Promate Civil Wireless Earphones v5.3 Bluetooth 10mm Drivers

Promate Civil Neckband

The Promate Civil Wireless Earphones integrate a high-performance Bluetooth 5.3 chipset to facilitate low-power consumption and robust wireless signal integrity. This neckband utilizes 10mm neodymium drivers to deliver precise audio output suitable for communication and media consumption. The chassis consists of premium liquid silicone, which provides a balance of flexibility and structural durability. This material choice ensures the device maintains its form factor even after repeated mechanical stress. Consequently, the unit offers a reliable solution for mobile professionals requiring consistent audio access. The internal 200mAh lithium-polymer battery provides significant operational uptime. Therefore, users can rely on the device for full work shifts without frequent recharging cycles. The system supports multiple Bluetooth profiles including A2DP, AVRCP, and HFP for seamless device switching.

Key Features

• Bluetooth 5.3 Technology
  This version provides enhanced data transmission speeds and improved connection stability within a 10-meter operational radius.

• 10mm Neodymium Drivers
  The high-fidelity drivers produce balanced frequency response for clear vocal reproduction and detailed instrumentals.

• Liquid Silicone Construction
  The neckband uses skin-friendly liquid silicone rubber to ensure long-term comfort and resistance to chemical degradation.

• IPX4 Water Resistance

  • Protects internal components from sweat
  • Resists light water splashes from any direction

Specifications

What’s in the Box

• Promate Civil Wireless Neckband

• USB-C Charging Cable

• Additional Silicone Ear Tips

• User Documentation

Why Choose Promate Civil

• The device implements a USB-C charging interface for modern hardware compatibility.

• The 25-hour runtime reduces the frequency of maintenance tasks for the user.

• Magnetic earbud housings provide an efficient cable management solution when the unit is idle.

• The integrated microphone utilizes noise reduction algorithms to improve communication quality in loud environments.

• The lightweight architecture minimizes physical strain during extended deployment.