MEElectronics Pinnacle P1 High Fidelity Audiophile In-Ear Headphones

1 Stores
Advanced MP3 Players £159.99
  • In Stock
  • FAST Next Day Courier Delivery
First seen in Nov 2017
Description
With its proprietary acoustic design and innovative zinc-alloy construction the MEE audio Pinnacle P1 delivers a timeless combination of beauty and performance. Pinnacle is more than a name - it is a statement that identifies the P1 in-ear headphones as the result of two years of design engineering and refinement the flagship of our critically acclaimed product line and our highest-performing headphone ever. For years headphone fans all around the world have recognized MEE audio as one of the go-to brands for getting the most bang for your buck and the Pinnacle stays true to the MEE brand by bringing serious value for money to high-end in-ear headphones. Top-tier audio performance was the primary goal of Pinnacle development from day one. To achieve our target frequency response clarity and resolution the P1 utilizes an advanced high-impedance moving coil transducer and patented acoustic diffuser. The Pinnacle P1 was engineered to deliver engaging dynamic audio with great clarity and crisp detailing. The tuning target was developed by combining our past in-ear earphone experience with feedback from fans and critics to create a sound that is rich and musical yet remains accurate to the source and makes audible the finest nuances in your music. The bass is impactful but never overwhelms the rest of the audio spectrum so you wont have to strain to hear the details. Add the natural soundstage and excellent handling of spatial cues and the result is an unparalleled concert-in-your-head experience. Driver The Pinnacle P1 utilizes a proprietary 10mm moving coil driver with 50ohms impedance to improve performance at the extremes of the frequency range. The dynamic driver delivers a full-bodied bass note and slightly warm tonal character while retaining high levels of resolution and refinement. A copper-clad aluminum voice coil is used reduce the drivers moving mass allowing ...
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