G-MARK
KMS8 Wired Microphone Dynamic Mic Professional Quality Versatility For Karaoke Live Performances And Recording
- Regular price
- $39.99 USD
- Regular price
-
- Sale price
- $39.99 USD
- Unit price
- per
Cardioid pickup pattern: Provides good signal isolation and feedback rejection, enabling higher sound levels to be obtained
Shock-mounted capsule: Low sensitivity to impact and handling noise
Hum compensating coil: Reduces electrical interferenceNeodymium ferrous magnet with boron: Keeps microphone stable regardless of climate
100% metal casing: Rugged and reliable for tough on-stage use
Neodymium ferrous magnet with boron: Keeps microphone stable regardless of climate
The KSM8 Cardioid Dynamic Vocal Microphone is a handheld dynamic microphone that delivers revolutionary vocal reproduction and ultimate live sound control.
Excellent control of the proximity effect, significantly extending pickup distance without in-axis coloration.
By controlling the proximity effect, it brings precise frequency response, thus truly reproducing mid- and high-frequency, creating the most natural dynamic microphone.
The off-axis attenuation is flat and wide, which can effectively suppress unwanted sound sources and improve the clarity of human voices.
Advanced pneumatic anti-shock design can significantly reduce holding noise without any loss of low-frequency response.
Designed with a dent-resistant, solid carbon steel grille and hydrophobic lining material, it provides excellent plosive and wind noise suppression while providing waterproof protection.
As a handheld dynamic microphone, the KSM8 cardioid dynamic vocal microphone achieves breakthrough results in engineering design. This carefully crafted product achieves revolutionary vocal reproduction and excellent live sound reinforcement control performance, providing world-class live sound pickup performance in professional performance venues. The KSM8 offers a cardioid pickup pattern, giving audio professionals the processing-free audio signal clarity and feedback-controlled reliability of a dynamic microphone.