MoKo USB C to 3.5mm Audio Adapter - Dual Chip CX31993 MAX97220 DAC & HiFi Amplifier, Type C to Headphone 3.5mm Aux Jack Dongle for Android iPhone iPad Mac Windows Switch PS5, Black

Dual Smart Audio Chips: Featuring advanced CX31993 and MAX97220 dual DAC chips, the USB C to 3.5mm audio adapter delivers zero-distortion audio with stunning clarity. Advanced DAC technology enables lossless conversion from digital to analog signals, preserving every detail of the original audio. Experience near-original recording fidelity without professional equipment. Hi-Res Audio Quality: The USB C to headphone jack adapter features 8-strand 4N high-purity single-crystal copper-silver plated core, which fully leverages the strengths of both copper and silver. Copper delivers powerful bass and focused midrange, while silver enhances high-frequency detail, making every piece of audio more vivid and three-dimensional-as if you were right there at the live performance. Inline Control & Plug-and-Play: With this USB C headphone adapter, you can enjoy versatile inline controls for answering calls, switching music, and more. It's plug-and-play-once connected, every sound detail is crystal-clear through your headphones, whether it's the footsteps and skill cues in immersive games, or the dialogue and background audio in movies. It unlocks a Hi-Fi audio world rich with details for you. Wide Compatibility: Paired with the included USB-C to USB adapter, the Type C to 3.5mm audio adapter seamlessly works with both USB-C and USB devices, such as Android phones, iPhones (USB-C ports), iPads, MacBooks, laptops, desktops, car stereos, Switch 2, PS5 and more. It delivers stable audio support for music, calls, live streaming, and gaming, freeing your connections from device interface limitations. Premium Materials: Crafted with an aircraft-grade aluminum alloy shell, the USBC to 3.5mm jack audio adapter offers a smooth texture while being scratch-resistant, fingerprint-proof, and wear-resistant. Its transparent chip window design allows for a clear view of the internal chip structure, delivering a tech-forward visual experience that perfectly balances aesthetics and usage safety.