Audio-Technica BP892XCH-TH OMNI Condenser Earset MIC-Beige

The Audio-Technica BP892XCH-TH Omni Condenser Earset Mic combines miniature size with excellent vocal clarity. It features a subminiature 2.6 mm omnidirectional capsule that delivers open, intelligible, and natural-sounding speech. Because it picks up sound equally from all directions, it ensures consistent vocal capture. This makes it ideal for live performance, broadcast, and corporate applications where voice must sound clear and balanced. Even in controlled stage environments, it delivers transparent audio without coloration.

Designed with comfort in mind, the headset uses a lightweight, flexible under-ear loop. This ergonomic design hooks securely behind the ear. It provides a firm yet gentle fit, even for users wearing glasses. Hypoallergenic materials reduce the risk of irritation during long sessions. Since it sits close to the skin while staying visually discreet, it works well in situations where low visibility matters. This includes theater, on-camera work, and high-profile presentations.

Additionally, the earset features a 1.4 m detachable cable with a rugged cH-style 4-pin locking connector. This field-replaceable cable connects easily to compatible Audio-Technica wireless bodypacks. The microphone handles sound pressure levels up to 136 dB without distortion. Even in loud environments, it maintains a clean signal. Furthermore, its broad 20 Hz–20 kHz frequency response captures detailed highs and lows with precision.

Audio-Technica includes helpful accessories to improve usability. The dual-ear adapter adds stability for active performers. Windscreens and moisture guards protect the capsule in tough conditions. A cable clip and carrying case enhance storage and mobility. With exceptional comfort, durability, and sound quality, the BP892XCH‑TH is a dependable choice for professionals who demand performance and subtlety.

The Audio-Technica BP892XCH-TH Omni Condenser Earset Mic delivers discreet comfort, reliable durability, and clear, natural sound for demanding professional performance and presentation environments.

• Subminiature Omnidirectional Condenser Capsule: The 2.6 mm capsule captures clear, natural-sounding vocals with minimal coloration. Its omnidirectional pattern ensures consistent pickup from all angles, making it ideal for presenters, actors, and performers in controlled sound environments.
• Inconspicuous, Lightweight Design: The earset’s tiny capsule and thin boom make it nearly invisible on stage or camera. Weighing just 2.6 grams, it provides exceptional discretion without compromising audio quality—ideal for broadcast and theater applications.
• Ergonomic Under-Ear Fit: The flexible, contoured loop fits securely behind the ear. This under-ear design stays firmly in place even during movement. It offers long-wearing comfort, including for users with glasses or sensitive skin.
• Detachable and Field-Replaceable Cable: A robust, 1.4-meter cable with a cH-style 4-pin locking connector attaches securely to the earset. The cable is detachable and easy to replace in the field, extending the product’s life and adaptability.
• High SPL Handling: The microphone can handle up to 136 dB SPL, allowing it to manage loud vocals or stage noise without distortion. This makes it suitable for dynamic live performances or active speaking environments.
• Optional Dual-Ear Stability: The included AT8464x adapter converts the single-ear design into a dual-ear setup for added stability. This is especially useful for active users such as dancers, fitness instructors, or presenters who move frequently.
• Wired Power Module with High-Pass Filter: The wired version includes the AT8545 power module with a switchable high-pass filter. This helps remove unwanted low-frequency noise without affecting vocal tone, ensuring cleaner recordings and live transmissions.
• Hypoallergenic and Durable Construction: Constructed from hypoallergenic materials, the earset is safe for long use on all skin types. It withstands professional use, resists sweat, and retains its structure in demanding environments.