![]() The KISS (keep it simple, silly) mantra belongs to CLAP. For DevelopersĬLAP brings innovations not only for musicians, i.e. Plug-ins can receive and send any MIDI event on multiple ports. Wherever a solid standard exists, we allow developers to freely decide how to apply it. Inspired by MPE and MIDI 2.0, CLAP can adapt to any future MIDI standard. That sounds super exciting and I hope the developers follow the aim of this format and add new inspiring features to their products. Parameter modulation is non-destructive, so as soon as the modulation has finished, the target parameter will return to its original state.Īnd CLAP makes it possible for polyphonic plugins to have their per-voice parameters modulated for individual notes (“MPE on steroids”). Secondly, it introduces a new parameter modulation concept that allows for temporary parameter offsets. The new open standard will expand the modulation capabilities.įirst, it supports per-note automation and modulation (MIDI 2.0 specification). No matter if synthesizer, effect… and CLAP will also open new ways to create music. Plugins are important tools for musicians to creatively capture their ideas. That means you’ll never lose a sample while transferring a project between systems. The host then can consolidate those in the project file. There will also be soon an extension that allows plugins to communicate to the hosts which files they need (samples, wavetables…). As CLAP hosts can retrieve information from plug-ins without having to wait for them to initialize, plug-in scans can be much faster. CLAP-ready hosts are capable to read plugin metadata and help organize your plugins. If you use many plugins, loading a DAW can take a little longer. Less CPU consumption is always very desirable Better + Faster Organization Preliminary tests show significant performance gains compared with current solutions. Specifically, CLAP allows collaborative multicore support between plug-in and host through a so-called “thread-pool”, also allowing hosts to manage CPU-threading for plug-ins that provide their own multicore support. According to the developers, CLAP takes multi-thread management to a new level, with a clear and efficient allocation of roles between plug-in and host. CLAP is tailored to modern CPUs and benefits from modern designs. The more modern the CPU is the better and more efficient performance is. ![]() The CPU is essential for a plugin to work. There are no entry hurdles for developers: no fees, memberships or proprietary license agreements are required before developing or distributing a CLAP-capable host or plug-in, and the license never expires. The entire development is open-source under the MIT license. The result is an open standard that has advantages for musicians and developers alike. Where today’s plugin formats such as VST, VST3, AU, or AAX are weak, CLAP cleans up and gives you more modern features.įor the development, the Berlin companies Bitwig and U-he have joined forces and worked closely with music producers. The first betas are out now.ĬLAP (Clever Audio Plugin API) is a new open standard for audio plugins and hosts that promises modern features, better stability, and rapid support for plugin and host developers. At the same time, they address the weaknesses of the current formats and expand the new format massively in many places. According to the motto: bye-bye bureaucracy. Including signing contracts, etc.īitwig and U-he want to change that with the new free plugin format CLAP. In addition to long developments, and maintenance work, there are many bureaucratic hurdles if you want to develop plugins. We don’t notice anything about the work the developers have behind the scenes. Musicians buy a plugin, download it, install it and work with it. CLAP by Bitwig & U-he is a new open standard for audio plugins & hosts promising better performances, new features, and no bureaucracy.
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