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RTP-MIDI is natively compatible with AVB networks, like any other IP protocol, since AVB switches (also known as "IEEE802.1 switches") automatically manage the priority between real-time audio/video streams and IP traffic. RTP-MIDI protocol can also use the real-time capabilities of AVB if the device implements the RTCP payload described in ...
On the output side, it can send audio data directly to an audio device for playback, or to a Raw or Wave file. It can also convert a SMF file directly to an audio file in faster-than-real-time. [2] The combination of these features gives FluidSynth the following major use cases: Synthesizing MIDI data from another application directly to the ...
a cross-platform, open-source C language library for real-time audio & midi I/O MIT License: PulseAudio: Yes Yes Yes (Solaris, FreeBSD, NetBSD) Yes a sound server for general desktop and multihost LAN applications LGPL-2.1-or-later: sndio: Yes No Yes (FreeBSD, NetBSD, OpenBSD) No sound and MIDI server ISC
The program features real time audio, MIDI, Open Sound Control (OSC), and spectral processing. With other audio DAW software ReWire, Bidule can run as a ReWire mixer or device. Bidule can run standalone or as a VST, VSTi or AU plugin, and can host the same. ASIO/CoreAudio is supported for low latency audio. Bidule can use multithread processing ...
The original MIDI specification included 128 virtual controller numbers for real-time modifications to live instruments or their audio. MIDI Show Control (MSC) and MIDI Machine Control (MMC) are two separate extensions of the original MIDI spec, expanding MIDI protocol to accept far more than its original intentions.
Realistic expression can be added through the manipulation of real-time controllers. Mixing can be performed, and MIDI can be synchronized with recorded audio and video tracks. Work can be saved, and transported between different computers or studios. [62] [63]: 164–6