DPA 4060 / 4061




DPA 4060 and 4061 CORE+ Omnidirectional Miniature Microphones
The DPA 4060 CORE+ and 4061 CORE+ are omnidirectional miniature condenser microphones for speech, vocals and instrument recording. Their ø5.4 mm microphone diameter allows discreet placement on clothing, in costumes or near an instrument. Both models share an omnidirectional pickup pattern and a frequency response of 20 Hz to 20 kHz. The main difference is their sensitivity and suitability for normal or higher sound pressure levels.
The 4060 CORE+ is the Normal SPL version; the 4061 CORE+ is the Loud SPL version. This product page lets you select the model, colour and connection. Both models are available in black, beige, brown and white, with MicroLock, 3-pin LEMO, TA4F or a 3.5 mm mini-jack connection, depending on the selected variant.
4060 CORE+ or 4061 CORE+: Which Model Should You Choose?
4060 CORE+ – Normal SPL: with a sensitivity of 20 mV/Pa, the 4060 produces a higher output signal than the 4061 at the same sound pressure level. It also has lower self-noise. This makes it a practical choice for normal speech, quieter sources and placements farther from the sound source. Maximum sound pressure level is 134 dB SPL peak at 10% THD.
4061 CORE+ – Loud SPL: the 4061 has a lower sensitivity of 6 mV/Pa and accommodates higher sound pressure levels. This is useful for powerful vocals, loud instruments or close placement near the sound source. Maximum sound pressure level is 144 dB SPL peak at 10% THD. At the same sound pressure level, its lower sensitivity also sends a lower output signal to the connected transmitter or microphone input.
Choose according to the sound pressure at the microphone position, the distance from the source and the input headroom of the connected equipment. Loud SPL describes the microphone's ability to handle higher sound pressure levels; it does not change its omnidirectional pickup pattern.
Model Comparison
| Property | 4060 CORE+ | 4061 CORE+ |
|---|---|---|
| Version | Normal SPL | Loud SPL |
| Sensitivity at 1 kHz, ±3 dB | 20 mV/Pa; -34 dB re. 1 V/Pa | 6 mV/Pa; -44 dB re. 1 V/Pa |
| Self-noise, A-weighted | Typically 23 dB(A), maximum 26 dB(A) | Typically 26 dB(A), maximum 28 dB(A) |
| Sound pressure level at less than 0.5% THD | 128 dB SPL RMS; 131 dB SPL peak | 133 dB SPL RMS; 136 dB SPL peak |
| Sound pressure level at less than 1% THD | 129 dB SPL RMS; 132 dB SPL peak | 136 dB SPL RMS; 139 dB SPL peak |
| Maximum SPL at 10% THD | 134 dB SPL peak | 144 dB SPL peak |
| Dynamic range specified by DPA | Typically 106 dB | Typically 111 dB |
THD stands for total harmonic distortion. Maximum SPL at 10% THD is a limiting value rather than a specification for distortion-free recording. The figures at less than 0.5% and 1% THD provide additional information about performance at high sound pressure levels.
CORE+ Technology and Omnidirectional Pickup
CORE+ reduces distortion generated by the microphone diaphragm and electronics. This helps capture dynamic speech, vocals and instruments where quiet passages alternate with loud peaks. Selecting the sensitivity of the 4060 or the higher SPL capability of the 4061 remains important.
Both microphones are pressure transducers with an omnidirectional pickup pattern, capturing sound from around the capsule. Placement relative to the voice or instrument therefore has a significant effect on the balance between direct sound and ambient sound.
Colours and Connections
Both the 4060 CORE+ and 4061 CORE+ are available in black, beige, brown and white. Select the connection that matches the transmitter or microphone input you intend to use.
| Connection | Application and Selection |
|---|---|
| MicroLock | DPA connection for use with a suitable DPA adapter. Useful when you want to use the microphone with different systems through interchangeable adapters. |
| 3-pin LEMO | Direct connection for a compatible transmitter system. Noyz Boyz Audio fits the connector for the selected application. |
| TA4F | Listed as Shure TA4 in the variant selector. Check the exact transmitter model and required wiring. |
| 3.5 mm mini-jack | Direct connection for a compatible transmitter system. Noyz Boyz Audio fits the connector for the selected application. |
Connector Assembly by Noyz Boyz Audio
Note: DPA Expert Partner Noyz Boyz Audio assembles custom connector versions in-house, using only premium brand connectors. The DPA type number is provided for reference.
Frequency Response and Grids
DPA specifies a frequency response of 20 Hz to 20 kHz for both models. The selected grid shapes the high-frequency response: a Soft Boost grid provides approximately 3 dB of boost from 8 to 20 kHz, while a High Boost grid provides approximately 10 dB at 12 kHz. This allows the response to be adjusted to the microphone placement. The appropriate grid depends on factors such as the position relative to the sound source and whether the microphone is covered.
Shared Specifications
| Microphone type | Pre-polarized condenser |
|---|---|
| Operating principle | Pressure transducer |
| Polar pattern | Omnidirectional |
| Frequency response | 20 Hz – 20 kHz |
| Rated output impedance | 30–40 Ω |
| Microphone diameter | ø5.4 mm |
| Microphone length | 12.7 mm |
| Standard cable length | 1.8 m |
| Weight of MicroLock version | 7.5 g including cable and MicroLock connector |
| Supply through a suitable DPA adapter for wireless systems | 5–10 V for full performance |
| Microphone current consumption | Typically 1.5 mA |
| Temperature range | -40 °C to +45 °C |
| Relative humidity | Up to 90% |
The stated weight applies to the MicroLock version. Versions fitted with a different connector by Noyz Boyz may have a different weight.
Connecting via XLR
To connect a MicroLock version to an XLR microphone input, the DPA DAD9001 MicroLock-to-XLR adapter is available separately. It enables operation from P48 phantom power. Versions fitted with a fixed LEMO, TA4F or mini-jack connector require a connection solution suited to that specific configuration.
Product specifications
- Article number
- DPACor40607261
- SKU
- 4060-OP-C-B03

















