Point Source Audio GO-9WD-SH SERIES9 Omni Headset Mic with TA4F Connector - Brown

Point Source Audio GO-9WD-SH SERIES9 Omni Headset Mic with TA4F Connector - Brown

The GO-9WD is a premium, fully integrated dual-ear headset microphone designed to meet the demands of professional users. With a substantially higher maximum sound pressure level (max SPL), it effortlessly handles louder audio sources without distortion. Its heightened sensitivity ensures exceptional clarity, capturing even the most delicate nuances in your voice. Additionally, the GO-9WD includes our patented ENDURE connector for enhanced durability.

SERIES9 Headset Mic is Tested to the Max!

Supporting a Big Voice

Audio engineers at Radio France selected the new SERIES9 headset for the country’s Bastille Day celebration featuring French operatic baritone Ludovic Tezier.

A high max SPL headset microphone is an asset in the world of theatre and opera with its ability to handle loud sound sources. At 142 max SPL, the GO-9WD handles loud vocals without "clipping" or producing a harsh, distorted sound. This capability is crucial for professionals who need to capture or reproduce sound accurately in high-energy situations, where standard microphones might fall short. This innovative headset-mic brings unparalleled performance with a thorough combination of higher max spl, higher sensitivity and higher durability.

In addition to its practicality, the high max SPL wireless microphone headset fosters direct interaction with the audience, making it indispensable for scenarios where real-time engagement is crucial. The headset's flexibility allows users to optimize their positioning, while the wireless nature provides the freedom to adapt quickly to changing situations. Its adaptability and clear sound quality make it a favorite among professionals, including presenters, performers, and instructors. In summary, this headset-mic combination transcends traditional limitations, offering unparalleled benefits in terms of mobility, sound quality, versatility, and interaction, making it an indispensable asset for those seeking a cutting-edge audio solution.

A FEATURE SET ABOVE THE REST

• 12,000 bend-tested connectors
• 142 dB max SPL
• -39 dB sensitivity
• IP 57 waterproof rated
• 70% isopropyl alcohol cleanable
• 360° bendable booms
• 180° reversible earhooks
• 2 matched element options

Features

• 42 dB max SPL
• -39 dB sensitivity
• Patented ENDURE connectors in 3-pin Lemo-style, TA4F and 3.5mm locking ring
• IP 57 waterproof rating
• Cleanable with 70% isopropyl alcohol
• Element diameter only 3 mm (headset) and 4 mm (lavalier)
• Reversible headsets rotate left or right
• Headset boom bends 360°
• Available in colors beige, brown or black
• Two-year warranty

In addition to its practicality, the high max SPL wireless microphone headset fosters direct interaction with the audience, making it indispensable for scenarios where real-time engagement is crucial. The headset's flexibility allows users to optimize their positioning, while the wireless nature provides the freedom to adapt quickly to changing situations. Its adaptability and clear sound quality make it a favorite among professionals, including presenters, performers, and instructors. In summary, this headset-mic combination transcends traditional limitations, offering unparalleled benefits in terms of mobility, sound quality, versatility, and interaction, making it an indispensable asset for those seeking a cutting-edge audio solution.

Specifications

• Element(s): Back Electret Condenser
• Pattern: Omnidirectional
• Waterproof rating: IP 57
• Frequency: 20Hz - 20kHz
• Sensitivity: -39 dB 1V/Pa (at 1kHz)
• Maximum SPL: 142 dB SPL
• Output Impedance: 1,300 Ω ± 30% (at 1kHz)
• Operating Voltage: 1 - 10 V
• Cable Length: 1.7 m + connector
• Net Weight: 0.6 oz
• Connector Type: Shure TA4F
• Color: Brown

What's Included

• Windscreen: Traditional windscreen helps reduce exposure to the elements such as clothing noise, gusts of wind, and dust particles.
• Cable Clip: Alligator clip helps provide strain relief to the microphone so that movement of the boom is minimized to ensure a consistent audio level.