Explore Fiio Am1 In-ear Monitor Amplifier Module (for Fiio X7) Deal Alert: 75% Off [pM4zHbjO]

FiiO AM1 In-Ear Monitor Amplifier Module

The FiiO AM1 is a groundbreaking addition to the modular X7 DAP and the upcoming Q5 DAC, designed to elevate your listening experience with precision and convenience. As the first interchangeable module for these devices, the AM1 offers unparalleled flexibility and performance, ensuring that your in-ear monitor headphones are powered with the best sound quality possible. Crafted with care, this module has been tuned specifically for in-ear monitors, providing a rich and immersive audio experience.

Unmatched Performance and Features

The AM1 boasts a combination of the best-selling TI OPA1612 low noise voltage amplifier chip and a high-output AD8397 current amplifier, delivering a precise and detailed sound for lower-powered earphones. This innovative pairing ensures that your music is reproduced with clarity and depth, bringing out every nuance and detail. Additionally, the AM1 offers several benefits, including increased X7 battery life, minimal heat transference, and a low cost, making it an ideal choice for audiophiles on a budget.

• Battery Life: Up to 9 hours of continuous use.
• Output Power: Over 200 mW (16Ω/1 kHz) for robust power delivery.

Easy to Use and Upgradeable

The FiiO AM1 is designed for simplicity and convenience. Changing your amp module is a breeze, with just a few steps required to swap out the AM1 for other modules, such as the AM5. The process involves unscrewing the screws at the bottom of the X7, detaching the AM1, and reattaching the new module. To ensure a seamless experience, the X7 must be powered down during this process. The name of the module is clearly marked on the rear side for easy identification. The AM1 is also compatible with the upcoming FiiO Q5 DAC, providing a versatile solution for all your audio needs.

• Compatibility: Designed for use with the FiiO X7 and upcoming FiiO Q5 DAC.
• Frequency Response: 9 Hz~84 kHz for a wide range of sound reproduction.