AIEACH M7 Ergonomic Bluetooth Wireless Mouse

Description

AIEACH M7 Ergonomic Bluetooth Wireless Mouse

Introducing the AIEACH M7 Ergonomic wireless mouse with a versatile dual-mode design, combining Bluetooth and stable 2.4GHz wireless technology. This mouse features an ergonomic inner arc groove design for a comfortable fit, ensuring minimal fatigue during prolonged use. The dual-mode connection allows flexibility in various usage scenarios, supporting both Bluetooth and USB receiver connections.

Key Features:

• Dual Mode Connection: Utilize stable 2.4GHz wireless technology or Bluetooth for flexible connectivity in different situations.
• Ergonomic Design: The inner arc groove design enhances the fit between the hand and the mouse, providing comfort during extended use.
• Compatibility: Compatible with iOS, Android, and Microsoft devices, including smartphones, tablets, and laptops.
• Reliable Wireless Transmission: Advanced wireless transmission technology ensures encrypted and reliable connections with minimal interference or frame drops.
• Adjustable DPI: Switch between 800, 1200, and 1600 DPI for precise positioning, responsive control, and smooth operation.
• Advanced Optical Sensor: Equipped with an advanced optical sensor, this mouse performs well on various surfaces, with or without a mouse pad.
• Excellent Battery Life: The high-efficiency energy-saving engineering design delivers impressive continuous battery life for extended usage.

FAQ:

• Multi-Device Connectivity: Connect to one device via Bluetooth and another through the 2.4GHz USB receiver, with the ability to switch between them seamlessly.
• Connection Setup: Simply turn on the mouse, press the red button to activate Bluetooth or USB receiver mode, and follow the easy steps for connection.
• iOS System Compatibility: Ensure your iOS system is upgraded to version 13.0 or above for optimal performance.

Experience comfort, versatility, and reliable performance with the AIEACH M7 Ergonomic wireless mouse, designed to meet the demands of various operating systems and usage scenarios.