Studio headphones Beyerdynamic DT 990 PRO 80 Ω, wired, circumaural, 3 m cable, black

The Beyerdynamic DT 990 PRO 80 Ω are open-back studio headphones designed for monitoring and critical listening. They are wired with a straight single-sided 3 m cable and offer a wide frequency response from 5 to 35,000 Hz. With circumaural ear coupling, a head-band wearing style and a net weight of 340 g, these black headphones provide a comfortable fit and clear, detailed sound for mixing, mastering and analytical listening.

Advantages

Open design delivers spacious soundstage and accurate stereo imaging. The 80 Ω impedance supports use with studio equipment and audio interfaces while remaining suitable for higher-quality portable amplifiers. Circumaural ear pads and an adjustable head-band distribute pressure evenly for extended wear. The 3 m straight single-sided cable allows flexible movement in a studio environment.

Suitable for

• Studio monitoring and mixing
• Mastering and critical listening
• Music production and post-production work
• Audio editing and sound design

Key specifications

• Model: Beyerdynamic DT 990 PRO 80 Ω
• Type: Open-back, circumaural
• Impedance: 80 Ω
• Frequency response: 5 – 35,000 Hz
• Connectivity: Wired, straight single-sided cable
• Cable length: 3 m (9.8 ft.)
• Weight: 340 g
• Colour: Black

How to use

Connect the straight single-sided 3 m cable to the headphone output of your audio interface, mixer or amplifier. Position the circumaural ear pads over the ears and adjust the head-band for a secure, even fit. Use these open-back headphones in quiet or treated studio spaces to benefit from the natural, open sound and accurate stereo imaging. Avoid using them in noisy environments where sound leakage may be an issue.

Recommendations

For best results, pair the DT 990 PRO 80 Ω with a quality headphone amplifier or a dedicated audio interface capable of delivering sufficient output to drive 80 Ω cans. Use in acoustically treated rooms for critical listening to minimize room reflections and external noise.