Whether you’re recording in a large concert hall or a one-room studio, you want to capture the emotion and moment, not just the sound. With a full frequency range of 20Hz – 20kHz and the lowest self-noise in its class, the C314 brings out the best in every nuance. Built on the rich heritage of the C414 XLS capsule, its dual computer-matched diaphragms guarantee the highest polar pattern accuracy, while the integrated suspension dramatically reduces noise for pure, faithful recordings.
The versatile C314 is the multi-instrumentalist in your microphone rig, ready to fill in wherever needed. Whether it’s cardioid, supercardioid, omni or figure-8 polar patterns, there are plenty of ways to get the most natural sound from any instrument—electric and acoustic guitars, drums, and much more. Employ a supercardioid pattern to reduce drum spill, then quickly switch to a figure-8 pattern to balance out two vocalists. These easy-to-access options make the AKG C314 a great addition to any studio with limited space.
With a variety of thoughtful extras, the AKG C314 empowers you to make better recordings, hands down. When acting as both artist and engineer, its overload detection LED makes it easy to see when your input levels are too high. This helps you take full advantage of the mic’s huge dynamic range, and only engage the pad when necessary. Its bass-cut filter, too, helps you curb rumbles, vibrations and loud, boomy sounds, and minimises the proximity effect for balanced recordings.
Features
- Four selectable polar patterns perfect for every application: vocals, guitars, overheads, piano and more
- Lowest self noise for the highest resolution in high-dynamic applications, such as miking classic instruments
- Overload detection LED indicates overly high sound pressure levels—know exactly when to use the pad
- Computer-matched diaphragms guarantee the highest polar pattern accuracy
- Integrated capsule suspension reduces mechanical noise and resonances
- 20 dB attenuation pad and bass-cut filter for close-up recording and reducing the proximity effect