The Maxell Sync Up True Wireless Bluetooth Earbuds, part number MAX 199899, are designed for business and IT professionals requiring a reliable audio solution for daily use. These stereo earbuds utilize Bluetooth 5.0 for true wireless connectivity, offering a frequency response range of 20 Hz to 20 kHz and an impedance of 16 Ohm. They are suitable for conference calls, voice calls, and general audio playback, providing up to 12 hours of playtime with the included charging case. The in-ear, binaural design features a secure fit and a built-in microphone for clear communication. Users can manage music, calls, and voice controls via buttons on each earbud, eliminating the need to access a phone directly. This product addresses the need for portable, hands-free audio in professional environments, ensuring consistent connectivity and sound quality for various tasks.
Sync Up True Wireless Bluetooth Earbuds with charging case deliver heavy bass for a higher-fidelity sound and satisfying listening experience. Enjoy up to 12 hours of playtime with the included charging case and noise-isolating design. Never worry about your earbuds falling out again with the secure fit. With a button on each bud, you can control your music, answer calls and use voice controls without ever picking up your phone. Thanks to the built-in mic, all your calls will be crystal-clear. Earbuds come with extra eartips, charging case and case-to-USB charging cable.
The package includes the Sync Up True Wireless Bluetooth Earbuds, extra eartips for a customized fit, a charging case, and a case-to-USB charging cable.
These earbuds utilize Bluetooth 5.0 for wireless connectivity, ensuring a stable and efficient connection.
The earbuds provide up to 12 hours of playtime when used with the included charging case.
Yes, with an integrated microphone and controls for answering calls, these earbuds are suitable for conference calls and voice calls.
MAX 199899 - Maxell Sync Up True Wireless Bluetooth Earbuds - Stereo - True Wireless - Bluetooth - 16 Ohm - 20 Hz - 20 k