fbpx

  DM 28ANC webpages 1

Bravo! DM-28ANC is the ever most powerful in noise reduction by Bonnaire.

Inheriting the professionalism of Dual Mic (DM) and Environmental Noise Cancellation (ENC),

this DM-28ANC will also achieve active noise cancellation by realizing a maximum noise reduction through digital noise reduction and passive sound insulation. 

Merci for your bravo choice!

DM 28ANC RGB 1

DM 28ANC RGB 2

 

DM 28ANC webpages 3

 

 DM 28ANC webpages 5

 

 DM 28ANC webpagesman

 DM 28ANC webpages 9

 

Key Features

  • Adopting industry top-notch of Dual Microphone (DM) + Environment Noise Cancellation (ENC) + Active Noise Cancellation (ANC).
  • Long lasting of 6 hours music listening time on one charge.
  • Powerful 13mm driver  will immerse you in a premium high-definition music.
  • The semi in-ear design would optimize the listening comfort.
  • Digital power level display of charging compartment has added user-friendliness.
  • Dedicated user interface enables you to control easy for desirable user experience.
  • Seamlessly switch between low-latency gaming mode and premium music mode.
  • Automatic pairing and switching between mono and stereo modes.
  • Sweat and water resistant (IPX4 standard).

 

 

Specifications DM-28ANC

  • Bluetooth Version: 5.3
  • Earbud / Charging Case Battery: 35@/ 230mAh
  • Stereo Music Play Time: ~6hrs
  • Buds/ Case Charging Time: ~1.5 /  2hrs
  • Low Latency: 40+/-5ms
  • Profiles Supported: HFP/
  • HSP/ A2DP/ AVRCP
  • Speaker: Dia13mm
  • Speaker Frequency: 20Hz~20KHz
  • Audio Codec: AAC/SBC
  • Input Voltage / Current:
  • DC 5V/300mA
  • Charging Port: Type C
  • Net Weight: Ear-bud 4.1g@/ Case: 49g

Operation time is subject to your phone model, setting, operating mode, and aging situation of the product. Talk/ music time is the result of a study which is based on an Android phone set to play /talk continuously at 50% sound volume (for playing lyric music). Dual phone connection is also subject to your phone model and mobile carriers service, which may induce extra charge.