JBL Tour One M3 Smart Tx Wireless OverEar Noise Cancelling Headphones with Smart Transmitter HiRes Audio 35mm or USBC Spatial 360 Sound with Head Tracking 70Hrs of Playback Mocha

JBL Smart Tx Connect to any audio source Use JBL Smart Tx to connect to just about any audio source and elevate your wireless sound experience Or use the USBC cable for digital sources like your phone tablet or laptop Analog sources can also be connected by using the 35mm audio jack That includes the inflight entertainment system on most airplanes your TV or PC And with 18 hours of battery life youll make it through even the longest flight JBL Smart Tx Youre in control No need to pull out your phone and search for the app Youve got full access to all controls of your JBL Tour One M3 Smart Tx headphones via the touch screen on the Audio Transmitter No apps required JBL Smart Tx Universal Auracast audio transmitter Use the JBL Smart Tx Audio Transmitter to connect to any audio source and stream to any Auracastenabled speakers or headphones near you Share your favorite playlist or TV series with any other Auracast enabled headphones HiRes Audio with legendary JBL Pro Sound Robust 40mm mica dome drivers are precisely tuned to deliver deep bass balanced mids and crystalclear highs 8Mic True Adaptive Noise Cancelling 20 with realtime adjustments Make wind street noise and workplace chatter all go away 8 mics 4 on and in each ear cup listen for ambient noises around you in realtime and automatically return the inverse phase to you so you barely hear anything other than your music Or when you want to stay more aware of your surroundings use Ambient Aware and Talk Thru in the JBL Headphones app to customize what and how much you hear of your environment Immersive JBL Spatial 360 sound with Head Tracking Introducing JBL Spatial 360 Whether youre listening to music movies or games nextgeneration JBL Spatial Sound is a more natural realistic and accurate immersive experience than ever before It processes more details from any stereo content to generate reflections and reverberation signals Applying various parameters at different frequency ranges it creates a more realistic lis