Smart WiFi Socket Gosund EP8‑M 16A — Wi‑Fi remote outlet compatible with Xiaomi

The Gosund EP8-M 16A WiFi smart outlet (Xiaomi) is a compact smart plug designed to add remote and automated control to household appliances. Supporting Xiaomi HyperOS and the Xiaomi Home app over 2.4 GHz Wi‑Fi, it enables scheduling, timers and energy monitoring so you can manage devices from anywhere and optimise power use. With a maximum load of 16A (3680W), the EP8-M is suitable for small appliances and larger devices alike.

Advantages

Built-in energy consumption monitoring provides real‑time information on power use to help control costs. The device supports voice control with Xiaomi Assistant and mobile app control, and it can be grouped with other outlets for simultaneous management. Safety features include child protection and a physical button lock to prevent accidental changes. The compact housing is designed to avoid blocking adjacent sockets.

Key specifications

• Manufacturer: Gosund
• Model: Smart Plug EP8-M
• Connectivity: Wi‑Fi 2.4 GHz
• Compatibility: Xiaomi Home, Xiaomi HyperOS
• Maximum load: 16A / 3680W
• Power supply: 230V~/50Hz
• Features: schedules, timers, countdown, energy monitoring, voice control
• Security: physical button lock, child protection
• Control: mobile app, voice commands, group control
• Included: smart socket, instruction manual

How to use

Plug the Gosund EP8-M into a 230V outlet, then connect it to a 2.4 GHz Wi‑Fi network using the Xiaomi Home app or Xiaomi HyperOS. Add the device in the app, assign it a name and, if desired, create groups with other Gosund outlets. Set schedules, timers or delayed on/off actions in the app, monitor real‑time energy consumption and use voice commands via Xiaomi Assistant for hands‑free control. Use the physical button for local on/off control and enable the button lock if you want to prevent accidental changes.

Recommendations

Use the smart plug with devices whose combined current does not exceed 16A (3680W). For safety, avoid connecting high‑power appliances permanently that may draw near the maximum load for extended periods, and ensure a stable 2.4 GHz Wi‑Fi signal for reliable remote control and energy monitoring.