• Smart mirrors usually incorporate a small microcomputer, such as a Raspberry Pi or an Android-based system, to power the display and process data.
• These systems are often equipped with sufficient processing power and memory to handle tasks like displaying widgets, running apps, and connecting to the internet for real-time updates.

• Smart mirrors employ various input technologies, including capacitive touch sensors or infrared sensors, to detect user interactions.
• Capacitive touch sensors can detect touches on the mirror's surface, while infrared sensors can track hand gestures or movement in front of the mirror, enabling touchless interaction.

• Smart mirrors are typically powered by an electrical outlet, requiring a constant connection to a power source.
• However, some models may offer battery-powered options for temporary usage or portability. Additionally, energy-efficient designs ensure that smart mirrors consume minimal power during operation.

• Many smart mirrors support integration with popular smart home platforms, such as Amazon Alexa, Google Assistant, or Apple HomeKit.
• These allowing seamless control and communication with other connected devices in your home. This interoperability enhances the functionality of smart mirrors and expands their capabilities within a smart home ecosystem.

How To Connect Smart Mirror With Internet?

Generally, Vercon smart mirrors support all kinds of Internet connections.

WiFi: Vercon smart mirror setting configuration has internet connection details. Go to the settings, choose WiFi, click the WiFi you want to use, input the password, and the connection is finished.

Supports WiFi: 802.11a/b/g/n/ac/ax

Speed: 150Mbps to 1Gbps.

LAN Connection

VERCON smart mirror supports LAN wired connections, mainly to prevent weak WIFI signals. In many engineering cases, smart mirrors not only support WIFI but also notify support for LAN-wired connections.
The installation is very convenient, just plug the network cable into the network cable interface
speed， Determine based on actual internet speed.
Application scope: In rooms with poor WIFI signals or scenarios that require stable signal transmission, such as in the case of internet or security connections.