Description

Sennheiser SKM 835-XSW-A Handheld Transmitter Overview

Product Name: Sennheiser SKM 835-XSW-A

Product Description:

The Sennheiser SKM 835-XSW-A is a wireless handheld microphone transmitter featuring an e835 Dynamic Cardioid Capsule. This transmitter is designed for use with the EM-XSW 1 or EM-XSW 2 wireless receivers (sold separately) and is suitable for capturing audio in live sound environments, including performances, presentations, and other events.

Key Features:

• Dynamic Cardioid Capsule: The e835 capsule provides a robust and clear sound with a cardioid pickup pattern that effectively isolates the main sound source while minimizing background noise.
• Automatic Frequency Management: Simplifies setup by automatically managing frequencies, allowing up to 10 compatible channels within a stable UHF band.
• Durable Construction: Designed to handle the demands of live stage use, ensuring reliability even in challenging conditions.
• User-Friendly Operation: Easy to set up and operate, letting users focus on their performance without dealing with complex technical issues.

Performance and Reliability:

• Great Performance and Price: The SKM 835-XSW-A offers a high-performance solution at an accessible price point. Its automatic frequency management ensures seamless operation with minimal setup effort.
• Live Sound Quality: Delivers a clear, natural sound suitable for a variety of live sound applications, including vocals and presentations.
• Reliable Transmission: Built to endure the rigors of live performances, making it a dependable choice for bands, theaters, seminars, and other live events.

Summary:

The Sennheiser SKM 835-XSW-A Handheld Transmitter features the e835 Dynamic Cardioid Capsule and is engineered for high performance in live sound scenarios. Its automatic frequency management and durable design make it ideal for professional use, providing reliable and clear audio with ease. Whether used in concerts, theater, or presentations, the SKM 835-XSW-A ensures consistent and high-quality performance.