GEAR REVIEW
ARC ON-EAR: ADVANCED HEADPHONE-BASED MIXING SOLUTION FOR WORSHIP ENGINEERS | Steve Sattler
KEY FEATURES
• Portable plug and play solution designed to help you achieve accurate and reliable headphone mixes that will translate effectively to various playback environments.
• Provides real-time correction of the frequency response of your headphones.
• The setup is intentionally simple and user-friendly, enabling even beginners to get running quickly.
• Can work standalone or connected to a computer.
• Compatible more than 120 popular headphones.
• Includes virtual speaker simulations that model over 20 professional studio monitors and 15 real-world playback systems
In recent years, the landscape of worship music production has undergone a significant shift. As churches move toward more flexible audio setups— ranging from portable venues to touring worship collectives the ability to mix audio accurately and reliably in any environment has become increasingly essential. The need for portable and adaptable solutions has made mixing on headphones a critical skill for modern worship engineers.
In response to this evolving need, IK Multimedia has introduced ARC ON-EAR, the latest addition to their renowned ARC ecosystem. The ARC ON-EAR system is designed to address a growing challenge in audio production: achieving accurate and reliable headphone mixes that will translate effectively to various playback environments, from church PA systems and in-ear monitors( IEMs) to consumer earbuds and streaming platforms. What sets ARC ON-EAR apart is its use of a measurement-based approach to neutralize the inherent colorations of different headphones, helping to create a more linear, consistent monitoring environment.
ARC ON-EAR provides real-time correction of the frequency response of your headphones. Unlike traditional room correction systems, which adjust for the acoustic properties of the room, ARC ON-EAR focuses on correcting the headphone’ s own frequency response. It flattens peaks, fills in dips, and compensates for the natural coloration of the headphones. The end result is a monitoring environment that can more accurately predict how a mix will sound on various playback systems.
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