"VideoName": "SoundGrid 101 Part 1: What is SoundGrid?",
"Description": "In this first video in the SoundGrid 101 Certification Training series, you'll learn ...",
"VideoName": "SoundGrid 101 Part 2: Components of a Basic SoundGrid Setup",
"Description": "In this video you'll learn about each of the hardware and software components that ma...",
SoundGrid 101 Part 2: Components of a Basic SoundGrid Setup
March 03, 201914,498 Views
SoundGrid Servers for Plugin Processing
SoundGrid servers use standard Intel CPUs with optimized custom Linux OS. This allows for the kind of predictability, stability and low latency that were previously exclusive to DSP-based systems. SoundGrid servers can run hundreds of compatible Waves and third-party plugins, as well as extremely CPU-demanding plugins that are beyond the capabilities of DSP-based systems. It takes as little as 0.8 ms for a server to receive, process, and return audio — practically real time.
The high performance, stability and low latency of SoundGrid processing are possible thanks to a division of labor between:
- SoundGrid server(s) — CPUs dedicated exclusively to processing audio through plugins.
- Host computer — a standard Windows or Mac computer to manage the SoundGrid network (device configuration and audio routing).
In situations where ultra-low-latency is not of the essence (i.e. editing/mixing sessions), spreading the plugin load between the server (SoundGrid processing) and the host computer (local processing) is possible and might come in very handy.
Ranging from 2 to 128-channel audio interfaces, SoundGrid I/Os can "speak" multiple audio "languages". They can translate between different audio formats (MADI, AES, analog, S/PDIF, ADAT etc.) and SoundGrid.
There are two types of SoundGrid I/Os:
- Standalone audio interfaces – with or without preamps.
- Cards which are fitted into mixing consoles – basically making the console SoundGrid enabled.
With either type, sample rates of 44.1–96 kHz are supported.
Every SoundGrid network must have one computer running a SoundGrid host application which is used to control the entire SoundGrid network. The same computer can also run regular DAW applications (for recording etc.) in parallel. SoundGrid host applications are used for managing system and device configuration, server configuration and audio routing.
The following SoundGrid software applications are available — one for the studio setups, the other two for live environments:
Designed to be the heart of the studio, SoundGrid Studio lets you record and monitor at ultra-low-latency with plugins and create up to 8 personalized headphone mixes.
eMotion LV1 Live Mixer
eMotion LV1 is a live software mixer with up to 64 input channels (mono or stereo) and up to 35 output mix busses (groups, auxiliaries, matrices and main). Allows up to 16 I/O devices (hardware/software).
Designed especially for live sound applications, MultiRack SoundGrid allows you to use plugins in conjunction with hardware mixing consoles. It provides up to 64 software racks (mono/stereo/surround), equivalent to outboard hardware processing racks.
Other SoundGrid Software
Whether made by Waves or by other manufacturers, these plugins can be processed on a SoundGrid server and be used for real-time applications and low-latency monitoring.
This is a cross-platform plugin software rack, used within DAWs, that runs chains of up to 8 plugins. It can operate in Local mode, where the plugin chain is processed on the local CPU, or in SoundGrid mode, where processing of the chain takes place on a server.
The SoundGrid driver allows third-party applications (DAWs) to use any SoundGrid I/O for audio recording, playback & MIDI recording. Offers up to 128 channels. Compatible with Windows (ASIO) and Mac (Core Audio). Any computer on the SoundGrid network that is not running the SoundGrid host must run the SoundGrid Driver application. This allows a computer to be recognized as a software I/O.
SoundGrid Connect is a feature of the SoundGrid Driver that makes any ASIO/Core Audio audio interface with a multi-client driver "speak the SoundGrid language". This makes it possible to offload plugin processing to SoundGrid servers even without a SoundGrid I/O, as well as adding such audio interfaces to an existing SoundGrid network for sharing and streaming audio. SoundGrid Connect is designed to be used in the studio, in situations where low latency is not of the essence.
Third-Party Hardware and Software Compatibility
The SoundGrid infrastructure is open to third-party hardware and software developers alike. Hardware units from manufacturers such as Allen & Heath, Yamaha, DiGiCo, CADAC, DirectOut, Hear Technologies and SoundStudio have a built in SoundGrid interface.
Plugin manufacturers such as Sonnox, Plugin Alliance and Flux use the Waves Public API (WPAPI) format to make SoundGrid-compatible plugins.
Waves is working closely with additional plugin vendors and several hardware manufacturers in order to create a wide range of solutions and expand the family of SoundGrid-compatible tools.
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