หูฟัง Acoustune HS1300SS Next-Generation Acoustune Heritage Model

From the earphone brand "Acoustune" based on its own dynamic driver, the next generation is equipped with an improved 3rd generation Milinks driver and uses stainless steel with a strong resonance suppression effect in the acoustic chamber. Dynamic sealed earphone "HS1300SS" which becomes Acoustune heritage model Adopting next-generation Acoustune design identity "HS1300SS" adopts the next generation Acoustune design identity. We have optimized each dimension and further improved the housing shape in consideration of ergonomics. In addition, the nozzle part uses a "2way nozzle" that can adjust the long and short earpiece positions in two stages, and supports various ear shapes. The HS1300SS has improved fitting performance and a design that is easier to install. Equipped with improved 3rd generation Milinks driver The polymer biomaterial "Myrinx" used for artificial skin and surgical sutures is used as the diaphragm material. Although it is a synthetic base material for medical use, it is a high-performance resin that boasts extremely high acoustic performance as a diaphragm material. This 10mm diameter diaphragm, which is made by thinning Milinks and optimized for the driver structure, has both high strength and flexibility while being lightweight, and enables music playback with high resolution and wide dynamic range with excellent transient characteristics. I will. This Minx driver obtains even higher responsiveness by completely separating the acoustic chamber part that stores the driver and the mechanical housing part that stores the connector in a "modular metal body" that prevents mutual interference. It also enables more accurate low frequency reproduction. "HS1300SS" is HS1500 "Improved 3rd generation" which gave feedback on various knowledge and technology such as vibrating membrane texture, coil, magnet, tuning process obtained by 4th generation Milinks driver to 3rd generation Milinks driver adopted in the series. Equipped with "Milinks driver". It is a next-generation Acoustune heritage model that follows the history of the HS1000, HS1500, and HS1550 series and incorporates the knowledge of the HS1600 series. Modular metal body & stainless steel chamber The housing of the main body adopts a modular structure in which the acoustic chamber part (driver storage) and the mechanism housing part (connector storage) are completely separated. Deterioration of sound quality is suppressed by reducing mutual interference between the acoustic part and the mechanical part. With the refinement of the dynamic driver, "HS1300SS" uses stainless steel as the material of the acoustic chamber that supports the heart of the dynamic driver in order to bring out the driver's performance. Stainless steel is used for the acoustic chamber and aluminum is used for the mechanism housing. The 100% CNC machined stainless steel chamber has a high hardness comparable to titanium, which improves the resonance suppression effect and improves the driver's response. The HS1300SS mainly improves the low-frequency response and sound quality deterioration, and has acquired a heavy sound thickness and high resolution. Uses Pentaconn Ear connector Uses the new IEM connector "Pentaconn Ear" connector designed and produced by Nippon Dix Co., Ltd., which boasts high sound quality and high reliability. Compared to the conventional MMCX connector, the plug part and socket part are in closer contact and have excellent conduction performance. It also achieves both ease of attachment and detachment and robustness. New OFC cable "ARC61" with 8-core structure The "HS1300SS" uses the new cable "ARC61", which is the OFC cable used in the HS1500 series, combined with the design concept of the next-generation Acoustune cable. The ARC61, which has a double-twist 8-core configuration, suppresses the conductor resistance value to the utmost limit by the core configuration of 336 ultra-fine OFC wires. The transmission loss of an audio signal is prevented and the S / N ratio is improved over the whole frequency. For the coating, PVC made in Japan selected by engineers who have been involved in cables for many years in consideration of damping performance is used. This prevents vibration from the outside and suppresses touch noise. In addition, new metal parts have been adopted for the Y-splitter and plug parts. It is a cable that respects the design and history, aiming for smooth and core sound quality that is typical of OFC.