Shure Brothers Inc MX412SE/S Gooseneck Microphone

Product Description

The SHURE BROTHERS INC MX412SE/S is a supercardioid gooseneck condenser microphone designed for desktop and podium applications. The supercardioid polar pattern provides focused pickup from the front while rejecting off-axis noise from the sides and rear, making it well suited for conference rooms, lecture halls, and boardrooms. The 12-inch gooseneck stem allows precise positioning toward the speaker without requiring them to lean in. Installation is handled by licensed audio or AV integration contractors as part of permanent or semi-permanent desktop microphone installations.

The MX412SE/S is intended for desktop wired microphone applications in professional and commercial environments. It is sold as a single unit and fits standard desktop or surface-mount bases compatible with the Shure MX400 series gooseneck microphone system. Typical deployments include conference tables, lecterns, broadcast desks, and government or institutional meeting rooms where consistent, directional voice capture is required.

Key Features

• Supercardioid polar pattern for focused, directional audio pickup
• 12-inch gooseneck stem for flexible speaker positioning
• Condenser capsule design for accurate voice reproduction
• Wired connection for reliable, interference-free signal
• Single-unit package suitable for individual station installs

Compatibility

Designed as an OEM-style replacement or expansion microphone for desktop wired microphone systems in the Shure MX400 series gooseneck platform. No additional specific model compatibility data was provided in the product data.

Installation Notes

Installation is typically performed by licensed AV integrators or audio contractors. Power down or disconnect phantom power from the mixing console or preamp before connecting or disconnecting the microphone. Secure the gooseneck base to the surface mount per the surface mount hardware instructions before routing cables. Follow applicable local low-voltage wiring codes when routing signal cable through furniture or building infrastructure.