Project Description

MYTHINGS is a wireless IoT connectivity platform purpose-built for complex industrial and commercial sensor networks.
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BEHRTECH mioty Bluetooth Low Energy Dual Stack

The BehrTech mioty Bluetooth Low Energy Dual Stack bridges the world of sub-GHz LPWAN and Bluetooth on a single chip enabling new, cost effective IoT applications. The full featured mioty stack enables long range communication leveraging the unique mioty physical layer for enhanced interference robustness and reliable communication in the license free sub-GHz spectrum. Mioty running in parallel with the Bluetooth capabilities of the Texas Instrument multiprotocol chip further extends the feasibility and flexibility of IoT applications.

BehrTech offers the new mioty Bluetooth Low Energy Dual Stack as a ready to use application binary for the Texas Instruments LPSTK-CC1352R Evaluation Kit to get started. The stack library for integration into custom projects is available as well.


  • ETSI standardized mioty LPWAN wireless stack supporting different country profiles (EU1, EU2, US0)

  • Bluetooth (BLE 5.2) stack running in parallel with mioty

  • Demo application adding temperature and humidity measurement, bidirectional communication, bridging between BLE and mioty and a serial interface for comfortable testing

  • Documentation and a getting started guide

Technical Key Facts

  • Full featured mioty stack according to ETSI TS103357 (bidirectional, OTAA, country profiles)

  • Integrated Bluetooth Low Energy (5.2) stack

  • Use of the license free 2.4GHz spectrum and sub-GHz spectrum for full flexibility of IoT deployments

  • Single chip solution tailor made for maximum integration, smaller devices, and reduced costs

  • Combining the BehrTech mioty library and the Behrtech CC1352R hardware abstraction layer (HAL) enabling a flexible stack architecture also capable to support other TI chipsets (CC1352P, CC1350, CC1312, CC1310)

This mioty product is available

How can you acquire this mioty product?

Please contact the appropriate contact person or visit the provider's website.


Phil Skladowski

Phone: +1-647-956-1582