ESSAGER USB Condenser Gaming Microphone (48kHz/24bit) w/XLR & Type-C | DSP Noise Reduction, 3.5mm Headphone Jack, RGB Light, Cardioid Podcast/Streaming Mic for pc ps5 Laptop Singing YouTube-AmpliGame

Price: ₹6,900 - ₹2,550.00
(as of Feb 22, 2026 03:47:20 UTC – Details)


Elevate your audio experience with this versatile USB desktop microphone, perfect for gaming, streaming, recording, and karaoke. Featuring high-fidelity 48KHz/24bit sampling and a cardioid polar pattern, this microphone delivers crystal-clear sound capture with excellent -52dB sensitivity and >90dB signal-to-noise ratio. The stylish black design includes dynamic RGB ambient lighting with colourful breathing effects, adding a cool aesthetic to your setup. Built with durable ABS material, it comes equipped with multiple connectivity options including XLR, Type-C, and 3.5mm headphone monitoring. The 360-degree rotatable design and high-density sponge cover effectively filter plosives for professional-quality recordings. The 1.8m cable provides ample reach, while dedicated volume and echo controls offer precise audio adjustment. The sturdy desktop stand includes 3/8 and 5/8 interfaces reserved for boom arm mounting, though this package includes the desktop stand only. Whether you’re podcasting, streaming, or gaming, this microphone delivers studio-quality sound with modern RGB flair.
VERSATILE CONNECTIVITY: Features XLR and Type-C interfaces, plus a 3.5mm headphone jack for real-time monitoring and multiple connection options
SUPERIOR AUDIO QUALITY: Professional-grade condenser microphone with 48KHz/24bit sampling rate and -52dB sensitivity for crystal-clear sound capture
NOISE REDUCTION: Advanced DSP technology and cardioid polar pattern effectively minimize background noise and capture focused audio
RGB AMBIENT LIGHTING: Dynamic RGB light effects with colourful breathing light feature adds style to your setup while streaming or recording
ADJUSTABLE DESIGN: 360-degree rotatable microphone with high-density sponge cover and desktop stand for optimal positioning and plosive filtering