Overview

The Neumann TLM 103 is one of the world's most respected large-diaphragm condenser microphones, renowned for its exceptionally low self-noise, transparent sound, and outstanding recording accuracy. Inspired by the legendary U 87 capsule design, the TLM 103 combines Neumann's signature sonic character with modern transformerless circuitry to deliver pristine audio for vocals, instruments, broadcast, podcasting, and voice-over production. Its versatility and reliability have made it a benchmark microphone in professional studios around the world.

Exceptional Studio Performance

Equipped with a large-diaphragm cardioid capsule, the TLM 103 captures every detail with remarkable clarity and precision. A gentle presence boost enhances vocal intelligibility while maintaining a smooth and natural frequency response, making it suitable for virtually any recording application.

Ultra-Low Self-Noise

With one of the lowest self-noise figures available in its class, the TLM 103 is ideal for recording delicate vocals, acoustic instruments, narration, and ambient sound. Its extremely quiet electronics preserve even the finest details without introducing unwanted noise.

High SPL Handling

The TLM 103 can handle sound pressure levels up to 138 dB SPL without distortion, allowing it to record powerful vocals, guitar amplifiers, drums, brass instruments, percussion, and other high-output sound sources with ease.

Transformerless Neumann Technology

Featuring Neumann's proven transformerless output circuitry, the TLM 103 delivers exceptional transient response, wide dynamic range, and low distortion. This design ensures accurate signal reproduction while maintaining the classic Neumann sound that professionals trust.

Built for Professional Production

Manufactured in Germany with premium materials and meticulous craftsmanship, the TLM 103 is designed for long-term reliability in demanding recording environments. Its compact all-metal body and robust construction make it equally suited for commercial studios, home studios, broadcast facilities, and content creation setups.