audio-technica BP4025

BP4025

UNIQUE CONFIGURATION OF A LARGE COINCIDENT DIAPHRAGM CAPSULE

Unlike most X/Y stereo microphones where the capsules form a 90° stereo image, the BP4025 has ingenious arrangement of its large capsules for stereo more "realistic" 120° image. The two capsules are mounted back-to-back on the same electronic circuit.

This is a unique configuration of coincident large diaphragm capsules for impeccable sound quality and exceptionally low noise level. The audio reproduction - thanks to the excellent channel separation - is natural and powerful to give the listener the impression of being there when the audio was recorded.

• Unique configuration of large-diaphragm capsules offer pristine sound quality and exceptionally low noise
• Natural and powerful sound reproduction
• Innovative coincident capsule configuration produces accurate stereo image in smaller housing
• Compact, lightweight design is ideal for camera-mount use, but can also be used in the studio
• Excellent channel separation
• Phantom power operation—for use with professional equipment
• Diaphragms are 24.3mm diameter and a thickness of 2 microns
• 155 dB SPL, with 10 dB pad (nominal)
• Switchable low-frequency roll-off and 10 dB pad
• 80Hz Low cut filter with a slope of 12dB/octave
• Low self noise (14dB)
• Includes one balanced cable (5-pin XLRM at the microphone end and two 3-pin XLRM-type connectors at output end)

“UNIQUE CONFIGURATION”

The BP4025 is equipped with large membrane coincident capsules. Mounted in parallel to the microphone head, the shared electronic circuit guarantees that the recordings of the two membranes are processed at exactly the same time from the same source, for the perfect stereo image.

“NATURAL SOUNDING”

Thanks to the excellent channel separation on the BP4025, the audio reproduction is natural and powerful to give the listener the impression of being there when the audio was recorded.

“RUGGED FULLY METAL CONSTRUCTION”

Robust all metal construction, ideal for use in professional broadcast environments.