Product code: AKG C214 Large-diaphragm selling Condenser Microphone
EXCELLENT CONDITION. Used only at home setup a couple of times. Everything is included. The AKG C214 Large Diaphragm Microphone is a premium-grade condenser microphone designed for multiple recording applications. The AKG C214 provides an affordable alternative for the high-end C414 family. The microphone utilises a high-end one-inch capsule with an integrated suspension for optimal audio performance. The resulting sound is powerful with natural tones, capturing every nuance of your sound audio in great detail. The versatile design is suitable for everything from vocal performances to capturing drum overheads and electric guitars. Combining the dual-capsule system and custom Back-Plate technology, the C214 achieves an audio performance comparable to the legendary C414 XLII Outstanding Dynamic Range (up to 156 dB SPL, selling Ultra-Low Noise) Integrated Suspension to reduce mechanical Noise Switchable 20 dB Attenuation Pad and Low Cut Switch Rugged double mesh Grill for high RF.
EXCELLENT CONDITION. Used only at home setup a couple of times. Everything is included. The AKG C214 Large Diaphragm Microphone is a premium-grade condenser microphone designed for multiple recording applications. The AKG C214 provides an affordable alternative for the high-end C414 family. The microphone utilises a high-end one-inch capsule with an integrated suspension for optimal audio performance. The resulting sound is powerful with natural tones, capturing every nuance of your sound audio in great detail. The versatile design is suitable for everything from vocal performances to capturing drum overheads and electric guitars. Combining the dual-capsule system and custom Back-Plate technology, the C214 achieves an audio performance comparable to the legendary C414 XLII Outstanding Dynamic Range (up to 156 dB SPL, selling Ultra-Low Noise) Integrated Suspension to reduce mechanical Noise Switchable 20 dB Attenuation Pad and Low Cut Switch Rugged double mesh Grill for high RF.