Rockville RWM-DSP-H2 Dual Handheld Wireless UHF Microphone System | 200 Channels, DSP EQ/Delay/Exciter, XLR and 1/4" Outputs, Full Metal Rack Mount, Cardioid, OLED Display, One-Key Pairing

ADVANCED DSP CONTROL – CUSTOMIZABLE EQ, DELAY, & FEEDBACK FILTER: The Rockville RWM-DSP-H2 features DSP control that allows you to fine-tune audio with adjustable EQ, delay, feedback filter, and exciter settings. Connect the mic receiver to your PC or Mac for full control over your presets, making it easy to personalize the sound for any performance or environment.

EXCEPTIONAL AUDIO QUALITY – CRYSTAL CLEAR SOUND WITH DUAL FILTERS: Enjoy pristine sound with the dual filters that combat feedback and interference. The unidirectional cardioid mics and ultra signal stability ensure clear, reliable audio with minimal distortion, even in noisy environments. Perfect for professional events, performances, and public speaking.

DURABLE DESIGN – FULL METAL MICS & RACK-MOUNT RECEIVER: The RWM-DSP-H2 comes with full metal microphones and a heavy-duty metal rack-mount receiver that ensures long-lasting durability. Built to withstand the demands of live performances, these mics feature a digital display and covered buttons to prevent accidental changes during your performance.

USER-FRIENDLY OPERATION – SIMPLE PAIRING & ADJUSTABLE SENSITIVITY: Featuring 200 switchable UHF channels, the RWM-DSP-H2 allows you to easily change frequencies using one-key pairing. Adjust the RF intensity, sensitivity, and channel settings directly from the microphone for complete control during live events or studio sessions. OLED displays provide clear, at-a-glance info on battery life, signal strength, and output levels.

VERSATILE CONNECTIVITY – XLR OR MIX OUTPUT OPTIONS: The RWM-DSP-H2 offers individual XLR outputs for each microphone, perfect for separating audio signals to different channels on your mixer. Alternatively, use the ¼” TS mix output to combine both mic signals into a single channel. With flexible connectivity options, this system is ideal for live sound engineers, DJs, and performing artists.