Upcoming Trade Shows in for Sound

There’s a big, noticeable shift in the global sound industry thanks to the widespread adoption of wireless audio systems. Physical cabling has long been the bane of existing for sound professionals and wireless setups open a whole new world of opportunities as they offer increased mobility and faster deployment. These benefits are particularly valuable in live event environments and temporary installations. Recent advancements, such as Wi-Fi 6 and 5G connectivity, have taken wireless sound to the next level. These technologies support low-latency, high-quality audio transmission, ensuring precise synchronization between sources and playback systems. Meanwhile, protocols like Bluetooth 5.0 and custom Wi-Fi-based solutions have extended the range and reliability of wireless systems, making them viable even in crowded or interference-prone environments. Parallel to the wireless revolution in the sound industry is the rise of Audio-over-IP (AoIP), a game-changing technology that allows high-quality digital audio to travel across standard Ethernet networks. This shift from analog cabling to digital networking is opening new doors in terms of scalability and system integration. AoIP platforms like Dante, AVB, and AES67 allow hundreds or even thousands of audio channels to be routed over a single network, cutting down on infrastructure costs and dramatically increasing system flexibility. For large-scale venues such as stadiums, convention centers, and theatres, AoIP is rapidly becoming the new standard. Its ability to connect devices from multiple manufacturers over a unified network simplifies everything from design to operation, while reducing the physical footprint of audio infrastructure. Remote control and monitoring technologies have added yet another layer of intelligence to sound system management. Engineers can now adjust settings, check system health, and troubleshoot issues in real time from anywhere. Mobile apps and cloud platforms have become standard tools, allowing operators to oversee multiple installations remotely. Advanced monitoring systems can even provide preemptive alerts about overheating, signal loss, or power fluctuations.