DPA 4011A
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Manufacturer Information
DPA
https://www.dpamicrophones.com
info-fr@dpamicrophones.com
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Safety manager:
DPA France
Email: info-fr@dpamicrophones.com
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A Modernized "Classic": The Evolution from the 4011 to the 4011A
The DPA 4011A follows in the footsteps of the 4011, which has become an essential reference for demanding sound capture. This improved version features carefully selected high-end components, with a clear goal: to deliver even more faithful reproduction, exemplary neutrality, and extremely reduced distortion. The result is a "transparent" microphone that respects the source while maintaining the musicality and coherence that have built the series' reputation.
For Whom and For What Uses? A Close-Miking Microphone Also Comfortable as a Spot Mic
The 4011A is designed for sound engineers, studios, live control rooms, and musicians seeking a precise cardioid microphone capable of capturing the finest nuances without coloration. In close-miking, it excels on acoustic guitar and grand piano, as well as on drum overheads, percussion, and wind instruments. As a spot mic, its top-tier cardioid pattern facilitates placement within dense ensembles, up to the symphony orchestra, maintaining a stable image and natural sound.
Its ability to handle very high sound pressure levels also makes it a safe choice when moving from delicate sessions (strings, vocals, ambience) to more energetic sources (brass, percussion, dynamic overheads) without changing microphones.
Precision, Phase, and Level Control: The Strengths of the 4011A
A Consistent Cardioid for Clean Separation
The main asset of the 4011A is the stability of its cardioid polar pattern. This consistency helps isolate a source in a busy environment while maintaining timbral coherence during movements or placement variations. In practice, this results in clearer recordings, particularly useful in multi-mic setups or ensemble spot miking.
Linear Frequency Response and Controlled Phase
Thanks to a linear on-axis frequency response and excellent phase consistency, the 4011A aims to reproduce sound as close to the original as possible. Its off-axis behavior is also consistent: any leakage from other instruments retains a natural character, facilitating integration into a mix and enhancing the realistic spatial sensation.
Integrated -20 dB Pad: More Headroom, Less Constraints
The 4011A features an integrated -20 dB attenuator (Pad) with a switch located at the center of the XLR connector. This pad allows for reducing the microphone's output level to preserve the headroom of your preamp or console input stage, securing recordings on very loud sources without sacrificing definition.
Technical specifications
| Frequency response | 20 Hz - 20 kHz |
| Category | studio microphone |
| Directivity | cardioid |
| Connection | XLR |
| Color | Black |
| Type | small diaphragm condenser microphone |
| Polar pattern | cardioid |
| Max SPL | 158 dB |
| Attenuator Pad | -20 dB |
| Impedance | 200 Ohms |
| Sound fidelity | high |
| Power | requires Phantom power |
| Connector | XLR |
Questions frequently asked
Is the DPA 4011A suitable for acoustic guitar and piano recording?
Its cardioid pattern and frequency response from 20 Hz to 20 kHz allow precise capture of both acoustic guitar and grand piano. The small diaphragm aims to deliver a neutral reproduction of playing nuances.
What is the maximum sound pressure level this microphone can handle?
With a maximum SPL of 158 dB, this microphone can be used on high sound pressure sources, including brass instruments, percussion, and drum overheads.
How does the 4011A's -20 dB pad work?
The -20 dB attenuator reduces the output level sent to the preamp or console. Its switch is integrated into the center of the XLR connector. Engaging this position helps preserve input headroom during very loud recordings.
Is phantom power required to use this microphone?
Phantom power is necessary for the operation of this small diaphragm condenser microphone.
Is the microphone suitable for orchestral and ensemble recording?
The consistent cardioid pattern helps isolate a source within a dense ensemble. The phase coherence and uniform off-axis behavior maintain a natural timbre for surrounding sounds.



