The Z-Wave network operates on a different frequency (800-900 MHz) compared to other household wireless technologies, such as broadband routers and Wi-Fi devices (2.4 and 5 GHz). As a result, the Z-Wave network remains unaffected by these technologies and can coexist with other wireless electronics.
By using a different frequency, Z-Wave avoids interference from other wireless technologies, ensuring reliable and uninterrupted communication between devices. This approach enables Z-Wave devices to work invisibly alongside other household wireless devices without affecting their performance.
Furthermore, the Z-Wave network uses a powerful forward error correction (FEC) mechanism that minimizes the impact of external interference on the network's performance. The FEC mechanism helps Z-Wave devices to recover lost packets caused by interference, ensuring reliable and robust communication between devices.
The use of a unique frequency, combined with powerful error correction mechanisms, makes Z-Wave an ideal wireless technology for smart homes. It enables users to create a network of devices that can seamlessly coexist with other household wireless technologies while providing reliable and uninterrupted communication.