Audio-Technica Wireless Transmitter Compatible Countryman EMW Omnidirectional Lav Mic with Shelved EQ (4-Pin Hirose, Black)

Audio-Technica Wireless Transmitter Compatible Countryman EMW Omnidirectional Lav Mic with Shelved EQ (4-Pin Hirose, Black) | MEMWS05BAN

The house lights dim and the speaker steps up to the podium. The audience leans in. Every word needs to be heard, but there’s no room for a bulky handheld mic or a visible pack that ruins the line of a suit jacket. This is exactly where a wireless lavalier system built around its transmitter compatibility matters most. When you are pairing a Countryman EMW omnidirectional lav mic with a rugged bodypack transmitter, you need a cable connection that is dependable and built for the job.

• Compatible with Audio-Technica wireless transmitters using a 4-pin Hirose connection ? a direct fit for popular rack-mount and bodypack units, so you don’t waste time hunting for adapters or soldering pinouts.
• The Countryman EMW element delivers an omnidirectional pickup pattern, meaning the mic captures clear, natural audio even if the speaker turns their head or moves off-center. Great for moderate-to-loud environments.
• A custom shelved EQ circuit is built into the cable. This small but critical feature helps tame the low-end proximity effect common with lavaliers worn close to the chest, resulting in a cleaner, more intelligible vocal tone with less rumble.
• The right-angled 4-pin Hirose connector is low-profile and black, so it sits flush against the transmitter without adding unnecessary bulk or strain on the jack.
• Comes wired specifically for the EMW capsule, not a generic pinout ? this preserves the Countryman’s known frequency response without introducing phase cancellation or signal loss.

For corporate events, broadcast shoots, or live stage work where a clear, unobtrusive audio chain is non-negotiable, this cable-connector assembly gives you what a stock transmitter cable often cannot: EQ shaping built right into the path. It’s a purpose-built tool for professionals who understand the difference between merely wireless and reliably clear.