Mom's Choice Akg C414xls/st Stereo Pair Of C414bxls Microphones Best Choice [dQVFexjb]

AKG C414XLS/ST Stereo Pair of Microphones

Experience the ultimate in professional stereo recording with the AKG C414XLS/ST Stereo Pair of C414BXLS Microphones. This meticulously crafted pair is designed for those who demand the highest level of performance and quality in their recordings. With AKG's sophisticated computer-aided matching method, every microphone in the pair is handpicked from thousands to ensure exceptional consistency and accuracy. The result is a stereo pair that delivers stunning, three-dimensional sound with unparalleled clarity and depth.

Unmatched Performance and Precision

The AKG C414XLS/ST microphones are a testament to AKG's commitment to excellence. Each microphone is matched within 1 dB in sensitivity and within 1 dB in the range of 300 Hz to 8,000 Hz in cardioid mode, ensuring a stable and balanced stereo recording. The microphones are selected using a proprietary computer program, guaranteeing the highest possible correlation over the entire frequency range. This precision makes them ideal for a wide range of applications, from stage miking and ensemble recording to drum overheads and choir miking.

Versatile Applications and Unparalleled Quality

Ideal for professional stage miking, lead instruments, and classic music recording, the AKG C414XLS/ST Stereo Pair is the go-to choice for musicians and sound engineers alike. The included accessories, such as the stereo bar and proof of performance charts, are thoughtfully designed to enhance your recording experience. Whether you're a professional or an enthusiast, this pair of microphones will elevate your sound to new heights. With its exceptional quality and versatility, the AKG C414XLS/ST is a must-have for anyone serious about capturing the pure essence of music.

• Perfect Matched Pair: AKG's computer-aided matching ensures the highest correlation and sensitivity consistency.
• Wide Frequency Range: Capture every nuance with the microphones' full frequency response.