Sennheiser ew-D ASA T-U-V-W Antenna Splitter

Sennheiser ew-D ASA T-U-V-W Antenna Splitter

The Sennheiser ew-D ASA T-U-V-W Antenna Splitter is the perfect addition to professional setups featuring Evolution Wireless Digital (EW-D) systems. Designed to meet the highest standards in live, studio, and broadcast applications, this active antenna splitter module enables reliable, scalable signal distribution and optimal performance when using multiple wireless links. By utilizing state-of-the-art digital UHF technology and seamless app integration, Sennheiser takes the control and range of wireless systems to a new level.

Ideal for multichannel setups with Evolution Wireless Digital

The ew-D ASA T-U-V-W module was developed specifically for professional use in complex multichannel environments. Whether at large events, on tour, in theaters, or in houses of worship—this active antenna splitter optimizes the radio connection, reduces interference, and ensures a stable signal across multiple receivers. By evenly distributing the antenna signal across up to four receivers, the setup becomes more organized, efficient, and flexible.

Digital signal transmission in the UHF band

The Sennheiser ew-D System’s digital UHF transmission guarantees outstanding range, scalability, and stability—even in challenging RF environments. With a frequency range of 694 to 1075 MHz, the antenna splitter covers a wide spectrum and fits perfectly into modern production environments where flexibility and frequency reliability are top priorities.

Thanks to a 56 MHz tuning bandwidth and equidistant frequency distribution, up to 90 channels can be used simultaneously. The automatic frequency search saves time and effort during setup and ensures reliable, stable connections with minimal manual intervention—ideal for technical staff during live operations.

Intelligent operation via the Smart Assist app

With the EW-D Smart Assist app, the system can be conveniently configured and controlled via Bluetooth Low Energy. The app enables intuitive setup, real-time monitoring, and management of all connected devices—even during live operations. This makes the EW-D ASA T-U-V-W a central element of modern wireless systems with a digital workflow and maximum clarity.

Built for professionals—robust, precise, expandable

The antenna splitter impresses with Sennheiser’s signature build quality, designed for durability and interference-free operation. Its compact design integrates easily into existing rack systems and combines seamlessly with other components of the EW-D system. Ideal for setups where multiple receivers are used and peak performance is required.

When combined with high-quality antennas and professional frequency planning, the system becomes the heart of a stable wireless network. Whether for speech, vocals, or instruments—with the Sennheiser ew-D ASA, you maintain full control over your wireless audio system at all times.

Conclusion: Future-proof antenna management for wireless excellence

The Sennheiser ew-D ASA T-U-V-W antenna splitter offers professional users a reliable, expandable, and intelligent solution for multichannel wireless setups. Thanks to digital UHF technology, Smart App control, automatic frequency scanning, and broad compatibility, it is the perfect tool for complex installations with the highest demands. A must-have for anyone working with Evolution Wireless Digital systems who expects uncompromising quality.

Features:

• Digital transmission in the UHF spectrum for maximum range, stability, and scalability
• Seamless connection via Bluetooth Low Energy with the Smart Assist app
• Automatic frequency scan for fast, reliable setup
• 56 MHz tuning bandwidth with equidistant frequency spacing
• Up to 90 channels possible simultaneously
• 2,240 selectable frequencies for precise fine-tuning

Technical Specifications:

• Frequency range: 694 – 1075 MHz
• Polar pattern: Cardioid, omnidirectional (depending on the microphone)
• Transducer type: Condenser
• Connection: Wireless

Specs:

• Type: Radio System
• Theme: Microphones

Further links:

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