Smart Light Switch
Overview
Key technology trends driving the smart light switch markets are:
Motion sensing capabilities
Dimming, scene & color temperature setting functions
Energy consumption tracking
Scheduling and automation features
Remote Control via Smartphone Apps
Voice Control Integration
The Talaria ULP multi-protocol SoCs are ideally suited to meet the consumer needs in the smart lighting market and provides a seamless user experience & interoperability with other home automation devices.
Why should you consider Talaria for Smart Light Switch?
Multi-Protocol in a single chip
Talaria SoC supports Wi-Fi, BLE, Thread & Zigbee in a single chip enabling the light switch to control a variety of devices running different wireless protocols. Also, switch can act as a border router or gateway for devices that cannot directly connect to the internet.
Low Latency
Talaria multi-band & dynamic rate adaptation algorithms, combined with fast boot up times provides low latency response critical for the operation of the light switch. It can be used to control multiple lights.
Application Processor Subsystem
Talaria SoC with MCU, flash memory, an extensive peripheral interfaces & GPIOs can be used to run HMI applications, sensing algorithms, audio commands and drive relays all in a single SoC.
Motion Sensing
Talaria SoC supports Wi-Fi sensing & Bluetooth Channel Sounding capabilities enabled new capabilities like person detection & precise distance measurements to be integrated into smart light switch.
Cloud Connectivity
Talaria SDK includes fully tested networking protocols to communicate with IoT cloud platforms (AWS, Azure) for remote access management. Enhanced device security & crypto accelerators facilitate secure connection & privacy.
Certified Matter Stack
Talaria SoCs are Matter certified and support various Matter device profiles. Combined with DAC certificate generation and provisioning services, they significantly reduce the TTM to build a Matter certified light switch.
System Block Diagram
