Lightweight Sennheiser Ew-d Skm-s Base Set (r1-6) Kit [Bf7k9qDc]

Digital Wireless Excellence with Lightweight Sennheiser Ew-d Skm-s Base Set (r1-6) Kit [Bf7k9qDc]

The Lightweight Sennheiser Ew-d Skm-s Base Set (r1-6) Kit [Bf7k9qDc] is a versatile and robust digital wireless system designed for those who sing or speak. This advanced system seamlessly pairs and manages with the EW-D Smart Assist App, providing a streamlined setup and operation experience. The base set includes a stationary receiver and a handheld transmitter, compatible with a wide range of Evolution Wireless Digital microphone heads. This kit is perfect for daily use on stage, ensuring reliable and high-quality audio transmission.

Unmatched Features and Benefits

Experience the superior performance of the Lightweight Sennheiser Ew-d Skm-s Base Set (r1-6) Kit [Bf7k9qDc] with its digital transmission in the UHF spectrum. This technology enhances range, reliability, and scalability, making it ideal for various live events and presentations. Key features include:

• Digital Transmission: Offers a significant boost in range, reliability, and scalability.
• Smart Assist App: Connects via Bluetooth Low Energy for easy setup and operation from a distance.

Other notable benefits include:

• Auto Scan: Automatically creates reliable connections with minimal time and effort.
• Wide Dynamic Range: 134 dB audio input dynamic range preserves every detail without sensitivity adjustments.

specifications and Practical Applications

The Lightweight Sennheiser Ew-d Skm-s Base Set (r1-6) Kit [Bf7k9qDc] boasts a wide range of specifications designed to meet the needs of professional users. Key specifications include a frequency range of 520 - 576 MHz, THD of -60 dB, and an operating temperature range of -10 °C - +55 °C. With 56 MHz of tuning bandwidth and 2,240 selectable frequencies, this system ensures fine tuning and reliable channel allocation. Whether you're performing live on stage or conducting presentations, the EW-D SKM-S BASE SET (R1-6) delivers exceptional performance and reliability.