Brushed Alum Low Profile Boundary Mic Omni; 3 Pin XLR

The Shure Microflex MX395AL/O is a low-profile boundary microphone identified by its omnidirectional pickup pattern, brushed aluminum finish, and 3-pin XLR connection. These confirmed details make it a clearly defined option for projects in which microphone format, directional pattern, visible finish, and connector type are established in advance. This listing focuses on the supplied MX395AL/O configuration without attributing undocumented capabilities to the product. Frequency response, sensitivity, power requirements, dimensions, weight, included accessories, and warranty terms are not provided in the source data.

Ideal Use Cases

Consider the MX395AL/O for audio layouts that specifically require a low-profile boundary microphone with an omnidirectional pattern. Its brushed aluminum finish is relevant when the appearance of visible equipment needs to align with a planned installation. The stated 3-pin XLR connection also makes this model appropriate for systems designed around that connector format. Because the available information does not identify cables, adapters, mounting hardware, or supporting equipment, those elements should be selected and confirmed separately.

Why Choose This Model

This model brings together five concrete selection criteria: Shure Microflex identification, a boundary microphone format, low-profile construction, omnidirectional pickup, and a brushed aluminum finish. The 3-pin XLR connection adds a clearly stated integration requirement. That combination allows buyers and system planners to choose according to the physical style, pickup pattern, finish, and connector instead of relying on broad or unsupported feature claims. The exact SKU is MX395AL/O, which should be used when confirming the required model.

Installation and Integration

Installation planning should begin with the boundary format and the intended surface location. The low-profile form is the defining physical characteristic supplied for this microphone, while brushed aluminum identifies its exterior finish. Signal connectivity should be planned around the specified 3-pin XLR connection. Before installation, verify the mating connection and all required supporting components in the intended audio system. The source information does not state cable length, connector orientation, mounting method, operating power, or included installation accessories, so no assumptions about those details should be made.

Performance Highlights

The confirmed performance-related characteristic is the omnidirectional pickup pattern. This makes the MX395AL/O the relevant configuration when an omni boundary microphone is called for in the system specification. The supplied information does not document frequency response, sensitivity, impedance, maximum sound pressure level, self-noise, or signal-to-noise performance. Buyers comparing microphones by measured acoustic specifications should verify those values before making a final system-level decision.

What Makes It Different

The defining difference is the complete configuration rather than any single attribute. The MX395AL/O combines a low-profile boundary design with omnidirectional pickup, a brushed aluminum appearance, and a 3-pin XLR connection. Each detail affects product selection: the boundary format determines the microphone style, the low profile describes its physical presentation, the omni designation identifies the pickup configuration, the aluminum finish establishes its appearance, and the XLR specification identifies the connection. Together, they distinguish this SKU from similarly named models with different finishes or configurations.

Final Assessment

The Shure MX395AL/O is a focused choice for an installation specification that calls for an omnidirectional, low-profile boundary microphone in brushed aluminum with a 3-pin XLR connection. Its value in the selection process comes from that exact combination of confirmed characteristics. Use SKU MX395AL/O when ordering, and verify any project requirements not included in the supplied data, particularly acoustic measurements, power needs, physical dimensions, mounting provisions, included accessories, and warranty coverage.