AKG C114 Large-Diaphragm Condenser Microphone
The AKG C114 is a versatile large-diaphragm condenser microphone built around a 26 mm dual diaphragm capsule that captures transparent, detailed recordings across vocal and instrumental sources. Its transformerless FET circuitry keeps noise and distortion to a minimum, while the included shockmount provides immediate isolation from vibration. The selectable polar patterns make this microphone equally effective for tracking diverse sources or adapting to different room conditions in the studio.
Design & Build
The C114 features a gold-sputtered, edge-terminated large diaphragm capsule housed in a body manufactured from 100% recycled PIR metals and alloys. The three-pattern selector and shockmount integration create a practical, compact footprint that doesn’t sacrifice durability or acoustic performance—essential for a workhorse studio mic.
Recording Specifications
Operating on phantom power, the microphone delivers a 20Hz–20kHz frequency response with 145dB maximum SPL handling, providing plenty of headroom for capturing everything from intimate vocals to kick drum and loud instruments without clipping. The transformerless FET electronics ensure extremely low noise, keeping your recordings clean and transparent across a wide range of sources and mix situations.
Key Features
- Large-diaphragm, multi-pattern condenser microphone
- 26 mm dual diaphragm true condenser pressure gradient capsule
- Gold-sputtered, edge-terminated large diaphragm
- Selectable cardioid, omnidirectional, and figure-of-eight polar patterns
- Frequency response: 20Hz–20kHz
- Maximum SPL: 145dB
- Transformerless FET circuitry with extremely low noise and distortion
- Phantom power required
- Microphone body manufactured from 100% recycled PIR metals and alloys
- Includes shockmount
The C114 combines professional-grade specifications with practical flexibility, making it a reliable choice for tracking applications that demand clarity, versatility, and consistent sonic performance session after session.
