Speed of workflow is also at the heart of the new Process and Tool presets. Dialog boxes also now stay open after applying processes, letting users easily perform multiple changes without having to reopen the process dialog for each one. For example, the playhead can be moved, selections changed, layers switched and adjustments made, with all changes monitored in real time. Now the effects of spectral editing can be heard as changes are made, radically increasing the speed and efficiency of the workflow.Īnother way SpectraLayers 9 makes editing faster is that dialog boxes are now non-modal, allowing users to work freely anywhere in the interface, even while a process dialog is open. Before, changing parameters and auditioning the result would take two steps. Sounds are displayed as visual objects and layers, enabling ultra-precise editing for any application, including music and post-production, sound design, audio restoration and much more.Ī key advance in SpectraLayers 9 is that the auditioning process is now in real time. SpectraLayers offers remarkably flexible, powerful and intuitive spectral editing, thanks to its artificial intelligence-driven processing. Here's more details direct from Steinberg.
With real-time dynamic spectral processing, increased data transfer speed in ARA mode and the addition of presets for all tools and processes, we are sure that our users will appreciate how much time they will save when working with SpectraLayers 9." Marketing Manager Luis Dongo, told us, "With SpectraLayers 9 we wanted to focus on the speed of workflow, as time is of the utmost importance when editing hundreds or thousands of files.
They say that, updated with a new look that makes it easier to identify all features and functions, significant enhancements and workflow improvements make spectral audio editing faster and more precise than ever before. Steinberg has announced the immediate availability of SpectraLayers Pro 9 and SpectraLayers Elements 9, which they describe as the industry-leading spectral audio processor with ultra-precise real-time processing.
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