The RODE NT-USB Mini is a compact, studio-quality USB condenser microphone designed for content creators, podcasters, streamers, and musicians seeking professional audio with plug-and-play simplicity. 
 
Key Features
 
Studio-Quality Sound: Equipped with a condenser capsule and a cardioid polar pattern, the NT-USB Mini captures clear, focused audio while minimizing background noise—ideal for vocals, instruments, and spoken word.
24-bit/48kHz Resolution: Delivers high-resolution audio, ensuring detailed and dynamic recordings suitable for professional applications.
Zero-Latency Monitoring: Features a 3.5mm headphone output with precision volume control and a switchable zero-latency monitoring mode, allowing real-time audio monitoring without echo or delay. 
Integrated Pop Filter: Built-in pop filter reduces plosive sounds, ensuring clean vocal recordings without the need for additional accessories.
Magnetic Desk Stand: Includes a detachable magnetic desk stand for stability and easy positioning; the microphone can also be mounted on standard mic stands or studio arms using the integrated 360-degree swing mount. 
RODE Connect Compatibility: Fully compatible with RØDE Connect software, enabling multi-mic setups (up to four NT-USB Minis), access to built-in DSP effects like compressor, noise gate, and APHEX processing, and seamless integration with streaming 
 
Technical Specifications
 
Acoustic Principle: Pressure gradient 
Polar Pattern: Cardioid
Frequency Range: 20 Hz – 20 kHz 
Maximum SPL: 121 dB SPL
Bit Depth / Sample Rate: 24-bit / 48 kHz 
Analog Output: 3.5mm headphone jack 
Computer Connectivity: USB-C (class-compliant, no drivers required) 
Dimensions: Height: 141.9 mm; Width: 54.5 mm; Base Diameter: 89.3 mm 
Weight: 585 g 
 
The RODE NT-USB Mini stands out as a versatile and user-friendly microphone, combining professional audio quality with the convenience of USB connectivity. Its compact design, integrated features, and compatibility with RØDE Connect make it an excellent choice for creators aiming to elevate their audio recordings.