DPA d:dicate™ 4018 Supercardioid Microphone

DPA MicrophonesSKU: 4018A

Model: 4018A
Price:
Sale price €1,699.00

Designed for a broad range of long-distance broadcast, ENG and film miking applications, such as booming, dialogue, interview and table or podium use, the d:dicate™ 4018 Supercardioid Microphone offers superb flexibility through modular accessories.

This microphone is part of the flexible d:dicate™ Microphones series. It has a highly-directional supercardioid pickup pattern with a smooth and uniform off-axis frequency response.

The supercardioid shape is frequency independent, securing an identical sound color around the microphone. The usual rear lobe heard on most supercardioids is minimized on this capsule. This makes it much more isolated without sudden frequency dependent peaks and dips.

Combine it with the preamp of your choice

At any time, and with no tools needed, it is possible to transform the MMC4018 Supercardioid Microphone Capsule into a new configuration.

The MMP-A Microphone Preamp is an ultra-transparent, transformerless preamp with active drive for impedance balancing. The MMP-C Compact Microphone Preamp is an ultra-compact preamp with active drive for impedance balancing. It has a slightly softer character than the other preamps in the d:dicate™ Microphones Series.

d:dicate™ 4018A Supercardioid Microphone

The d:dicate™ 4018A Supercardioid Microphone is designed for a broad range of music recording and broadcast / ENG / film long-distance miking applications. It can be used for booming, dialogue, interview and table or spot-recording use.

d:dicate™ 4018C Compact Supercardioid Microphone

Similar to the d:dicate™ 4018A, but with an even shorter length of only 6.4 cm (2.5 in), the d:dicate™ 4018C Compact Supercardioid Microphone has a highly-directional supercardioid pickup pattern with a smooth and uniform off-axis frequency response. This is a great-sounding mic with a very small footprint. It is ideal for use as spot or hanging mic for orchestra recording situations.

  • Low noise and high sensitivity
  • Highly directional for high isolation
  • Most controlled supercardioid shape
  • Uniform, frequency independent directionality
  • Modular flexibility

A bit about supercardioids

A supercardioid microphone is similar to a cardioid – it is most sensitive to sound coming in at the front and is least sensitive at the back. Supercardioid mics tend to have a much narrower angle of sensitivity (and hypercardioids even narrower) – making them even more focused than a “normal” cardioid mic. The off-axis sound will normally be more or less coloured and damped – and, due to the narrow angle of focus, the area of damped sound is increased significantly. The unique DPA capsule technique however skips the colourisation of the sound coming from the sides or the rear of the mic and just reduces the sensitivity to these angles and thereby offers perfect sound stages. The amount of damping depends on the exact specifications of the mic.

Due to their nature, supercardioid mics are often used on the live stage – both during concerts as well as spoken-word events, to capture the focused sound of an instrument or voice. The narrow angle of sensitivity helps to minimize the bleed from other sounds on a busy stage. One thing to note with supercardioid mics is the proximity effect, which causes an increase in bass response the closer the microphone is moved to the sound source. In addition, supercardioid mics are far more sensitive to wind, pop and handling noises than omni mics, so be sure to take precautions to guard against this.

4018A Specs

Directional pattern Supercardioid
Principle of operation Pressure Gradient
Cartridge type Pre-polarized condenser
Frequency range 20 Hz - 20 kHz
Frequency range ±2dB 40 Hz - 18 kHz 
Sensitivity, nominal, ±3 dB at 1 kHz 12 mV/Pa; -38.4 dB re. 1 V/Pa
Equivalent noise level, A-weighted Typ. 16 dB(A) re. 20 µPa (max. 19 dB(A))
Equivalent noise level, ITU-R BS.468-4 Typ. 23 dB (correct with the attenuator in 0 dB or -20 dB setting)
S/N ratio (A-weighted), re. 1 kHz at 1 Pa (94 dB SPL) Typ. 78 dB(A)
Total harmonic distortion (THD) < 1% up to 137 dB SPL peak
Dynamic range Typ. 121 dB
Max. SPL, peak before clipping 156 dB
Switchable attenuator, filters etc. 0 dB / -20 dB
Output impedance 200 Ω
Minimum load impedance 2 kΩ
Cable drive capability 100 m (328 ft)
Output balance principle Impedance balancing with Active Drive
Common mode rejection ratio (CMRR) > 60 dB 
Power supply (for full performance) 48 V Phantom power (± 4 V)
Current consumption 2.8mA 
Connector XLR-3M. Pin 1: shield, Pin 2: signal + phase, Pin 3: - phase
Colour Matte Black
Weight 158 g (5.6 oz) 
Microphone diameter 19 mm (0.75 in)
Microphone length 170 mm (6.7 in)
Maximum output voltage, RMS 8 V
Polarity +V at pin 2 for positive sound pressure
Temperature range -40°C to 45°C (-40°F to 113°F)
Relative humidity (RH) Up to 90%

4018C Specs

Directional pattern Supercardioid
Principle of operation Pressure Gradient
Cartridge type Pre-polarized condenser
Frequency range 20 Hz - 20 kHz
Frequency range ±2dB 40 Hz - 18 kHz 
Sensitivity, nominal, ±3 dB at 1 kHz 12 mV/Pa; -38.4 dB re. 1 V/Pa
Equivalent noise level, A-weighted Typ. 16 dB(A) re. 20 µPa (max. 19 dB(A)
Equivalent noise level, ITU-R BS.468-4 Typ. 23 dB 
S/N ratio (A-weighted), re. 1 kHz at 1 Pa (94 dB SPL) Typ. 78 dB(A)
Total harmonic distortion (THD) < 1% up to 137 dB SPL peak
Dynamic range Typ. 121 dB
Max. SPL, peak before clipping 150 dB
Output impedance 100 Ω
Minimum load impedance 2 kΩ
Cable drive capability 100 m (328 ft)
Output balance principle Impedance balancing with Active Drive
Common mode rejection ratio (CMRR) > 50 dB 
Power supply (for full performance) 48 V Phantom power (± 4 V)
Current consumption 2.8mA 
Connector XLR-3M. Pin 1: shield, Pin 2: signal + phase, Pin 3: - phase
Colour Matte Black
Weight 58 g (2 oz) 
Microphone diameter 19 mm (0.75 in)
Microphone length 64 mm (2.5 in)
Maximum output voltage, RMS 4.5 V
Polarity +V at pin 2 for positive sound pressure
Temperature range -40°C to 45°C (-40°F to 113°F)
Relative humidity (RH) Up to 90%

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