The hunt for audio authenticity
For many audio professionals, the mission is singular: to capture sound as purely and authentically as possible. The recording environment is ever-changing: on set, on location, in the streets, or in the wild. Audio recording professionals need microphones that are reliable, durable, and above all, accurate. Unfortunately, instead of flexibility, typical condenser microphone capsules feature a rigid diaphragm that inhibits sonic sensitivity. Instead of durability, typical condenser microphones are susceptible to harsh environments.
This is why Sennheiser created the MKH 8000 series — RF condenser microphones with a remarkably different design that’s more reliable, durable, and accurate than traditional AF condenser microphones.
Capture what other microphones can’t.
The MKH 8030 figure-8 microphone allows recording professionals to capture pristine sound over an extended frequency range in nearly any environment. It is ideal for M-S, double M-S, and Blumlein stereo recording options or wherever the highest attenuation of neighboring sound sources is required. This could be a PA system whose sound needs to be eliminated or an adjacent instrument that must not be picked up. Plus, the sound signature of the MKH 8030 has been carefully engineered to blend in harmoniously with the sound of the existing MKH 8000 series microphones.
Like all Sennheiser MKH 8000 series microphones, the MKH 8030 features a symmetrical, acoustically open, push-pull transducer. This remarkable design keeps the sound flow as unrestricted and undistorted as possible, providing a precise polar pattern with minimal off-axis coloration. In combination with a low-tension diaphragm, this design delivers remarkable sensitivity and wide frequency response, so you can capture sound as authentically as possible.
The Secret Behind Sennheiser Sensitivity
MKH 8000 microphones achieve their remarkable sensitivity and extended frequency range with the RF condenser principle. With conventional AF condenser microphones, the diaphragm is stiff and pre-tensioned to a single electrode by the polarization voltage. But with MKH 8000 microphones, a high-frequency (8 MHz) AC current flows permanently through the capsule, and the low-tension diaphragm can freely vibrate from the middle between two symmetrical electrodes.
The RF voltage is amplitude-modulated by the incoming audio. After demodulation, a truly symmetrical audio signal is present at the transformerless, fully floating output. The benefits are numerous, including low self-noise, extended frequency response, minimal nonlinear distortion, and the absence of off-axis coloration. Plus, the low-impedance capsule design as well as the evaporation of moisture by the permanent RF current flow keeps these MKH 8000 perfectly functional in hot and humid as well as extremely cold climates.
Only Sennheiser’s MKH series offers the unique combination of all these features:
Extended bass response: The low-tension diaphragm responds to low frequencies much better than conventional stiff diaphragms, allowing for a wide response range down to the lowest frequencies.
Extended treble range: Up to 50 kHz, which captures sound in fine detail and with exact transient response.
High efficiency and low self-noise: With conventional condenser mics that have stiff diaphragms, the mid frequencies need to be acoustically dampened to get a linearized frequency response, and efficiency is lost. However, the freely vibrating diaphragm of Sennheiser’s symmetrical RF condenser microphones does not require such damping. It can directly reproduce all frequencies across the full range of its audio response, resulting in a very natural sound and high sound efficiency.
Clear consistent sound with no off-axis colorations: With conventional condenser mics, frequency response equalization is carried out using acoustical filters, which cause off-axis sound coloration. With MKH 8000 mics, however, no such filters are needed, allowing for a coherent and natural sound image.
Low non-linear distortion — avoids adding new frequency spectrum, thus maintaining sonic clarity.
A legacy you can trust
Based on the renowned dual-capsule technology of Sennheiser’s MKH 800 Twin microphone, the MKH 8000 series includes all the microphones audio professionals need for various recording applications, including the MKH 8020 omnidirectional, MKH 8030 figure-8, MKH 8090 wide cardioid, MKH 8040 cardioid, MKH 8050 super-cardioid, MKH 8060 super-cardioid/lobar, and MKH 8070 lobar. Without taking away from the unique clarity that MKH RF condenser microphones are famous for, the 8000 series has a natural, subtle warmth that benefits broadcast and field recording applications as well as musical and orchestral recordings. Voices will sound rich and detailed; piano, strings and wind instruments will have that special "character", while percussive instruments benefit from a fast attack and a dynamic, powerful reproduction.
Durable in harsh environments
Each MKH 8000 microphone features signature Sennheiser build quality with a robust metal housing and rugged construction. With MKH 8000 microphones, you can explore the outdoors and record with confidence. The permanent RF current flow at the microphone capsule naturally evaporates moisture, making it ideal for use in humid environments. Additionally, the capsule's impedance is much lower than that of moisture, giving MKH 8000 microphones inherent durability and moisture resistance. Plus, each microphone’s compact size means easy transport.
Backed by decades of Sennheiser expertise, MKH 8000 RF condenser microphones are engineered to capture every detail. Wide frequency ensures you capture sound with precise transient response. Each mic’s optimal polar pattern naturally avoids off-axis coloration, allowing for coherent sound image. Low self-noise means greater detail in the audio, as well.
With MKH 8000 series microphones, the difference is in the details that allow you to capture audio intricacies like never before.
FEATURES
- A bidirectional figure-8 polar pattern captures sound equally from front and rear while efficiently rejecting sound from the side.
- A highly symmetrical and frequency-independent pick-up pattern.
- It is the ideal choice for combining with a cardioid or super-cardioid mic to provide an MS-Stereo setting for stereo and surround sound recordings, Dolby Atmos recordings, interviews, screenplay dialogue, and more.
- A low-tension diaphragm and symmetrical, acoustically open push-pull transducer design keep the sound flow as unrestricted and undistorted as possible.
- Extended bass response enables capturing sound in its full frequency extent and gives more freedom for microphone positioning.
- Extended treble range (up to 50 kHz) captures sound in fine detail with precise transient response.
- The MKH 8030 completes Sennheiser’s MKH 8000 series of RF condenser microphones, which now includes all standard polar patterns that audio recording professionals need for various applications.
- German-engineered with durable metal housing and rugged construction means superior reliability.
- The moisture-resistant design is ideal for use in humid, hot, and cold environments where other mics fail.
- Low self-noise for greater detail in audio; retains the softness of quiet sounds and increases dynamics.
- Low nonlinear distortion avoids adding new frequency spectrum, thus maintaining sonic clarity.
- Compact size means easy transport; it is visually unobtrusive in live shows or TV.
- Modular design enables easy combination with various MKH 8000 accessories, including the MZF 8000 II filter module, which effectively blocks low-frequency wind and handling noise in broadcasting and filming applications.
- Nextel® non-reflecting paint ensures no reflection from stage lights, keeping the mic visually unobtrusive in live shows or TV.
MKH 8030 Technical Data
- Microphone principle: RF condenser
- Pick-up pattern: figure-of-eight
- Frequency response: 30 - 50,000 Hz
- Equivalent noise level: 13 dB(A)
- Maximum SPL: 139 dB
- Dimensions: Ø 19 mm/21 mm, length: 59 mm (93 mm with XLR module)
- Weight: approx. 86 g with XLR module
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