• Free shipping on all orders — get 8% OFF! F3J3LXK6

    Moondrop Marigold USB-C in-Ear Earphone DSP Built-in 32Bit/384kHz Sound Card Asymmetric Cable Microphone EQ Music Gaming Headset

    $39.99

    🌸 Cute & Stylish Hair Accessories

    🚚 Free Shipping on $39.99        📦 Ships in 3–5 Days

    🔍 Carefully Inspected          💫 21-Day Returns

    Product details

  • Brand: Moondrop
  • Color: Black
  • Ear Placement: In Ear
  • Form Factor: In Ear
  • Model Name: MARIGOLD
  • About this item

  • 10mm Classic High Performance Beryllium-plated Dome Composite Diaphragm Driver, lt is composed of a beryllium-plated dome and a composite flexible suspension diaphragm, along with an N52 magnet. This design achieves an ultra-low distortion rate of 0.05% and offers wide-band frequency performance that meets the demands of high-resolution audio and large dynamic ranges.
  • The earphones feature an in-ear/neckband style with an asymmetric cable design that has almost disappeared in recent years. This design allows the earphones to rest naturally around the neck when not in use. This means listeners can enjoy music easily without having to store the earphones repeatedly.
  • The Marigold model features a built-in USB sound card chip that supports hardware decoding for high-resolution audio up to 32bit384kHz, covering the master audio sources of mainstream streaming media.
  • Equipped with an advanced high-speed USB-C interface and based on the UAC universal digital audio protocol, the Marigold is compatible with most smartphones and tablets that have a USB-C port. lt does not requlre driver, easy-to-use.
  • Through the latest updated MOONDROP APP*, users can customize and debug the parameterized equalizer in the Marigold sound card chip using a new professional tuning interface that is more precise and user-friendly. This interface allows adjustments to parameters such as filter type, frequency point, gain, and Q value. Additionally, the real-time frequency response displayed isavailable for reference during the tuning process, further enhancing usability and accuracy.