intime wired earphones Miyabi compatible [] Mark re-cable (MMCX)

【Voltage Compatibility】 When using electrical appliances, please note that they are designed for Japanese voltage specifications (90-110V), so if you use them with a different voltage, it may cause a malfunction.

【Plug Type】 Our products use Japanese plug types (A or B type). Please use a conversion adapter if necessary.

【Important Note on Transformers and Adapters】 A transformer adjusts voltage to match your device’s requirements. A conversion adapter only changes the plug shape and does not adjust voltage. Using only a conversion adapter without a transformer may result in damage to the product.

【Liability】 We are not responsible for malfunctions or damages caused by improper use, such as operating the product without a transformer. [Flat design and tuning from low to high frequencies] While the "Kira Mark II" and "Todoroki Mark II" are earphones that focus on the low and high frequencies, the "Miyabi Mark II" allows you to enjoy all-round sound. In order to produce a glossy sound, we have adopted a graphene coated woofer like the "Kira Mark II". These earphones allow you to enjoy a wide range of music, including glossy vocals and classical music that allows you to listen to a wide range of sounds. [Two models are available for the re-cable connector: MMCX and Pentaconn Ear] The current "Kira, Todoroki, and Miyabi" all use MMCX plugs and jacks for the re-cable part. MMCX is a proven connector that is already used by many users in the re-cable world. On the other hand, the Pentaconn Ear used in our flagship model "Sho" is a connector that has low contact resistance, reduces electrical signal loss, and can achieve higher resolution sound. These new products include MMCX and Pentaconn Ear for each of the ``Kira Mark II, Todoroki Mark II, and Miyabi Mark II'' products to meet the needs of a wide range of portable audio enthusiasts. [Adoption of 3rd generation VST2] The PZT-based piezoelectric ceramic material developed by our company has excellent low hysteresis characteristics and linearity, and based on elements made by laminating these materials, we have developed a new ceramic element with a larger displacement and adopted it as the 3rd generation VST2. In particular, the sensitivity in the ultra-high range beyond the general audible range has further increased, and the richness of its harmonic components has made it possible to reproduce a sound field that is closer to nature. [Uses original hybrid cable] Our original hybrid cable is used for the cable. The core material is the material of the MMCX re-cable cable ``M Kanade'', which is already sold on our EC site and Amazon official site, and has been well received. By using OFC + silver coating on the HOT side and OFC on the COLD side, excellent low-frequency resolution, presence, and sound separation are achieved. The most important feature of this cable is the sense of realism that is unbalanced even when unbalanced. You can fully enjoy the wide sound stage of "Kira Mark II, Todoroki Mark II, Miyabi Mark II" in any environment. [Our original earpiece isep01 is included as standard] The basic shape is the same as the AET07, which was included as standard in our earphones. Its shape has been highly acclaimed for its comfortable fit that suits most people. In order to further improve the wearing comfort, we have softened the hardness of the silicone in the earpiece umbrella. This allows us to more faithfully reproduce the original sound of earphones over a wide band. intime Miyabi Mark II Earphones that respond flatly from low to high frequencies We have been working on improving the materials of the ceramic tweeter VST, which we have been developing since our founding, and advancing the sophistication of vibration analysis technology and acoustic analysis technology. We have decided to introduce these technologies and renew three models: ``Kira, Todoroki, and Miyabi.'' "Miyabi Mark II" follows the direction of a flat sound range from low to high frequencies, but has improved the sound stage width and sound separation compared to the current model "Miyabi." This product is available in two models with re-cable connectors: MMCX and Pentaconn Ear. [Using Tsubame-Sanjo's craftsmanship and anodized titanium casing] All models use a titanium alloy casing for the front part. Titanium alloy has extremely low internal acoustic loss and has a higher modulus of longitudinal elasticity than aluminum, which is known for being a lightweight material, making it possible to transmit sound to higher frequencies. Therefore, the overtone components of the ceramic tweeter VST are transmitted efficiently, achieving high resolution. Additionally, in collaboration with craftsmen from Tsubame-Sanjo in Niigata Prefecture, we introduced anodizing technology for titanium alloys. In plating and painting, The rigidity of the material changes depending on the thickness of the film, which can lead to variations in sound quality, but anodizing technology maintains the mechanical properties, weather resistance, and texture inherent to titanium alloys, and is characterized by no peeling or shedding of color. "Kira Mark II" is anodized in light blue, "Todoroki Mark II" is anodized in mud bronze, and "Miyabi Mark II" is anodized in shining bronze, and these colors enhance the sense of attachment to the owners. [Optimization of 4th generation HDSS and 3rd generation VST] Continuing to use TBI Audio System LLC's patented 4th generation HDSS technology. Since it has a more efficient acoustic correction effect than the 3rd generation, it is now possible to play sound with less disturbance. HDSS technology is said to produce gentle sound with a wide soundstage because the sound inside the cabinet does not affect the woofer's diaphragm. On the other hand, if HDSS technology is not optimized, the flow of sound may become too orderly, and the so-called "clear highs" may be lost. “Kira Mark II, Todoroki Mark II, and Miyabi Mark II” use our 3rd generation HDSS technology, which is already on sale. As with the model it is equipped with, we have optimized the housing installation method to achieve an exquisitely balanced sound quality that combines sound that is less tiring to listen to with the clear sound that is unique to intime.