ND Nice HiFi Sound Headphones In Ear 0.75mm 2-Pin Interface Wired Earbuds - Black / No Mic
Comprehensive Performance: NICE relentlessly pursues clear and warm sound, aiming for impeccable reproduction of tone and soundstage. From sound quality performance, listening experience to exterior design, it embodies further advancements in cost-effectiveness
Perfect Integration Of Dynamic Driver And Balanced Armature: NICE is equipped with a large-sized polymer diaphragm full-range dynamic driver unit that covers a wider frequency range. It is combined with a balanced armature driver unit and a 3D-printed cavity structure to achieve a clean and responsive sound with seamless integration
3D Printed Physical Filter Structure: The complex acoustic duct structure that cannot be processed by traditional methods is manufactured using mature high-precision 3D printing technology. Rigorous acoustic structural design combined with meticulous physical tuning delivers a truly accurate and expansive soundstage with stable acoustic performance
Tuned For Pure Vocals: Even for a budget-friendly product, NICE never neglects the importance of sound quality. It not only adopts a superior hybrid configuration of dynamic and balanced armature drivers but also undergoes excellent sound tuning. It delivers clean and emotive vocal reproduction, moving every listening experience
Zinc Alloy Material: The faceplate is made of zinc alloy material through a die-casting process and undergoes mirror electroplating, resulting in a shiny and smooth texture. This further adds to its dynamic visual charm, making it highly recognizable when worn
0.75mm 2-pin Interface: NICE uses a standard 0.75mm dual-pin design with a replaceable earphone cable 2-pin slot. You can choose to replace it with other HiFi cables according to your needs or upgrade it to Bluetooth-compatible earphones by installing a Bluetooth-compatible module
Specifications:
Model: ND-Nice
Frequency response range: 7-40000HZ
Sensitivity: 111dB±3dB
Impedance: 25Ω±15%
Drive unit: 10mm full-range DD mid-high frequency BA