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Best Practices for Audio Capture in Large Conference Rooms (2025)
As conference rooms become larger and host more participants, making sure everyone can be heard clearly by remote attendees presents a significant technical challenge.
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DSP Hardware vs. Software in Remote Meetings: Who Ensures Sound Quality?
The Audio Processing Conflicts Between Zoom, Teams, and Professional Conference Microphones
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From Lightning to USB-C, Have Power Supply Issues for Portable Audio Interfaces Been Solved?
When it comes to mobile recording and live streaming, are power stability and device compatibility for portable USB audio interfaces really no longer a problem?
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Stanford University Releases the AI Index Report 2025: Key Takeaways for Businesses
AI is no longer just a potential area for future growth—today, it has become the dominant driving force in the business landscape.
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What is Digitally Variable Directional Microphone?
Learn how Digitally Variable Directional Microphone utilizes beamforming technology, enabling real-time adjustment of pickup direction, delivering high-quality audio solutions for conferences, healthcare, and content creation.
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How to Choose an Audio Interface for Live Streaming: A Guide for Game, E-commerce, and Talent Streaming
Choosing the right audio interface for live streaming means taking several factors into account. This guide breaks down key considerations—like channel count, phantom power, latency, and software features—to help you find the best audio interface for your specific streaming style and budget.
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What Is Impedance Matching?
Impedance matching is a key factor in getting the best performance from your audio equipment, impacting everything from sound quality and power delivery to how well you can control your system. This article covers everything from the basics through to professional-level applications, giving you the tools you need to choose and match audio gear with confidence.
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Understanding Audio Interface Sample Rates: How to Choose Between 48kHz, 96kHz, and 192kHz
The sample rate of your audio interface plays a crucial role in digital audio quality. From the commonly used 48kHz for live streaming, to 96kHz for professional production, and 192kHz for high-end recording
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What is Frequency Response? From Technical Specs to Real Listening
Frequency response is a key factor in how audio equipment performs, shaping both the accuracy and overall quality of what you hear. In this article, we’ll explore how frequency response is measured, how to read and interpret its curves, and practical ways to optimize it—giving you a clear understanding of what matters most when it comes to evaluating audio quality.
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What Is Audio Latency?
Audio latency refers to the delay between when an audio signal is created and when it is heard. This guide explains the causes of audio latency, examining hardware, software, and network factors, and offers practical strategies for improvement.
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What is Jitter?
This section discusses the definition of jitter, its effects on audio quality, and examines how high-precision clock source design and asynchronous sample rate conversion can be used to improve audio performance.
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What is Total Harmonic Distortion plus Noise (THD+N)?
THD+N is a crucial metric for evaluating audio quality. This article explains how minimizing circuit distortion and carefully choosing high-quality components can meaningfully improve perceived sound quality.
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