Neumann U89 i Large-Diaphragm Multipattern Condenser Microphone (Nickel)

Introducing the Neumann U 89 i Microphone
The Neumann U 89 i is a versatile large-diaphragm condenser microphone that represents a significant evolution from the classic U 87, featuring transformer-coupled, low-noise circuitry and a multi-pattern capsule designed for detailed and uncolored sound capture. This microphone is a top choice for recording vocals, voice-overs, and a variety of instruments due to its precision and flexibility.

Five Polar Patterns for Ultimate Flexibility
Equipped with the innovative K89 dual-diaphragm capsule, the U 89 i offers five selectable polar patterns: omnidirectional, figure-8, cardioid, wide cardioid, and hypercardioid. This selection enables adaptable recording techniques, making it ideal for capturing a wide range of performances from solo instruments to ensemble pieces without sacrificing sound quality.

Advanced Design for Professional Demands
The U 89 i stands out with its ability to handle high sound pressure levels—up to 140 dB—thanks to a switchable -6 dB pad, making it perfect for recording louder sources like kick drums or blaring amplifiers. It also includes a versatile low-cut filter with settings at 80 or 160 Hz, which helps in reducing unwanted low-frequency noise and compensating for proximity effect during close-miking.

Superior Sound Across All Settings
Designed with a focus on maintaining an even diffuse-field response, the U 89 i ensures that off-axis sounds are captured naturally, which is particularly beneficial in reverberant environments. This characteristic is crucial for maintaining the integrity of the sound, ensuring that the microphone performs flawlessly in a variety of studio settings.

A Modern Take on a Classic
Though it draws inspiration from the U 87, the U 89 i was introduced in 1980 to surpass its predecessor with improved technical specs and handling capabilities. Not only does it offer more flexibility with its enhanced low-cut filter and additional polar patterns, but it also handles higher SPLs, showcasing its superiority in technical performance and versatility.