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Headphones are an essential component of any professional audio setup. Whether you’re monitoring in the studio, checking critical details, supervising live audio, or simply enjoying high-fidelity music, understanding key technical specifications will help you choose the most suitable pair. In this guide, Hoàng Bảo Khoa breaks down 9 important factors for choosing the right studio headphones covering open-back vs. closed-back designs, frequency response accuracy, detail reproduction, and monitoring performance for recording, mixing, and audio editing.

A Line Array is a loudspeaker system engineered for precise directional control, delivering consistent coverage over long distances and wide environments. This makes it an ideal solution for stages, auditoriums, and large-scale events,stable sound distribution is essential for the audience. In this guide, you’ll learn the core principles of line array technology, how to choose the right line array modules, and how to configure the system properly for venue size, coverage requirements, and performance expectations.

A Distributed Audio System is a widely used solution for buildings, auditoriums, offices, restaurants, and hospitals, any environment that requires clear, consistent, and even sound coverage across a large area. In this guide, Hoàng Bảo Khoa walks you through the essential principles of distributed audio design, including ceiling-speaker placement, speaker density, SPL management, coverage optimization, and techniques for reducing unwanted reflections to achieve a clean and intelligible sound field.

Wireless microphones are essential in professional audio systems, offering mobility and flexibility without compromising sound quality. Understanding how to select the right frequency band, choose the appropriate antennas, and apply proper RF deployment principles ensures system stability, minimizes interference, and maximizes overall performance. This guide outlines the key considerations for using professional wireless microphone systems, including frequency planning, antenna selection, antenna placement, and RF interference avoidance to help you achieve a reliable and high-performing setup.

Explore the differences between Dante and AES67 - two widely used Audio-over-IP protocols. This article explains how each protocol works, their compatibility, advantages, and practical applications in professional audio systems, helping you choose the right solution for your setup.

This article provides a step-by-step guide to resolving Dante Clock Loss issues on Sennheiser devices. Learn about the common causes, how to check network configurations, upgrate firmware, and optimize your Dante setup to maintain stable clock synchronization across the entire network.

This article explains in detail the concept of antenna diversity in wireless microphone systems, including how to correctly position antennas and the recommended spacing according to Sennheiser’s guidelines. Proper antenna placement and diversity setup help ensure stable signal and minimize during reception operation.

This article provides guidance on troubleshooting RF interference in Sennheiser digital wireless microphone systems. It explains the main causes of RF noise, methods to minimize interference, and best practices for using microphones, transmitters, and cables correctly to maintain a clean and stable audio signal.

A detailed guide to identifying and eliminating hum or buzz in audio systems caused by ground loops. Learn how to verify grounding connections, use ground lift switches, isolate audio signals, and apply technical solutions such as ferrite beads and proper cabling practices to remove interference - ensuring clean and stable sound performance.

When installing or using the Neumann MA 1 Automatic Monitor Alignment software, many users may encounter the error “Audio Interface Not Displayed.” This issue is usually not serious and often occurs because the software cannot recognize the correct type of audio interface. The guide below explains the causes and how to fix them.