Bluetooth & MP3 Playback – BoneSoundz Aware

BoneSoundz Aware headphones are packed with both wireless and standalone features that make them incredibly versatile — whether you’re running, swimming, or just relaxing at home.

Bluetooth 5.3 – Stable, Efficient Connection

• Uses Bluetooth 5.3 for:
  • Stronger connection
  • Better range (up to ~33 feet)
  • Lower battery usage
• Compatible with:
  • iPhone (iOS)
  • Android phones
  • Tablets
  • Laptops (Windows/Mac)
  • Smartwatches & more
• Supports standard Bluetooth profiles:
  • A2DP for audio
  • HFP for phone calls
  • AVRCP for play/pause/skip controls
• Multi-Point Pairing: Connect to two devices at once (e.g., phone + laptop). It will automatically switch between them so you won’t miss a call while watching a video.

Phone Calls & Voice Assistant Support

• Built-in microphone for phone calls and voice commands
• Use the multi-function button to:
  • Answer or end calls
  • Activate Siri or Google Assistant
• Note: Works best in quieter areas. Like other open-ear headphones, wind noise may affect call quality.

Offline MP3 Playback – 32GB Built-in Storage

BoneSoundz Aware doubles as a standalone music player — perfect for swimming or running without your phone.

How It Works:

• Switch to Memory Mode:
  Double-press the power button to play music from the internal storage instead of Bluetooth.
• Transfer Songs:
  1. Plug the headset into your computer using the magnetic USB cable
  2. It will appear as a drive called "BoneSoundz"
  3. Drag and drop audio files (no special software needed)
• Supported Audio Formats: MP3, WAV, WMA, FLAC, APE
• Playback Features:
  • Skip tracks
  • Shuffle mode: Triple-click the button

  • Repeat mode

Sound Notes

• Uses standard Bluetooth codecs (SBC, and likely AAC on iPhones)
• Not noise-cancelling — you’ll still hear your environment (great for safety outdoors!)
• In noisy environments, you may need to increase volume
• Want to reduce outside noise? You can wear earplugs — bone conduction still works!
• Slight sound leakage is possible at high volume in quiet places (like libraries)