Maono USB/XLR Dynamic Microphone – PD300X – OP

• 5-Level Noise Reduction System
• Preset Modes
• 3-in-1 Smart Knob
• Custom Mute Button

Elevate your audio setup with the Maono PD300X, a premium dual-output dynamic cardioid microphone engineered for content creators, podcast hosts, and live streamers. Designed to deliver broadcast-quality clarity, it features both USB‑C and XLR outputs, offering seamless plug‑and‑play convenience for computers and compatibility with pro audio gear—perfect for versatile studio environments.

Experience studio-level fidelity with its ultra-high 192 kHz/24 bit sampling rate, exceeding typical consumer mics for rich, detailed sound capture. The dynamic cardioid capsule focus on vocals while minimizing room noise and background distractions—ideal even in untreated spaces

Advanced Features & Workflow‑Enhancing Tools

• Smart 3‑in‑1 Smart Knob & Mute Button: Effortlessly switch between mic gain, headphone volume, and monitoring levels, with an on‑mic mute toggle for streamlined control.
• Intelligent Noise Reduction & Preset Modes: A 5‑layer noise reduction system paired with four tailored presets (Podcast, Streaming, Gaming, Recording) ensures clear and consistent sound in any scenario.
• Maono Link Software Compatibility: Fine-tune your sound using graphical EQ, compression, limiter, and high-pass filter via Maono Link—Windows (and some macOS) support lets creators sculpt studio-quality audio.

Built for Content Creators

• Durable full-metal housing with shock absorption and foam pop filter for clean, clear recordings.
• USB‑C & XLR dual outputs—use USB for simplicity now and switch to XLR and audio interfaces later for professional studio workflows.
• Zero-latency on-mic headphone monitoring ensures you hear exactly what’s being captured—no delay, no guesswork.

Ideal For:

• Solo podcasters, livestreamers, YouTubers, and remote broadcasters
• Gamers needing focused vocal clarity without ambient noise
• Dual USB/XLR users transitioning from simple setups to pro audio
• Creators needing real-time control and software processing