mobileinearMix vs Spectrum AUv3 FFT Visualizer

The multichannel mixer sound from front mixer is transferred over Wifi/Ethernet to the musicians on stage and they customize their individuell sound mix by themselves and hear it over mobile devices earbuds. Connect your front mixer with mobile device via Connector/Adapter and send signal over Router Wifi5+ to stage. You need a wifi5+ Router connected with ethernet to mobile device and a multichannel audio usb-compliant interface on your stage mixer. The musicians need the mobileinearStage App to receive the sound from mobileinearMix. You can download mobileinearStage from Appstore. Do following steps on your device: -Connect your USB-Audio Interface with your mobile device/tablet with an usb cable -Connect your Wifi5 or Wifi6 Router with your device/tablet with an ethernet cable -Start mobileinearMix on your device/tablet -Rename the audio channels to real stage instrument titles or build channelgroups with one group name for several channels or use predefined Icons Thats all !!! -The musicians mobile devices can receive and mix individually their sound on stage with mobileinearStage-App. -No time consuming and boring stagemonitor soundcheck -No tons of stage monitor boxes -No tons of audio routing and sending equipment and cables -individual mixed digital sound quality for every musician easy to make by a fingertip on his mobile device -Use SOLO-Button for channel audio control -Use MUTE-Button for muting not used audio channels -Set Mastervolume for channel audiocontroll with earbuds

Turn sound into stunning visuals with Spectrum, an AUv3-compatible real-time spectrum analyzer for audio signals. Effortlessly monitor 29 specific frequencies from 10 Hz to 20 kHz with precision, powered by Fast Fourier Transform (FFT) data. Spectrum’s sleek graphics feature vertical markers, filled paths, and a smooth gradient background for an immersive visual experience. Enjoy accurate frequency placement with logarithmic scaling, and interact seamlessly using touch to highlight specific frequencies. Designed for performance, it dynamically adjusts to real-time data, transforms decibels, and ensures smooth, optimized rendering for flawless updates.