About the Shure KSM42/SG Side-Address Condenser Vocal Microphone
The KSM42/SG is a studio-grade, side-address condenser microphone renowned for its exceptional clarity, natural sonic character, and versatile performance across a wide range of acoustic sources. It features a externally biased, large-diameter dual-diaphragm capsule designed to deliver a smooth, detailed frequency response with a subtle presence lift that enhances intelligibility without harshness. This microphone is particularly celebrated for vocal applications, where it captures the full warmth and articulation of the human voice while maintaining superb control over plosives and sibilance thanks to its effective integrated pop filter. Its sonic signature is often described as transparent, uncolored, and remarkably accurate, making it a reliable choice for critical recording environments.
Engineered for durability and consistency, the microphone incorporates a solid-state, transformerless output circuitry that provides a wide dynamic range and very low self-noise, allowing it to capture quiet nuances with fidelity. The robust, all-metal body is designed to minimize handling noise and resist RF interference. A distinctive feature is its three-position bass roll-off filter, which offers tailored low-frequency response for close-miking applications or to compensate for proximity effect, providing greater flexibility during tracking sessions without requiring post-processing.
The KSM42/SG excels not only on vocals but also as a premier choice for acoustic instruments such as guitars, pianos, and strings, as well as for overhead drum miking and broadcast voice work. Its consistent polar pattern and off-axis rejection help isolate the desired sound source in complex recording setups. As a true workhorse of the professional studio, it delivers the reliability, build quality, and sonic excellence required for both project and high-end commercial recording, earning its place as a steadfast tool for engineers and artists seeking a pure, unadulterated sound capture.