Insights

Radio production is increasingly visual. A presenter may host a live stream from a studio, interview a remote guest, and publish clips for social media while…

Accurate monitoring is essential when a studio is used for voice tracking, live radio, post-production, or theatrical work. Reflections, standing waves, uneven…

Audio-over-IP networks carry several traffic types at once: real-time audio streams, clocking data, device control, monitoring, and management traffic. A…

Classical recording depends on proportion, depth, and natural musical movement. An orchestra may require dozens of microphones, while a featured violin, piano,…

Live radio production demands fast decisions, accurate level control, and constant awareness of what is happening next. An engineer may be balancing…

Live streaming has evolved from a simple camera-and-microphone setup into a demanding production workflow. Broadcasters now combine presenters, remote guests,…

Modern radio studios rely on more than a mixing surface and a collection of faders. They need repeatable control over source selection, routing, mix-minus…

Modern radio facilities increasingly rely on networked audio, software control, and distributed processing. Yet many studios still depend on established…

Moving from a Lawo Zirkon console to Ruby is more than replacing one control surface with another. It is a transition from a traditional console-centered…

Modern broadcast facilities move audio, control data, and production signals across shared IP infrastructure rather than relying solely on point-to-point…