AKG RA4000/EW Remote Antenna

Enhanced Connectivity for Professional Audio Setups
The AKG RA4000/EW ANTENNA introduces a leap in audio transmission technology, serving as a pivotal component in wireless microphone systems and in-ear monitoring setups. This passive omnidirectional dipole antenna is designed to enhance signal distribution, ensuring clear and uninterrupted audio transmission across a broad range of frequencies from 470 to 952 MHz. Whether you're setting up for a concert, conference, or church service, the RA4000/EW guarantees robust performance.

Versatile Installation Options
Equipped with a universal stand adapter, the AKG RA4000/EW ANTENNA offers flexible mounting options. It can be easily attached to any floor stand using either 3/8" or 5/8" screws, making it adaptable to various event settings. This feature allows for optimal placement and orientation, enhancing signal reception and transmission efficiency in both indoor and outdoor environments.

Durable, All-Weather Design
Built to withstand the challenges of any operating environment, the AKG RA4000/EW ANTENNA features a water-resistant construction. This durability ensures that the antenna performs reliably, even in outdoor setups or in conditions where it may be exposed to moisture, making it an excellent choice for events held in unpredictable weather.

Seamless Performance Across All Frequencies
The antenna's omnidirectional capability allows it to capture and transmit signals in a 360° pattern, ensuring that coverage is maintained regardless of the transmitter or receiver's position relative to the antenna. This wide-band UHF capability not only simplifies setup but also enhances the quality of the audio experience, providing crisp and clear sound across its entire operating frequency range.

Power-Free Operation for Easy Integration
One of the standout features of the AKG RA4000/EW ANTENNA is its ability to operate without the need for external power. This passive design simplifies installation and integration into existing audio setups, reducing cable clutter and the need for additional power sources, which is particularly advantageous in complex setups.