Setebos-I & EV-Kits
EXTENDEDRadio Module 2.4 GHz with Proprietary and Bluetooth® LE 5.1 Radio Protocol
Characteristics
- Configurable radio protocol: Proprietary or Bluetooth Low Energy 5.1
- In Proprietary-mode works as a Thyone-I module
- In Bluetooth® 5.1-mode works as a Proteus-III module
- Nordic Seminconductor SoC nRF52840
- Integrated radio profiles for 125, 500, 1000 and 2000 kbit/s
- Nano SIM size: 8 x 12 x 2 mm
- Smart antenna configuration (2-in-1 module)
- +6 dBm TX power (ERP: 4 dBm)
- UART interface
- 5 configurable digital IO pins (local & remote)
- CE, FCC, IC
- Wireless Connectivity SDK
- Proteus Windows 10 SDK @GitHub
- WE UART Terminal
- With the Proteus-App we provide you a fast and easy way of testing and also a base for your own app. Download it in the Google PlayStore® or in the Apple AppStore® or as source code on GitHub.
Application Notes
- ANR008 Wireless Connectivity Software Development Kit SDK
- ANR009 Proteus-III Advanced Developer Guide
- ANR014 Proteus Quickstart
- ANR027 Bluetooth Listing Guide
- ANR031 Certification of Custom Modules
- ANR033 Ground plane effects on Radio Module antennas
- ANR036 Build your own firmware - getting started with Zephyr®
Products
Download now free of charge
Software downloads
IoT becomes intelligent when hardware and software work together harmoniously!
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The aim of the Wireless Connectivity Software Development Kit (SDK) is to minimize the effort required on customer side to enable his host MCU to communicate with Würth Elektronik eiSos radio modules. It contains the implementation of all available commands in pure C-code. In order to integrate any Würth Elektronik eiSos wireless module, the user has to simply port the corresponding C-code to his host processor. This significantly reduces the time needed for developing the software interface to the radio module.
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Kickstart your Prototyping instantly.The WE UART Terminal is an easy-to-use PC software that enables complete control of the Würth Elektronik eiSos wireless modules through an intuitive GUI. This tool along with the evaluation boards allow quick prototyping and testing of various features of the radio modules.
- Simple setup
- Intuitive interface
- Color coded Packet interpretation
- 100% log traceability
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Proteus Windows 10 Software Development Kit (SDK) - This demo program uses integrated Windows 10 runtime functions to access, connect and exchange data with Proteus radio modules. Please refer to the readme.md in the GitHub repository.
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The most important benefit of Bluetooth® LE Connections is mostly a mobile app. With the WE Bluetooth LE Terminal App we provide you a fast and easy way of testing and also a base for your own app.
- Smart-Device Mobile App for easy testing for Android and iOS
- Scan – Connect – Transmit Commands directly
- Development files available on GitHub
- Built your own App on base of Proteus-App
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Setebos-I Firmware Over The Air (FOTA) - This firmware image can be used to update the firmware of the Setebos-I over the air (FOTA) using a smart phone. For more details refer to the FOTA chapter of the Proteus-III user manual, as Setebos-I uses Proteus-III bootloader.
Due to current export legal restrictions, we are required to control the provision of software. To download the software, please contact our technical support or your local sales representative directly. Thank you for your understanding.
You don‘t know if Bluetooth® or Proprietary? Use both…
Thyone-I
Setebos-I
Proteus-III
Exchangeability 2.4 GHz
Choose between Bluetooth®, Wirepas or proprietary radio
Take future trends into account and keep the flexibility!
Committing today on a wireless technology for tomorrow seems impossible. How nice would it be to expand your application with different radio protocols at any time without any layout changes. Würth Elektronik offers you a high degree of freedom with the radio module footprint. It is one quality proven hardware base, that prevents you from enormous costs of re-design in future already today. Choose between a Bluetooth®, WirepasTM or proprietary radio module or the combined variant of proprietary and Bluetooth®.
- Footprint compatible RF-modules
- Flexible use of both technologies possible
- Alternative usage by only changing the RF-module
- Future-proof circuit with adaptable interface
- No change in the HW on Host-side required
Proprietary Application with Thyone-I
Proprietary Application with Thyone-I
- For applications with enclosed communication
- Communication invisible for smart devices
- Connection to a standard device only with a certain USB-radio stick possible
- Connected sensors building up a secure network
Usecase
- Secure network set up
- Easy connection between the nodes
- Extending interfaces by connecting a USB-radio stick
- A gateway connecting securely to the network provides the combined result to the user via Bluetooth, Wi-Fi, Cellular, MQTT or on any platform
Bluetooth® Application with Proteus-III
Bluetooth® Application with Proteus-III
- Connecting directly to smart devices
- Parameterization of a sensor
- Reading out results from a measuring device
Usecase
- Connecting manually to each sensor via smart device
- Easy and smart consumer-oriented
Antenna
Videos
How to choose the fitting radio protocol
Videos
Manni Talks- Unboxing the Evaluation Kit