Rolls Mini Microphone Preamp - Black - MP13


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The Rolls MP13 Mini-Mic is a compact, single-channel microphone preamp ideal for podcasters, home studio musicians, and content creators looking to add clean, professional-grade phantom power to their audio signal chain. It provides a robust full-frequency sound response in a portable form factor, making it perfect for portable recording rigs; however, users should note that its fixed 21V phantom power may not be sufficient for high-end studio condenser microphones that strictly require 48V.
| Colour | Black |
|---|---|
| Model Part Number | MP13 |
| Brand | Rolls |
The MP13 provides 21V phantom power. While some mics may operate, it is not recommended for microphones that strictly require 48V.
No, the MP13 must be powered by the included external AC adapter.
Yes, the MP13 handles standard 1/4-inch signals, allowing it to function as a preamp for various instruments.
It serves as a visual warning that the incoming signal is too loud and risks distorting the audio output.
The Rolls MP13 features a rugged metal chassis, finished in black.
Check that the AC adapter is securely plugged in and the LED indicator is illuminated. Verify that your output cables are properly seated in the recording device.
Monitor the Clip LED. If it lights up, decrease the gain level until the LED only flashes occasionally or remains off during peaks.
Ensure your microphone is compatible with 21V phantom power; high-end microphones requiring 48V will not function correctly with this unit.
To set up your MP13, first connect the included AC adapter to the power input on the rear of the device. Connect your microphone to the desired input jack and route the output to your recording interface or amplifier. If you are using a condenser microphone, ensure it is compatible with the 21V power standard provided. For care, wipe the outer chassis with a dry, lint-free cloth. Do not use liquid cleaners on the connectors as this may cause oxidation or shorts. Store the unit in a cool, dry environment away from electromagnetic interference to maintain the lowest possible noise floor.