![]() That means you’ll never lose a sample while transferring a project between systems. samples or wavetables), so the host can consolidate those in the project file. The developers say that they’re also finalizing an extension that will let plug-ins tell the host which files they need (e.g. As CLAP hosts can retrieve information from plug-ins without having to wait for them to initialize, plug-in scans can be much faster. Preliminary tests show significant performance gains compared with current solutions.ĬLAP hosts can read plug-in metadata and help organize your plug-ins. 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. Here’s are the benefits that the developers highlight:ĭeveloped with modern CPUs in mind, CLAP takes multi-thread management to a new level, with a clear and efficient allocation of roles between plug-in and host. ![]() The developers say that, since it’s open source and liberally licensed, CLAP is a safe bet for the future.ĬLAP 1.0 is the result of a multi-year project initiated by u-he and Bitwig, with design and implementation contributions by a group of commercial and open source audio developers. Bitwig and u-he have announced CLAP (CLever Audio Plug-in API), a new open standard for audio plug-ins and hosts.ĬLAP offers modern features, innate stability, and rapid support for plug-in and host developers.
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