Fanmusic Softears Twilight Earphone 10mm Dynamic Driver Earbuds with 0.78 2Pin Cable

Specifications： Impedance:16Ω Sensitity: 116dB/Vrms@ 1kHz Effectivefrequencyresponse: 20-20kHz (IEC60318-4) Frequencyrange: 15-40kHz (1/4’freefield, -3dB) THD:<1%@1kHz Housing: 5-axis finely engraved anodized aluminumalloy Driversize: 10mm Diaphragm: PUsuspension+DLC diamond-ikedome

• About 6g: The body is made of high-standard aluminum alloy for aviation industry, which is tough but light. It uses China's high-precision five-axis CNC carving ma- chine tool for processing, and then carries out the post-treatment of anodic oxidation process. Com- pared with Turi, the weight is reduced by 60%, and the weight of one side is only 6g.
• Patented coupling technology of front cavity is inherited from Turii: With more than 100 experiments and calculations, we got the volume of the rear cavity matching the unit. This improves the dynamic response and sensitivity and can easily produce the excellent low-frequency sound.Viscoelastic damping materials and diffuser patches are embedded in the rear cavity to suppress cavity resonance and make it easier to capture details.
• Eartips: Softears's exclusively developed brand-new U.C. eartips is our standard accessory, which makes the better sealing, more comfortable wearing feeling and more authentic sound.
• Cable: Softears's customized 10u super thick gold plug pin and high-quality 6N oxygen-free copper stereo cable has much higher oxidation resistance and conductivity than similar products, which will effectively ensure the reduction of sounds.0.78 connector with four claws and four points has a bigger contact area and is more stable and reliable than the traditional two-point contacter.
• 2000 hours to develop, brand- new platform 10mm ultra-high performance dynamic driver, and each pair of earphones is produced and paired separately. Large diameter DLC dome with FreeEdge PU suspension With 0.035mm Daikoku high tension voice coil, the per- formance of each unit is guaranteed to the greatest extent, and we achieved excellent frequency amplitude response features.