SMART HOME

Smart Home Sensors

Build small, long range smart home sensors with 10-year battery life for any ecosystem

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Whether you were able to join us live or are tuning in for the first time, we are here to help you expedite your smart home efforts in designing certified, connected end-node devices across multiple protocols. Learn from industry leaders and immerse yourself in keynotes and technical sessions, all available on-demand.

overview

Build a context-aware smart home with our wireless sensor solutions 

Adding wireless sensors to a smart home enables precise monitoring, saving consumers money and giving them peace of mind. Our wireless development platforms for smart home sensors are reliable, interoperable, cost-effective and easy-to-develop, allowing you to get to market and scale quickly. Whether you're developing Zigbee, Bluetooth, Z-Wave or Proprietary devices, our development kits and tools have you covered. 

design considerations

Designing smart home sensors

Because they are extremely low power, very small in size and easy to install, wireless smart home sensors are a fundamental component of the IoT. Wireless sensors monitor conditions, such as temperature, humidity, water leaks and contact events, collects this data and wirelessly transmits it to a control unit, such as a gateway, or panel, where it is processed, evaluated and acted upon. With IoT devices, wireless sensors transmit using Zigbee, Bluetooth, Z-Wave and proprietary protocols. Smart home sensors come in two broad categories with their own unique requirements. Professional-grade sensors require long battery life, long range, high reliability and small form factor and consumer sensors typically require low price and easy installation.

One key design consideration when designing smart home sensors is battery life. A sensor's battery life depends on the node's range, radio sensitivity, data rate and number of nodes in the network. The sensor's form-factor is also affected by the choice of the battery. Smaller wireless sensors are less obtrusive and give more flexibility for mounting and installation, but a larger battery provides more capacity and longer operation than a smaller battery. Increasing the transmit output power extends the range and coverage of the sensor, but it also reduces battery life.

Careful design choices, good execution of protocol, efficient hardware and robust firmware are key to designing sensors. Our sensor solutions allow for high power output, excellent radio sensitivity, configurable data rates, and multiple protocol support in order to provide developers with the flexibility to optimize implementation for range, cost, operating life and ease of installation.

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FIND THE RIGHT PRODUCT


Z-Wave

Z-Wave 700 Series Module Wireless Starter Kit (SLWSTK6050A)

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Zigbee, Thread, Bluetooth, Multiprotocol

EFR32MG13 2.4 GHz and 915 MHz +19 dBm Dual Band Radio Board (SLWRB4158A)

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Proprietary

EFR32FG13 2.4 GHz and 915 MHz Radio Board (SLWRB4255A)

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rESOURCES

Antennas for Short Range Devices

Maximizing Range and Battery Life in Low-Cost Wireless Networks

Selecting the Optimal Battery for your Embedded Application

Getting Started with the Z-Wave 700 Starter Kit

Wireless Mesh Networking Software for Thread and Zigbee

Silicon Labs Bluetooth Low Energy (LE) and Mesh Software

Smart Home: Works With Any Ecosystem

The Future of Smart Home Design

Connect Networking Stack

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