Audio-Technica ATH-TWX7 Truly Wireless Earbuds Gray ATH-TWX7GY (Gray)

The ATH-TWX7 truly wireless earbuds are designed to provide listeners with a high-fidelity experience and features to customize listening sessions. Leveraging the 5.8 mm high-resolution drivers from the flagship ATH-TWX9, the ATH-TWX7 offer detailed music playback, including support for 24-bit/96 kHz audio files all within a compact and easily portable design. These earbuds also provide audio-controlling features accessible with a touch of the earbud sensor to activate the digital hybrid noise canceling technology. Features Crystal Clear Call Quality Hybrid Noise-Cancellation Fast Charging (6.5 hour battery life + 13.5 hours of case charging) Touch Controls Multipoint Pairing High-Resolution Drivers Clear Calls Anywhere, Anytime With beamforming microphones in each earbud, the ATH-TWX7 clearly captures your voice, even in noisy environments. Plus, you can choose from two call modes Natural Mode (indoors/quiet) and Noise-Reduction Mode (outdoors/noisy) to get the best audio quality anywhere. Customize Your Listening Experience The ATH-TWX7 lets you control your sound space. Apply the noise-cancelling function to focus on work, the talk-through function to accentuate the voices/announcements around you, or the unique soundscape function to produce sounds for concentrating, relaxing or meditating. Secure Fit in A Compact Design The compact earbuds fit discreetly in your ears, providing a comfortable listening experience for hours on end. Select from two sets of included eartips soft and standard to customize your fit. Choose What You Want to Hear Digital hybrid noise-cancelling technology, driven by small MEMS microphones in each earbud, eliminates unwanted sounds. The hear-through function allows you to listen to music while walking, playing sports, doing housework, working remotely, or using public transportation. Added Control Using the ATH-TWX7 with the Audio-Technica CONNECT app gives you access to many additional functions, such as the low latency