[Multi-Function Design]Dual USB C adapter is designed for USB C devices without 3.5mm port. You can charge you usb-c device and play music at the same time with the dual USB-C audio adapter,say goodby to the problem of only 1 type-c port on your phones.You can use it to answer/ reject calls, play or pause music, control volume by your headphone in-line.[Hi-Fi/DAC Chip]Equipped with DAC chipset, this dual USB-C connector offers noise cancelling technology, play music with high rate, high resolution and lower noise. Clear and not stuck. Besides, this updated adapter has output up to 24 bit/96 kHz, making it possible to bring all of the thrill and excitement of pure, living sound directly to your ears.[Wide Compatibility]Dual USB-C adapter can work with Google Pixel 2/2 XL/3/3 XL,for Mate 10 Pro/Mate 20 Pro/ / Pro/P30 Pro,for Mi 8/8 Lite,2018 New iPad Pro/ Pro/New Air. NOTE :Not compatible for Moto series phones and One Plus 6T.[PD3.0 Fast Charger]Plug and play, no need to install any drivers. USB C to USB C audio adapter built-in PD chip (Power Delivery Protocol) able to offer 60W charging performance, it up to 20V/3A charging speed. USB C to Dual USB Type C USB C earphone jack adapter will save much charging time for you.[ material] TPE wire is made of fireproof material to prevent the fire, the gold-plated connectors are made of aluminum metal to become more durable and compact, which ensures a longer life.Product specificationsColor: White-Dual USB C Headphone AdapterConnector: Dual USB-C malePort 1: USB-C Headphone JackPort 2: USB-C PD charging portCharge: PD3.0(20V/3A MAX)Colour: silverMaterial: ABSPackage Contents:1 x Type C Audio AdapterOnly the above package content, other products are not included.Note: Light and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is 1-3cm. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.