Product Highlights > Wireless Connectivity Sensors IoT

Wireless Connectivity, Sensors, IoT Simplified with Würth Elektronik

Utilize the full potential of Industrial Internet of Things (IIoT) with robust embedded connectivity solutions. Seamless communication between devices is essential for real-time data analysis and decision-making. Our cutting-edge software, firmware and hardware solutions streamline system development and implementation. From firmware updates to hardware integration, Würth Elektronik provides the tools you need to enhance productivity and efficiency.

Accelerate system implementation and integration. Take advantage of the comprehensive range of Würth Elektronik SDKs for connectivity, available on GitHub. Bring designs to life with a simple and efficient development process.

Speed up time to market and maximize IoT potential with plug-and-play sensor evaluation tools. Würth Elektronik’s development kits & boards for radio modules and sensors offer a seamless experience, simplifying firmware integration and opening new possibilities for every embedded engineer.

Würth Elektronik Wireless Connectivity & Sensor Product Guide

Würth Elektronik Wireless Connectivity, Sensor, IoT Stocking Portfolio Video

Wireless Connectivity

Würth Elektronik’s modules are fully developed, tested and validated, allowing for faster development with a complete RF-module that includes all essential components.

Sensors

The Würth Elektronik sensors are an integral part of every future application.

IoT Simplified

Würth Elektronik provides a variety of software tools and SDKs, which enable quick software integration.

Additional Resources

Related Content

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Applications

Air Filters

Charging Infrastructure

Wireless Alarm System

Intelligent Housekeeping

Energy and Utilities

Digital Health and Prevention

Air Filters

Equipping buildings with air filtration devices to prevent infection, has burdened facility managers with an additional maintenance task. The more air filters are in use, the more important remote maintenance becomes. Differential pressure and humidity sensors can be used to monitor the status of the filters. An internet gateway and a cloud application make remote maintenance convenient. Wi-Fi® modules can be integrated to connect the devices to the gateway. A particularly flexible solution is an 868 MHz radio module with the proprietary radio protocol WE-ProWare. Additionally, this allows the bridging of longer distances than with Wi-Fi, if necessary.

Technologies in this application:

Humidity and temperature
- WSEN-HIDS
Differential pressure
- WSEN-PDUS
Proprietary
- Tarvos-III
- Telesto-III

Charging Infrastructure

As e-mobility is increasingly key for sustainable transportation, future charging infrastructure must be both, smart and easy to use and future proof and connected. Additionally, there is a third party in here – the human wishing to be able to communicate with the infrastructure. All that can be achieved with clever communication possibilities: Connecting the charging stations with each other could be reached with clever mesh solutions, so that there is no additional wiring needed. Communicating with the cars themselves could be done via cellular communication. The direct communication to the user could be implemented either also via cellular or with direct Bluetooth or Wi-Fi® Interface.

Technologies in this application:

Acceleration
- WSEN-ITDS
Residual current
- WE-RCDS
Wi-Fi/Bluetooth®
- Stephano-I

Wireless Alarm System

Older homes are particularly vulnerable to burglary but retrofitting wired security devices can be expensive. The solution is radio-based alarm systems. The development of retrofittable alarm systems with wireless technology depends on the right combination of radio technologies. For the control system, a connection to the Internet or to the mobile network is required. For connecting the sensors, radio frequencies in the sub-GHz and the 2.4 GHz range can be used, whereas both short and longer distances must be bridged. Due to security reasons, the use of a long-established but not publicly known radio protocol, such as WE-ProWare by Würth Elektronik, is very advantageous. Intelligent sensor technology can detect the opening of windows or doors by measuring the change in barometric pressure, temperature or humidity and trigger a silent alarm.

Technologies in this application:

Motion
- WSEN-ITDS
Absolute pressure
- WSEN-PADS
Wi-Fi®
- Calypso

Intelligent Housekeeping

With the increase in technology possibilities, housekeeping is becoming more automated, intelligent, and comfortable. To achieve this, multiple sensors and connectivity functions are needed. Würth Elektronik digital MEMS Sensors offer multiple possibilities to collect data. The data is only useful if you know how to use it. Therefore, communication to the device itself is necessary, but also to the controlling user or cloud systems above. With Bluetooth®, direct communication and operation of a smart device is easly achieved without problems. Wi-Fi® enables the data to be sent to the cloud, and then back to the user. New technologies like Matter can be integrated with radio modules as well.

Technologies in this application:

IoT plug-and-play
- Calypso
Motion
- WSEN-ISDS
Differential pressure
- WSEN-PDUS

Energy and Utilities

There is an exciting, and rapidly changing atmosphere in the energy and utilities industry. The rapid adoption of new technologies, particularly communications-based technologies, is enabling them to better monitor, control and optimize every aspect of the business. Connectivity is the key to the smart grid. Wireless connectivity and network intelligence provide the ability to centrally monitor, self-regulate and respond to demand. Remote cameras and sensors reduce the need for on-site maintenance staff. Sensors enable near real-time diagnosis of expected and unexpected faults, enabling accurate and faster fault location. Wireless connectivity provides reliable, accurate, and secure data from the field and offers cost and deployment advantages over competing technologies.

Technologies in this application:

Cellular and Positioning
- Adrastea-I
LoRaWAN®
- Daphins-I

Digital Health and Prevention

A CPAP machine is a machine that uses mild air pressure to keep breathing airways open while you sleep. The option of remote data transfer in these machines is life-changing, especially in rural areas with a low density of doctors. With the well known radio standards like Wi-Fi®, NB-Iot and LTE Cat. M, data can be easily be transferred into a cloud system. The short range transfer capability of Bluetooth® offers the patient the ability to evaluate the previous nights sleep on thier own mobile device immediately in the morning.

Technologies in this application:

Humidity and temperature
- WSEN-HIDS
Differential pressure
- WSEN-PDUS
Bluetooth®
- Proteus-e

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