Overview

The Neumann U 89 i is a premium multi-pattern large-diaphragm condenser microphone designed for engineers and producers who demand exceptional sonic accuracy and flexibility. Featuring five selectable polar patterns, transformer-balanced electronics, and a remarkably flat frequency response, the U 89 i delivers natural, transparent sound reproduction across an extensive range of recording applications. Its outstanding off-axis response and consistent tonal balance make it a preferred choice for studio recording, broadcasting, orchestral music, film scoring, and voice production.

Five Selectable Polar Patterns

The U 89 i offers omnidirectional, wide cardioid, cardioid, hypercardioid, and figure-8 polar patterns, allowing it to adapt effortlessly to different recording techniques and acoustic environments. This versatility makes it suitable for solo performers, ensembles, stereo recording, room ambience, and broadcast applications.

Accurate and Transparent Sound

Engineered for neutral sound reproduction, the U 89 i provides a smooth frequency response with excellent transient performance and minimal coloration. It faithfully captures vocals, speech, and instruments with remarkable detail and natural balance.

Professional Recording Control

The microphone incorporates switchable attenuation and low-cut filter settings, enabling it to accommodate both delicate acoustic performances and extremely high sound pressure levels. These features provide maximum flexibility across a broad range of recording situations.

Trusted for Studio and Broadcast

From vocals and voice-over work to orchestral recording, piano, acoustic instruments, podcasts, film scoring, and broadcast production, the U 89 i delivers consistent, professional-quality results. Its excellent off-axis performance also makes it ideal for complex multi-source recording environments.

German Engineering Excellence

Manufactured in Germany using Neumann's renowned engineering standards, the U 89 i features robust all-metal construction and premium internal components for years of dependable operation in commercial studios, broadcast facilities, and production environments.