 3-step process for requesting a review as well as links to relevant technical documentation and resources (...)
Z-Stack™ power calculator tool
Zigbee app builder
Why choose TI for Zigbee
Industry-leading, low power performance
Extend your battery life with our Zigbee devices with features including 0.85-µA standby current over temperature, best-in-class coin-cell operation at 10 dBm and more.
Longer range mesh networks
Get longer range at reduced power consumption with the industry’s lowest power integrated power amplifier at +20 dBm and options for Zigbee Sub-GHz.
Robust software stack
One-stop for any protocol or application with our SimpleLink™ software development kit (SDK). The most reliable, complete software offering optimized for our low-power devices.
Quality, reliability and certification
Our Zigbee solutions are proven and tested to meet the highest industrial and regulatory compliance standards as well as provide easy certification with the Connectivity Standards Alliance.
Overview of Zigbee Sub-Ghz
Long-range mesh networks
See how you can use our SimpleLink™ wireless MCU platform with the new Zigbee Sub-GHz protocol in connected building applications for longer range, less interference, mesh networking, interoperability and self-healing networks.