Lavalier lapel microphone compatible with Apple iPhone models, wired one-point two-amplifier mini collar clip microphone for live recording, featuring a 3.5mm plug, 1.5 metre TPE cable, and brass ring speaker with 20-200 Hz frequency response.
Lavalier lapel microphone compatible with Apple iPhone for live recording and presentations

This wired lavalier microphone offers a practical audio capture tool for users of compatible Apple iPhone models. As a non-Apple branded accessory, it provides a clip-on, hands-free microphone solution designed for scenarios like live streaming, video recording, presentations, or monitoring where discreet audio is needed. Its one-point two-amplifier design and lavalier wearing style aim to deliver clear sound directly from the source, supported by a moving coil sounding principle. The product comes with a 1.5 metre TPE cable and various plug options to match different device interfaces, focusing on portable audiovisual use.
Features and Construction

The microphone's build centres on specific, stated components that define its functionality and physical form. Each element is chosen for its role in the overall audio capture system, from the speaker driver to the connecting cable.
Material and Build
The earplug features a brass ring speaker, which forms the core driver unit using a moving coil sound principle. This construction is common in compact audio transducers. The headphone cable is made from TPE (Thermoplastic Elastomer), a material noted for its flexibility and common use in durable, tangle-resistant cables. The plug is specified as 3.5mm in diameter, forming a wired connection to the audio source.
Size and Practical Fit
The physical specification includes a wire length of 1.5 metres, providing a practical range for positioning the user relative to their recording device. The product is a bilateral stereo headset with an in-ear headphone type, and its total weight is listed as 30 grams, contributing to a lightweight, portable profile. The lavalier wearing style indicates it is designed to be clipped onto clothing.
Uses and Placement

This microphone is outlined for general-purpose audio capture across several scenarios, from professional monitoring to everyday mobile use. Its design supports hands-free operation in various environments.
Event or Professional Use
The product is listed as suitable for use as a monitor earphone, where clear audio feedback is needed without holding a microphone. Its lavalier clip and wired connection make it applicable for live presentations, interviews, or studio recording setups where the user needs mobility. The compatibility with portable audiovisual devices broadens its use in field recording.
Everyday Home Use
For personal use, the microphone serves as a computer earphone or mobile phone earphone, particularly for Apple iPhone models with a compatible 3.5mm jack. It can be used for video calls, content creation, or recording voice notes where improved audio quality over a built-in microphone is desired. The 1.5 metre cable allows for flexible positioning relative to a laptop or phone.
Benefits and Buying Value

The value of this product lies in its stated compatibility, specific construction, and practical application for hands-free audio capture, without unsupported claims about performance or longevity.
Reuse and Low Maintenance
As a wired accessory with a TPE cable and brass speaker, the product is designed for repeated use across compatible sessions. The simple connection and clip-on design require minimal setup. Care involves avoiding strain on the cable and plug to maintain the physical connection, which is a low-risk guidance based on the stated materials.
Why Choose This Product
This lavalier microphone provides a concrete alternative for Apple iPhone users seeking a dedicated, external audio input for recording. Its differentiators include the specified 1.5 metre cable length, the brass ring speaker construction, and the range of plug options (such as 3.5mm two-ring three-section or type-C) to match different device generations. It focuses on solving the practical problem of capturing clear, hands-free audio in live or recorded settings where built-in microphones may be insufficient.




