Performance metrics for the Restore 3 indicate a high-density RGBW LED array housed within a polycarbonate shell. The system utilizes an ESP32-based architecture for connectivity, supporting 802.11 b/g/n (2.4GHz) protocols. Acoustic output is provided by a 5W driver optimized for white noise and ambient soundscapes. The control interface combines capacitive touch sensors with physical buttons for localized interaction.
The hardware lack of an internal battery backup makes the device’s state volatile during power interruptions. Integrated light-diffusing baffles are used to maximize the Color Rendering Index (CRI) for biological wake-up sequences. The device operates within a proprietary cloud-dependent ecosystem, requiring active internet for many smart features and routine management.
This system is a specialized entry in specialty audio speakers and sleep-hygiene devices, designed to simulate natural light cycles.
To safeguard against alarm failure during grid instability, connecting this device to a power backup solution is necessary to ensure the sunrise cycle remains active.
