Waves SoundGrid Servers Quick Start Guide
The SoundGrid Server (SGS) This quick start guide provides basic instructions for setting up a SoundGrid server in a SoundGrid network. It covers these models: • • • • • • Proton Server One-C Server X10 Extreme-C Server X10 Extreme Server X10 Titan Server Titan-R Server Installation is the same for all series, except for network connectors and power sources. The SoundGrid server software is preinstalled on the SoundGrid server’s internal flash disk.
How to Connect A SoundGrid network consists, at minimum, of these elements: SoundGrid host computer 1Gb Ethernet switch SoundGrid server SoundGrid I/O Cat 6 (or better) Ethernet cables Connect all components to a 1 Gb SoundGrid-compatible switch, using Cat 6 (or better) Ethernet cables. Use the etherCON connector (all 2U height servers) or RJ45 connector (all 1U height servers) on the server’s rear panel. For a list of SG- compatible switches, consult this Waves support page: http://www.waves.
Installation Notes: If the server is installed in a rack, the rack manufacturer's safety instructions apply. When installing, note that the server may weigh more than 10 kg. Maximum ambient air temperature is 40 °C. Operation in higher temperatures should be avoided. A 1U space should be left above and below the unit to prevent heat transfer from adjacent equipment, if this generates heat above 40° C. At least 75 mm (3 inches) should be allowed on the sides of the unit to allow ventilation.
SoundGrid Server Network and Temperature Indicators There are two status LEDs on the front panel. They indicate network connectivity status and CPU operating temperature. Network LED The color of the LED indicates the device’s connectivity status. Blinking Blue or Green Server is loading. Blue Server is controlled by the SoundGrid application. Blinking Red Server is not controlled by the SoundGrid application. Yellow Firmware is updating. White Unit malfunction (e.g.
Minimum Network Latency Settings The Network Latency is the round trip from the SoundGrid I/O to the SoundGrid server and back. This determines the speed of real-time processing. Lower settings result in lower system latency and greater responsiveness. Higher settings yield more stability but greater latency. If you encounter pops or similar errors, increase the buffer setting. The buffer size is set in samples but is also displayed in milliseconds. This setting is controlled through the SoundGrid host.
