Acoustune HS 1677SS Myrinx Driver In-Ear Monitor Headphones is an updated version of the HS1677SS. It is equipped with the newly developed 4th generation Myrinx driver to maximize the characteristics of the Stainless Steel chamber. It is also equipped with the special Pentaconn Ear connector ARC51 8 core silver coated OFC cable. Available in Stainless Steel color only.
Made in Japan
Model: Closed Type
Driver unit: 10 mm Dynamic Type 4th Generation Myrinx driver (Myrinx + thin film titanium dome)
Sound Chamber Material: Stainless Steel
Sensitivity: 110dB 1mW
Maximum input: 100mW
Impedance: 24 Ohm
Frequency characteristics: 10Hz to 25kHz
Connector: Pentaconn Ear. (Remarks: Pentaconn Ear is NOT compatible with MMCX connectors
FREE Shipping worldwide via Post Office / Couriers with Tracking Numbers. Upon receiving orders, we will ship out within 48 working hours.
Estimated Delivery Lead Time:
US / UK : 5 to 7 working days AU / NZ / CA : 7 to 14 working days EU : 14 to 19 working days JP / SK : 5 to 9 working days SE Asia : 5 to 9 working days HK / TW / MO : 3 to 5 working days Rest of the world : 14 to 28 working days
Accept PayPal, VISA, MasterCard, AE, Apply Pay, Google Pay. Currencies includes USD, GBP, AUD, CAD, EUR.
The flagship Acoustune HS2000, 4.4mm to Pentaconn Ear 16 cord hybrid structure, after generations of experience, reform, evolution, the factory's new research and development of silver-plated OFC and very young...
Acoustune ARS100 series upgrade cable is made for HS1677SS and HS1697Ti, which are two of Acoustune's most popular headphones, and their high cost performance, Japanese-made, double-layered metal casing and distinctive...
Acoustune HS1695Ti Myrinx driver in-ear monitor headphones has a balanced sound signature, with moderately boosted bass and trebles. It is significantly different sounding compared to the HS1670SS. HS1695TI has less...
Acoustune HS 1655 CU Myrinx driver in-ear monitor headphones applying PentaconnEar, which is a world first design cable connector for earphones by Acoustune. With very low contact resistance, better reliable...