The tool helps select the appropriate 32 MHz crystal for Qorvo's Low-Power IoT devices, eliminating calibration during production.
Interoperability is a key driver for enablement and acceptance of the IoT and its devices in our wireless world. The new Matter standard will improve the interoperability between these IoT devices and standards. From a system developers standpoint interoperability can make the difference with product acceptance. It can also help in the actual design and functionality of the IoT device being created. Starting your design from proven interoperable building blocks makes IoT product design easier and speeds time to market for development engineers – and Qorvo is here to help.
Connecting seamlessly at every level is the definition of real-world interoperability. Whether Matter or another IoT standard is used in a smart network, Qorvo adds the advantage of its unique suite of integrated capabilities called ConcurrentConnect™ technology. The result: Quicker connections, greater network capacity and scalability plus future-proofing for multi-vendor and multi-standard networks.
In this demonstration, our certified Matter development kits enable concurrent connection and control for smart lighting. Qorvo's ConcurrentConnect Multi-Channel capability enables simultaneous Zigbee Bridging and Thread Border Router on different channels. Multiple Matter and bridged Zigbee networks connect on the same hub, operate on different channels, maximizing capacity, range and reliability.
The tool helps select the appropriate 32 MHz crystal for Qorvo's Low-Power IoT devices, eliminating calibration during production.
The tool calculates current consumption and estimates battery life of battery-powered Qorvo IoT solutions.
The tool calculates the link budget and estimates the achievable RF range under different propagation models of Qorvo's Wireless Connectivity solutions.