FAQs

Do higher-wattage lights always produce more brightness? Learn the difference between watts and lumens, discover the factors that determine actual light output, and find out how to choose the right LED lighting for your specific application.

What Is an IP Rating for Lighting? When choosing a high-power LED light, many people focus on wattage, brightness, or brand while overlooking the IP rating. However, this is one of the most important factors in determining how reliably a lighting fixture will perform in different environments. Let's explore more in the article below.

Capturing the full impact of an acoustic drum kit for live performances or studio recording requires microphones with accurate frequency response and precise pickup. JTS drum microphones provide the ideal solution for reproducing every detail and dynamic of the drum kit.

Wireless microphone signal dropouts and audio interruptions are unacceptable in live productions. This article explains how JTS RF amplification and antenna distribution systems help ensure continuous wireless microphone operation with maximum reliability.

In outdoor events and large venues, wireless microphone signals can weaken due to long transmission distances or physical obstructions. JTS RF antenna boosters and antenna distribution systems provide the ideal solution for extending coverage and maintaining stable, reliable wireless signal transmission.

Signal dropouts and interruptions are among the biggest risks in live productions. This article explores wireless audio transmission solutions using the JTS RU-901Du receiver and the JTS wireless ecosystem, helping ensure continuous and highly reliable system performance.

Messy cable runs not only reduce the visual appeal of a setup but also create potential trip hazards on stage. The JTS SPT-1T and SPT-1R wireless transmitter and receiver system provides an efficient solution for simplifying signal transmission while maintaining high quality audio performance.

As professional audio systems continue to grow in scale, traditional analog cabling is no longer the most efficient solution for signal distribution. Instead, many event venues, conference centers, theaters, and performance spaces have adopted Dante Audio - a digital audio-over-Ethernet protocol that enables more flexible system deployment, routing, and management. Beyond delivering high-quality digital audio transmission, Dante is one of the key technologies that makes the Sennheiser EW-DX an ideal wireless microphone system for professional applications requiring system scalability, centralized management, and seamless integration with existing network infrastructure.

In professional audio, transmission technology is just as critical as the microphone capsule itself. That is why Sennheiser developed the EW-DX on its Digital UHF platform, delivering stable wireless transmission, pristine audio quality, and exceptional system scalability for conferences, live performances, theaters, broadcast, and other professional applications. So, how does Digital UHF differ from traditional analog wireless microphones, and why has Sennheiser chosen this technology for the EW-DX series?

Frequency coordination has always been one of the most time-consuming steps when deploying a wireless microphone system, especially in environments where multiple RF devices operate simultaneously. To simplify this process, Sennheiser equips the EW-DX with Auto Scan technology, which automatically scans the RF environment and assigns frequencies with a single operation. According to Sennheiser, Auto Scan is one of the standout features of the Evolution Wireless Digital series, helping reduce setup time while improving system stability during operation.