Shure Brothers Inc ANI4IN-XLR 4-input Xlr Audio Interface

Product Description

The SHURE BROTHERS INC ANI4IN-XLR is a 4-input audio interface unit equipped with XLR connectors designed to accept microphone and line-level signals. It serves as a signal input node in professional audio and installed sound systems, consolidating multiple mic or line sources into a single managed input stage. Licensed audio-visual integrators, sound system installers, and A/V technicians are the primary installers of this device. The XLR connector format supports balanced signal transmission, reducing noise over cable runs common in commercial and institutional installations.

The ANI4IN-XLR is suited for installed sound environments such as conference rooms, houses of worship, lecture halls, and broadcast facilities where multiple microphone or line-level sources must be routed and managed. It is categorized as a microphone accessory and stand component, indicating typical deployment alongside microphone infrastructure in fixed-install or semi-permanent A/V systems. Each unit is sold individually.

Key Features

• 4 discrete input channels for simultaneous mic or line-level signal handling
• XLR connector interface supports balanced audio connections on all inputs
• Accepts both microphone-level and line-level input signals
• Designed for fixed-install professional audio environments
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style component for professional installed sound systems utilizing standard XLR balanced audio infrastructure.

Installation Notes

Installation should be performed by a licensed A/V integrator or qualified sound system technician familiar with balanced audio wiring practices. Power down the associated audio system and disconnect all signal sources before connecting or disconnecting XLR cables. Ensure cable routing complies with applicable local building codes and A/V system design standards. Do not exceed the rated input signal levels for microphone or line inputs to avoid signal distortion or equipment damage.