Hiển thị 13–24 trong 54 kết quả
The black DHT70 Professional Digital Wireless Handheld Transmitter with P5 Dynamic Capsule from AKG is a professional digital wireless handheld transmitter for worldwide, license-free operation. With 24-bit, 48 kHz audio coding, it provides uncompressed studio-quality transmission and a linear frequency response. It is available with the P5 dynamic hypercardioid capsule, suitable for uncompromising vocal performances.
The AKG DHT70 is a handheld transmitter for AKG's DMS70 uncompressed digital wireless systems. The DHT70 is fitted with AKG's D5 dynamic supercardioid capsule for excellent sound and rejection of off-axis noise. AKG's latest digital technology includes bidirectional communication between transmitters and receiver, for a "smart" system that's very easy to use. The systems operate in the 2.4GHz range for worldwide, license-free use, and sport 24-bit, 48kHz coding for studio-grade audio transmission. You also get AES 128-bit encryption, dynamic frequency selection, and battery-saving auto power off. Get studio-quality wireless sound onstage, with the AKG DHT70 handheld transmitter.
The DMS70 D Vocal Set Digital Wireless System with Handheld Transmitter by AKG is a professional digital wireless system that features the DSR70 Dual Receiver and the DHT70 Perception handheld transmitter. The system uses the 2.4GHz range for worldwide license-free operation. It provides true uncompressed transmission of audio and it is designed to deliver a flat frequency response.
The rugged AKG P2 dynamic instrument microphone is recommended for instruments such as bass drums, trombones, or bass amplifiers. Part of the AKG Perception Live microphones series, the P2 bass microphone delivers powerful sound with a high-energy low end.
The Perception P4 high-performance dynamic instrumental microphone delivers intense sound for use on drums, percussion, wind instruments and guitar amps. The cardioid polar pattern makes it very easy to use, as it focuses on sound in front of the microphone while reducing feedback and unwanted noise from behind.