System T Tempest Engines leverage patented Optimal Core Processing (OCP) technology to power SSL’s acclaimed processing, routing and workflow capabilities. Available as both high performance hardware appliances and software based engine solutions, Tempest Engines provide flexible deployment options for on-premises, remote and cloud-based production environments.
Tempest processor engines deploy SSL’s patented Optimal Core Processing (OCP) software using arrayed industrial PC hardware in a controlled operating environment. There are two different hardware engines available: TE2, offering up to 800 processing paths in a 2RU chassis, and TE1, offering up to 256 processing paths in a 1RU chassis. Paths and processing can be dynamically allocated in real time without interrupting audio.
With up to 2048 inputs and 2048 outputs per engine, System T can handle any large-scale production. Tempest Engines can be deployed as mirrored redundant pairs. Near-instant audio changeover happens via up to four ST 2110 or Dante HC cards, each providing up to 512 inputs and 512 outputs.
The System T VTE1 Virtual Tempest Engine can be deployed in public cloud, private cloud or on-premises environments on COTS server hardware, providing up to 256 processing paths for stereo, 5.1 and immersive formats. This gives broadcasters the flexibility to scale production across cloud, hybrid and on-premises workflows, with multiple software-based audio engines able to run on a single server to reduce dedicated hardware requirements. With fully integrated Dante and NDI implementations, VTE1 offers 256 inputs and 256 outputs for each format, with audio routing control managed directly from the UI and stored and recalled with the showfile. Across a distributed production architecture, any combination of hardware and software control interfaces can be utilised, offering a unified operator experience from any location.