Key Specifications

The NICEHCK KP520 headphones deliver exceptional audio quality with their unique orthodynamic 3D silicone membrane dynamic driver.

These in-ear monitors boast a sensitivity of 115dB and an impressive frequency range of 20-35000Hz, ensuring detailed sound reproduction across all frequencies.

Designed for versatility, they are suitable for HiFi listening, DJing, enjoying bass-heavy music, and active sports, providing a comfortable and secure fit.

Audio Performance and Connectivity

Experience HiFi sound with the orthodynamic vocalism principle and a single dynamic driver unit.

The impedance is rated up to 32 Ω, making them compatible with a wide range of audio sources, including smartphones.

Featuring a standard 3.5mm connector and a durable 1.2m cable, these wired earphones ensure a stable and high-fidelity audio connection without active noise cancellation.

Designed for Comfort and Durability

Crafted from resin and silicone, the KP520 offers a comfortable in-ear experience.

The MMCX connector allows for easy cable replacement, enhancing the longevity and customization options of the earphones.

These headphones are built for active use, providing a secure fit during workouts and sports activities.

Frequently Asked Questions:

What is the sound technology used in the NICEHCK KP520 headphones?

The NICEHCK KP520 headphones utilize an orthodynamic vocalism principle with a 3D silicone membrane dynamic driver for detailed HiFi audio.

Are the NICEHCK KP520 headphones suitable for sports or gaming?

Yes, these in-ear headphones are designed for sports and also cater to video gaming due to their clear sound reproduction and secure fit.

What is the cable length and connector type for the NICEHCK KP520?

The headphones come with a 1.2-meter cable and feature an MMCX connector, allowing for easy cable replacement if needed.

Do the NICEHCK KP520 headphones have active noise cancellation?

No, the NICEHCK KP520 headphones do not feature active noise cancellation, focusing instead on delivering high-fidelity wired audio.