FAQs

Yes. You can paint grilles and the speaker baffle on both our in-ceiling and in-wall ranges.

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The causes of wireless audio interruptions are often related to antennas, cabling, and basic frequency coordination. However, in real-world operation, especially in large stages, auditoriums, convention centers, or outdoor events many signal loss issues originate from the surrounding RF environment rather than directly from the equipment itself. This article takes an in-depth look at environmental factors, radio frequency interference (RFI), squelch settings, transmitter power levels, and advanced practical techniques to ensure stable operation of Sennheiser wireless microphone systems in complex RF conditions.

In Sennheiser wireless microphone systems such as EW-D or EW-DX, you may occasionally experience temporary signal loss (dropouts) during operation. This issue can significantly affect performers and sound engineers, especially in live sound environments or large-scale events. This article analyzes the most common causes of wireless audio dropouts and provides a step-by-step troubleshooting process, from antenna setup to RF frequency coordination. The content applies to most current Sennheiser wireless systems and can also serve as a reference for other professional wireless audio systems.

In any audio system whether for live sound, studio recording, or wireless audio setups, one critical concept that is often misunderstood or overlooked is Gain Staging. This is not simply about “turning up the Gain knob,” but rather a systematic process of setting signal levels correctly to ensure clean audio, prevent distortion, reduce noise, and maintain optimal sound quality throughout every stage of the signal chain. This article provides a detailed explanation of what Gain Staging is, why it matters, and how to set proper gain levels for audio systems, especially wireless microphone systems such as Sennheiser EW-D, EW-DX, EW-DP, and Digital 6000. Each section is carefully explained to help readers understand the underlying principles, the reasoning behind proper practice, and how to apply Gain Staging accurately to their own systems.

In the professional audio industry especially for large-scale outdoor events, concerts, music festivals, or long-term touring shows choosing the right touring loudspeaker system is a key factor that determines overall sound quality. For touring stage speakers, high output alone is not sufficient; they must also deliver stable performance, even sound coverage, and flexible operation under constant transportation and setup conditions. One of the typical solutions for this application is touring Line Array systems, such as the FBT Myra loudspeaker series.

In a million-dollar audio or video system, no matter how advanced the equipment is, it becomes useless if the signal is choked by low-quality cables. If equipment is the brain, then cables are the circulatory system. Tasker is a renowned cable brand from Italy that does not merely sell cables; it delivers absolute assurance of signal integrity across the AUDIO, VIDEO, BROADCAST, and DATA NETWORK sectors.

Updating the firmware is an important step to ensure that high-end powered loudspeakers such as the Turbosound iQ15B and Turbosound iQ18B operate more stably, maintain better system compatibility, and resolve issues that may arise during real-world use. This article provides a detailed guide to the official firmware upgrate the procedure for the iQ15B and iQ18B, based on technical documentation from Music Tribe / Turbosound. Each step is clearly explained so that technical teams, audio contractors, and professional users can perform the upgrate safely and correctly.