Audio-Technica ATH-R50x Open-Back Wired Monitor Headphones [For DTM, Mixing, Mastering, and Music Listening, with Detachable 3.0m1.2m Cable and

These headphones push the limits of open-back headphones, controlling airflow and reproducing sound solely through the movement of the diaphragm. Closed-back and semi-open-back headphones create sound by leveraging the resonance of the housing to enhance low frequencies. In contrast, these headphones embody true open-back audio, eliminating the need for a housing to enhance low frequencies, instead delivering sound directly from the driver without resonance. The unique driver design allows for the driver's airflow to be controlled while the front and back of the housing are open, resulting in a pure and realistic sound field. Frequency Range Coverage from 5 to 40,000 Hz: With the variety of output formats available in today's studios and stages, engineers need a reliable reference headphone that can be used in any studio or working environment. The [R] Series covers the frequency range required on site. Supports monitoring on mobile devices and DAPs (digital audio players): Unlike the R70xa, the impedance is 50 ohms, allowing for accurate monitoring on smartphones, portable players, PCs, and other non-professional devices, making it easy to use on the go. Newly designed headband and head pad for comfort even during long work sessions: The sturdy metal headband structure and new head pad combine simplicity and strength, providing a comfortable fit even during long work sessions. Maintenance features are also important for engineers and creators who wear headphones daily. By regularly replacing the cord, you can enjoy using a single pair of headphones for a long time. Acoustic Design for Demanding Audio Production: The ATH-R50x headphones provide engineers and audio professionals with precise sound for easy monitoring anywhere, from studios to home recording. These open-back headphones deliver detail and accuracy, reproducing sound with realistic tonal color and dynamic nuances for a truly immersive and natural monitoring experience. Unrestricted airflow and suppression of unwanted internal resonances enable extremely fast transient response, ensuring the clarity and separation needed to handle complex modern mixes.