Product Overview

The Movo FXLR-PRO is a versatile mini-jack to XLR male microphone adapter designed to bridge the gap between your standard 3.5mm microphone and professional audio equipment. This compact and lightweight adapter is perfect for connecting your on-camera microphones to camcorders, recorders, and mixers.

Key Features

• Connects standard 3.5mm TRS microphones to 3-pin XLR jacks
• Converts 12-48V Phantom Power to 3-5V Plug-in Power
• Durable aluminum construction for long-lasting use
• Gold-plated shielded connectors for interference-free signal transfer
• Compact design for ease of transport and storage
• 1-Year Warranty with U.S.-based support

Benefits

The Movo FXLR-PRO adapter empowers you to maximize your audio capabilities by allowing seamless integration of your 3.5mm microphones with professional recording equipment. Its durable aluminum build ensures it can withstand the rigors of both studio and on-location use, while the gold-plated connectors guarantee clear and reliable audio transfer. Experience the freedom of connecting your devices without compromising sound quality.

Use Cases

• Connect your on-camera microphone to a professional mixer for enhanced audio quality.
• Utilize in field recordings where flexibility and durability are essential.
• Perfect for podcasters and video creators looking to elevate their sound setup.

Technical Specifications

Frequently Asked Questions

• Can I use this adapter with all microphones? Yes, as long as they have a 3.5mm TRS connector.
• Will it work with my camera? Yes, it connects to any camcorder or recorder with a standard XLR input.
• Is the adapter durable? Absolutely! It features a sturdy aluminum design for longevity.

Originality and Unique Features

What sets the Movo FXLR-PRO apart is its dual functionality of not only adapting connections but also converting phantom power to plug-in power, making it a unique tool for audio enthusiasts. Its lightweight and compact design makes it the perfect companion for both studio setups and on-the-go recording.