Performing the Audio Video mixing process requires a tool in the form of a mixer, but the price of a mixer on the market is still very expensive. One of the software that can be used to become a video mixer is the VMix software. VMix software is a video mixer and switcher software that takes advantage of the latest advances in computer hardware to provide live HD video mixing. However, the VMix software is a virtual mixer that runs using a keyboard and mouse so there are limitations in running the software. We need an alternative tool that can be used when running the VMix software. By using the Arduino Uno CH340 device as a microcontroller, Hairless MIDI as a link between Arduino and Windows to send and receive MIDI signals, LoopMIDI as a virtual MIDI device that connects Hairless MIDI and VMix, can make a console-shaped device that can be used when running the VMix software . Therefore, in a study entitled "Design and Build Audio Video Vmix Console on Youtube Live Stream Show", it is hoped that it can produce a tool that can be used during live broadcasts using the VMix software on Live Stream on Youtube. From the results of testing the VMix for Video Console on the VMix software when live streaming on Youtube, the video was successfully controlled using this console with a success rate of 95%, while the ergonomic was successful.
Abstrak— Dalam proses pembuatan video, perekaman suara menjadi salah satu hal terpenting. Terutama dalam pembuatan sebuah film ataupun program acara televisi baik didalam studio maupun diluar studio. Alat yang digunakan untuk menangkap objek suara berupa mikrofon. Penggunaan mikrofon ini mengalami kendala ketika objek suara yang akan direkam berada di posisi yang jauh dari Audioman sehingga biasanya menggunakan boomer, alat bantu penompang mikrofon, dalam pengambilan suaranya. Penggunaan boomer juga masih memiliki beberapa kekurangan, yakni ketika objek suara yang akan direkam bersifat statis, tidak diam dalam satu tempat, terlebih lagi perekaman suara memerlukan durasi yang panjang. Hal ini akan menyusahkan Audioman karena pemakaian boomer masih bersifat manual, yaitu Audioman harus memegang boomer itu sendiri sehingga menguras tenaga lebih besar. Oleh karena itu diciptakan alat boomer mikrofon otomatis dengan pelacakan tekanan level suara. Boomer otomatis ini mempunyai kemampuan teknologi kendali jarak jauh menggunakan remote kontrol dengan pembacaan SPL (Sound Pressure Level) oleh mikrokontroler Arduino ATMega328 melalui mic condensor ,sehingga Audioman tidak perlu menggerakkan secara manual dan tidak mengeluarkan tenaga yang besar. Kata Kunci— Boomer, Arduino, Sound Pressure Level Feedback , Audio
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