Condenser Lavalier Microphone 4 (1.2m) attached cable

Ideal Use Cases

The Shure MX183 is an omnidirectional condenser lavalier microphone intended for applications that call for a compact, wearable microphone. Its lavalier format allows the capsule to be positioned on or near clothing, making the model relevant for presentations, interviews, instruction, moderated discussions, and other spoken-word settings where a handheld microphone may be unsuitable. The omnidirectional pickup pattern is useful when flexible capsule orientation is important because it receives sound from around the microphone rather than relying on one narrowly defined pickup direction. The supplied data does not specify environmental ratings or outdoor-use protection.

Why Choose This Model

The MX183 combines three clearly identified characteristics: condenser microphone construction, an omnidirectional pickup pattern, and a lavalier form factor. It is part of Shure’s Microflex series and includes an attached cable measuring 1.2 m. This configuration provides a defined cable path between the wearable microphone and the connected audio equipment. For buyers comparing lavalier options, the MX183 is specifically identifiable by its omnidirectional operation rather than a directional pickup pattern. The available source data does not provide frequency response, sensitivity, maximum sound pressure level, or self-noise figures, so those values should not be assumed.

Installation and Integration

Installation begins with selecting a clothing position that keeps the lavalier close to the person speaking while minimizing unwanted contact between the microphone, cable, and fabric. The attached 1.2 m cable can then be routed toward the intended audio connection, with enough slack retained to avoid pulling during normal movement. The supplied information does not identify the connector type, required power arrangement, compatible transmitter models, or supported preamplifiers. Confirm those interface requirements against the rest of the audio system before purchase or installation. A mounting clip, windscreen, adapter, or other accessory should not be presumed to be included because the provided product data does not state the package contents.

Performance Highlights

The documented omnidirectional pattern is the MX183’s central performance characteristic. An omnidirectional lavalier accepts sound around its capsule, supporting placement where maintaining one exact microphone angle may be impractical. Its condenser classification identifies the microphone’s transducer type, while its lapel-style format supports close placement on a speaker. No supported claims can be made from the supplied data about tonal balance, speech intelligibility, noise rejection, operating range, moisture resistance, or handling-noise control. Likewise, the source does not list electrical output, impedance, frequency range, or sensitivity specifications.

What Makes It Different

The MX183 is distinguished in the available information by the combination of its Shure Microflex-series identity, omnidirectional pickup pattern, condenser design, lavalier format, and permanently attached 1.2 m cable. These are practical selection points for a system designer who already knows the required microphone pattern and cable arrangement. The model should not be treated as interchangeable with every lavalier microphone solely because of its physical format. Connector, powering, mounting, and system compatibility information remains necessary when evaluating it for an existing installation, wireless bodypack, mixer, or audio interface.

Final Assessment

The Shure MX183 is a focused lavalier option for buyers seeking an omnidirectional condenser microphone with an attached 1.2 m cable. Its documented configuration makes it suitable for consideration in wearable spoken-word microphone setups where compact placement and flexible orientation are priorities. The source data establishes the model, series, microphone type, pickup pattern, and cable length, but it does not provide the detailed acoustic, electrical, physical, compatibility, warranty, or included-accessory specifications needed for a complete system-level comparison. Those requirements should be verified before ordering.