TurboVS
Kiwi Ears Aether specifications and in-depth review

Kiwi Ears Aether

Manufacturer: Kiwi Ears

The Kiwi Ears Aether in-ear monitors offer a unique listening experience with their planar magnetic driver configuration. These monitors feature a detachable 2-pin cable made from oxygen-free copper, providing both convenience and durability for daily use.

With a driver count of 1, the Aether has an impedance of 14 Ohms and covers a frequency range from 20 Hz to 20,000 Hz. The cable is 1.2 meters long and uses a 3.5mm connector, ensuring compatibility with a wide range of devices.

Pros
  • The 3D-printed resin shell provides a lightweight and durable design.
  • The detachable cable offers convenience for replacement or upgrades.
  • The 1.2-meter cable length is suitable for portable use and flexibility.
  • The use of oxygen-free copper (OFC) for the cable ensures improved signal clarity and durability.
Cons
  • Lack of built-in microphone limits use for hands-free calls or communication.
  • No in-line control panel makes adjusting volume or playback more difficult during use.
  • The product includes no additional features like noise isolation or active noise cancellation.
Who is this for?

The Kiwi Ears Aether in-ear monitors are well-suited for audiophiles or casual listeners looking for a high-quality listening experience with a focus on sound clarity. The planar magnetic driver and wide frequency range (20 Hz to 20,000 Hz) make them ideal for users who prioritize balanced audio across a variety of genres. The detachable cable and use of oxygen-free copper (OFC) offer durability and flexibility, making these headphones a good choice for those who want a customizable and reliable option for portable audio devices.

Who is this NOT for?
in-line control panel. Additionally, the absence of noise isolation features may make them less suitable for use in noisy environments, limiting their appeal for commuters or those in need of better sound isolation.

General info:

Driver configuration 1PD
Type of drivers Planar magnetic
Shell material/process 3D-printed resin
has a built-in microphone ✕
release date March 2025
travel bag is included ✓
Has an in-line control panel ✕

The Kiwi Ears Aether in-ear monitors feature a planar magnetic driver with a single driver configuration (1PD), delivering an accurate sound experience. The shells are made using 3D-printed resin, offering a lightweight and durable design. While the Aether does not include a built-in microphone or an in-line control panel, it comes with a travel bag for added convenience.

Specifications:

drivers count 1
impedance 14 Ohms
lowest frequency 20 Hz
highest frequency 20000 Hz

The Kiwi Ears Aether features a single driver configuration with a 14 Ohm impedance, providing efficient power usage and compatibility with a range of devices. It covers a wide frequency range, from a lowest frequency of 20 Hz to a highest of 20,000 Hz, ensuring a balanced and clear audio experience across various sound ranges.

Cable:

Connector type 3.5 mm
Pin connector 2-Pin (0.78 mm)
Cable material Oxygen-free copper (OFC)
cable length 1.2 m
has a detachable cable ✓

The Kiwi Ears Aether comes with a detachable cable that ensures easy replacement and customization. The cable is made from oxygen-free copper (OFC), offering enhanced durability and signal clarity. It features a 1.2-meter length and uses a 3.5mm connector with a 2-pin (0.78 mm) configuration for versatile compatibility with various audio devices.

Final Verdict

The Kiwi Ears Aether in-ear monitors are a solid choice for audiophiles seeking a high-quality listening experience with their planar magnetic driver and wide frequency response. The durable and customizable design, highlighted by the detachable oxygen-free copper cable, ensures long-lasting performance. However, the lack of a built-in microphone and in-line control limits its versatility for communication. Overall, these monitors excel in providing clear, balanced sound and are best suited for those who prioritize audio quality and durability in a portable format.