Description
Matched stereo pairs
- Modularity – interchangable capsules and preamplifiers
- Up to 120 dB dynamic range
- RF rejection between >60 and >40 dB
- Linear frequency response
- High SPL
- Superior gain before feedback
The wide and versatile pencil mic series is legendary in the high-end recording and film production industry. Delivering clean, accurate sound, the mics in this series are used by professionals, who understand sound and insist on only using the best.
DPA has collected their award-winning recording microphones in specialized stereo pairs that are matched within either ±0.5 dB, ±1 dB ±1.5 dB, depending on the pair you choose.
4011 Cardioid Stereo Pairs
Even though the standard tolerances on our recording microphones are extremely low, a stereo match is even closer. These specially selected 4011 Cardioid Microphones are matched within ±1 dB on both frequency response and sensitivity.
The pair comes with Clips and Windscreens all packed in a heavy-duty Peli™ Case for safe transportation and easy access to the microphones and accessories.
ST4011C Stereo Pair
This pair is similar to the ST4011A Stereo Pair, using the same MMC4011 Cardioid Microphone Capsule to gain its amazing sound. Designed to be hidden from view, the diminutive design and high performance of the 4011C Cardioid Microphone, Compact makes it the outstanding choice for unobtrusively miking all types of television, film, theatre, concert and studio performances.
When used to spot-mike larger orchestras, these mics are hard to beat. Capable of handling high SPLs without distortion, the 4011C Cardioid Microphone, Compact is perfectly tailored for close-miking applications; minimizing bleed from other instruments.
In film and TV studios, they are excellent for off-camera voice recording or Foley work. For live on-camera recordings, their matte black finish gives them a classic yet inconspicuous appearance, while for sound reinforcement in concert halls, theatres and houses of worship, they provide clean, natural sound while reducing the noticeable effect of lighting reflection.