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The Shure Beta 181 microphone is versatile due to its interchangeable capsules. It offers cardioid, supercardioid, omnidirectional, and bidirectional options, allowing you to tailor the pickup pattern to suit a wide array of recording situations.
The Shure Beta 181 microphone uses an XLR connector, which is an industry standard for professional audio equipment. This ensures compatibility with a wide range of audio devices, including mixers, preamps, and digital audio workstations.
The cardioid polar pattern in the Shure Beta 181 microphone is designed to pick up sound from a specific direction while minimizing sound from other directions. This makes it ideal for capturing sound from a single source in a noisy environment.
The Shure Beta 181 microphone is suited for both live and studio environments. Its compact size allows for discreet placement even in tight spaces, making it ideal for various recording situations.
The Shure Beta 181 microphone is a multi-use microphone, ideal for a variety of applications. It can be used for recording music, podcasting, and amplifying live performances.
Review Summary
Electret Condenser
20Hz to 20kHz
110 ohm
-51.0 dBV/Pa (2.6 mV) (open circuit voltage, @ 1 kHz, typical)
2500 ohm load: 156.0 dB SPL
1000 ohm load: 153.5 dB SPL (1 kHz at 1% THD)
71.0 dB
2500 ohm load: 133.0 dB
1000 ohm load: 130.5 dB
2500 ohm load: 10.5 dBV
1000 ohm load: 7.5 dBV (@ 1 kHz, 1% THD)
23.0 dB SPL-A (equivalent SPL, A-weighted, typical)
=55 dB
Positive pressure on diaphragm produces positive voltage on pin 2 with respect to pin 3
11-52 V DC phantom power (IEC-61938) 2.4 mA, maximum
145 g (5.1 oz)
042406187879
The Shure Beta 181/BI is an ultra-compact, small-diaphragm side-address condenser microphone, designed for discreet placement and control in live and studio environments. Featuring interchangeable cardioid, supercardioid, omnidirectional and bidirectional capsule options for superior versatility, the small diaphragm design provides superior audio with consistent, textbook polar responses in a form factor small enough to get close to the source in the tightest conditions.