QCY T13 Wireless Earbuds, ENC, 40H Playtime

QCY T13 Audio System

The Promate BH20T13A Wireless Earbuds integrate a Bluetooth 5.1 chipset to provide stable wireless connectivity and low-latency audio transmission. This hardware configuration ensures consistent data throughput for high-resolution sound reproduction across various mobile and desktop platforms. The acoustic architecture features a 7.2mm dynamic driver that produces balanced frequencies, specifically tuned for clarity in vocal and instrumental ranges. Furthermore, the integrated power management system extends the total operation time to 40 hours when combined with the portable charging station. Consequently, this system meets the rigorous requirements of professionals needing reliable communication tools throughout extended work cycles.

Key Features

• Environmental Noise Cancellation (ENC)
  The four-microphone array utilizes advanced beamforming technology to isolate vocal frequencies while suppressing ambient background noise during active calls.

• Advanced Battery Architecture

  • Provides 8 hours of continuous playback on a single charge cycle.
  • The charging case holds three additional full charges for 40 hours total.
  • Quick-charge circuitry delivers 60 minutes of audio from a 5-minute connection.

• Specialized Sleep Mode
  Users can activate a dedicated mode via the control interface that deactivates touch sensors to prevent accidental commands during rest or travel.

Specifications

What’s in the Box

• BH20T13A TWS Earbuds
• Portable Charging Case
• USB-C Charging Cable
• Silicone Ear Tips (S/M/L)
• User Documentation

Why Choose This Audio Solution

• The Bluetooth 5.1 protocol maintains a stable 10-meter range for flexible office mobility.
• AAC codec integration ensures high-fidelity audio streams for professional media monitoring.
• The IPX5 rating provides protection against sweat and moisture in diverse operating environments.
• Customizable touch controls allow for seamless management of calls and playback without host device interaction.