Meyer Sound Galileo GALAXY 408 4-In/8-Out 1RU Digital Processor

About: Meyer Sound Galileo GALAXY 408 4-In/8-Out 1RU Digital Processor

The Galileo GALAXY 408 Network Platform is an audio processing and loudspeaker management tool that offers comprehensive control of Meyer Sound loudspeaker systems. Leveraging open-source AVB technology along with powerful audio processing, GALAXY processors provide complete system management in one platform, making it an ideal choice for a full range of applications from touring to installs.

Features

• Complete system control, optimization, and monitoring with Compass Control Software for Mac and Windows-based computers
• Mobile system control, optimization, and monitoring with the Compass Go application for iPad
• Spatial sound design and mixing with the Spacemap Go application for iPad
• 5-band U-shaping on inputs and outputs
• 5-band parametric EQ on inputs and 10-band parametric EQ on outputs
• High/low pass filters with slopes up to 48 dB per octave
• Fixed low latency system
• Optional asynchronous sample rate converters for AES3 inputs
• Cross point delay and summing matrix
• Low-Mid Beam Control
• Atmospheric correction filters
• Interoperability with other Milan-certified third party hardware, which includes:
  • Support for redundant AVB networks, allowing for fail-over without audio interruption
  • Communication of AVB timing data and audio signals via AAF packets (AVTP Audio Format)
  • Communication of AVB clock signals via CRF packets (Clock Reference Format)
  • Ability to synchronize multiple AVB signals across multiple GALAXY processors
• Selectable input and output voltage scaling make it compatible with most consoles
• Integrates with the SIM Audio Analyzer System
• User-selectable AVB output points for routing measurement signals to other calibration tools
• Access protection policies can restrict the GALAXY processor settings accessible to each operator
• Easily integrates with third-party controllers, such as AMX and Crestron

The GALAXY 408 processor is Milan certified, providing plug-and-play network interoperability with other Milan-certified devices via AAF and CRF AVB streams. Milan certification guarantees all Milan audio over the AVB network will arrive on-time with a fixed latency. Milan AVB reserves network bandwidth which cannot be preempted by other network traffic. Milan- certified GALAXY processors support the specified network redundancy— guaranteeing interoperability with other Milan devices.

Users can control the GALAXY 408 processor using Compass Control Software (hosted on a Mac or PC), via the Compass Go iPad app, or via Spacemap Go, Meyer Sound’s spatial sound design and mixing tool.

Compass Control Software provides a complete toolkit for audio routing, system optimization, processing, and monitoring. Its Product Integration feature ensures the phase characteristics of different loudspeaker models are matched when they are combined in the same system, providing the most coherent summation possible.

Spacemap Go leverages the audio processing capability of the Meyer Sound Galileo GALAXY Network Platform to help sound artists create immersive audio experiences using an intuitive iPad touchscreen interface.

The GALAXY 408 processor features a 96 kHz audio processing sample rate, and the A/D and D/A converters are 24 bits/96 kHz. Processing tools for inputs include gain, delay, 5-band parametric EQ, and 5-band U-Shaping EQ. Output processing tools include gain, delay, polarity reversal, 10-band parametric EQ, 5-band U-Shaping EQ, Low-Mid Beam Control (LMBC), atmospheric correction, and simultaneous high- and low- pass filters.

Built-in summing and delay matrices allow users to easily assign gain and delay values at each routing cross point, enabling any single loudspeaker to serve as an output for multiple, independently processed input signals.

The rear panel includes one SIM bus port for direct connection to Meyer Sound’s SIM audio analyzer, allowing the GALAXY 408 processor to function as a line switcher for the analyzer. With this capability, users can take measurements from any selection of GALAXY 408 processor inputs and outputs without patching beyond a single connection to SIM.

The GALAXY 408 has the following I/O:

• Inputs A-D can receive analog, AES3, or AVB signals
• Inputs E-H receive only AVB signals
• Outputs 1-8 can be analog or AVB signals
• Outputs 9-16 are only AVB signals

Proven Audio Processing Gets a Network Transformation

• OUR FIRST FULLY NETWORKABLE LOUDSPEAKER PROCESSOR - Galileo GALAXY harnesses open-source AVB technology to extend a new level of audio control in driving and aligning loudspeaker systems with multiple zones. It provides a powerful toolset for corrective equalization and creative fine-tuning, in a full range of applications from touring to cinema.
• INDUSTRY’S BEST PROCESSING TOOLS ELEVATED - Building on Galileo’s meticulously engineered algorithms, GALAXY retains users’ favorite processing tools, including the patented five-band U-Shaping and parametric EQ, while adding a new crosspoint delay matrix feature and improved delay integration. Three versions are available for different configuration needs.
• SOUND PERFORMANCE SECOND TO NONE - A new generation of FPGA-based processing with up to 64-bit resolution delivers increased dynamic range, a lower noise floor, and super-low latency of 0.6ms analog in to analog out.
• MILAN-CERTIFIED FOR INTEROPERABILITY - GALAXY network platform has been certified as fully compliant with the new, AVB-based, Milan deterministic network protocol. Milan certification, provided through Avnu Alliance, ensures that GALAXY processors will offer seamless interoperability with all other Milan-certified devices in the signal chain, regardless of function or manufacturer. GALAXY is among the first products to receive Milan certification.
• DISCOVER THE SIMPLICITY OF AN AVB NETWORK - GALAXY lets you work smarter and quicker, whether it’s reconfiguring network audio routing, expanding the system, or integrating with AVB-capable network infrastructure. All audio and control data pass through one single network cable.

A Powerfully Simple Way to Manage Audio

• IMPROVED DELAY INTEGRATION - A quick alignment tool allows you to combine multiple loudspeaker elements from different product families and easily match their phase characteristics to ensure a coherent summation.
• NEW DELAY MATRIX - The built-in summing matrix lets you assign and adjust gain for multiple purposes quickly and easily as well as apply time values at the cross point in the new built-in delay matrix.
• EASY CRESTRON INTEGRATION - Integration with Crestron controllers can be done with simple text commands.
• AN INTUITIVE INTERFACE FOR A SEAMLESS USER EXPERIENCE - Adjust equalization parameters on a laptop with Compass control software or on an iPad with the Compass Go app. Both graphic interfaces reflect years of user input to make managing great audio effortless.

Specifications

• INPUTS
  • Input Connectors
    • 4 gold-plated XLR-F
    • 2 RJ-45 network ports
  • Audio Input -  4 processed inputs selectable as analog, AES3 or AVB, 4 processed AVB only inputs, plus 24 AVB unprocessed matrix inputs
  • AVB Audio Sinks -  8, each capable of receiving an AVB Audio Stream Input
  • AVB Audio Stream Input Format -  AAF PCM-INT-32, 96 kHz or 48 kHz, 1 to 8 channels per stream
  • AVB Clock Sink -  1, capable of receiving an AVB Clock Stream Input
  • AVB Clock Stream Format -  48 kHz CRF stream (interval equals 96, or 2 msec) and 1 timestamp per protocol data unit, single channel stream
  • Selectable Maximum Input Level -  +16 dBu or +26 dBu BAL (input impedance 10 kΩ BAL)
  • Front Panel Metering -  4-segment LED ladder meters on each input
  • Input Processing -  Gain, 500 ms delay range at each input (non-fading), 5-band parametric EQ, 5-band U-Shaping EQ
• OUTPUTS
  • Output Connectors -  8 gold-plated XLR-M, 2 RJ-45 network ports
  • Analog Audio Outputs -  Processed outputs 1–8 on connectors 1–8, (9-16 AVB outputs only)
  • AVB Audio Sources -  6, each capable of transmitting an 8-channel AVB Output Stream
  • AVB Stream Audio Output Format
    • Six AAF streams of 8 channels each:
      • 4 streams at 96 kHz PCM-INT-32 (Outputs 1-8, 9-16, SIM, and Input Splits A-H)
      • 2 streams at 48 kHz PCM-INT-32 (Duplicate Outputs 1-8 and 9-16)
  • AVB Clock Stream Format -  48 kHz CRF stream (interval equals 96, or 2 msec) and 1 timestamp per protocol data unit, single channel stream
  • Maximum Output Level -  +16 dBu or +26 dBu (selectable) 2 kΩ BAL (5 looped self-powered loudspeakers)
  • Output Impedance -  50 Ω BAL (25 Ω per leg)
  • Recommended Minimum Load -  10 looped self-powered loudspeakers (net load = 1 kΩ BAL)
  • Absolute Minimum Load -  600 Ω
  • Front Panel Metering -  LED lights: green to indicate signal presence; red for clipping on each output
  • Output Processing -  Gain, 2000 ms delay range, polarity reversal, 10-band parametric EQ, 5-band U-Shaping EQ, Product Integration, Low-Mid Beam Control, atmospheric correction, simultaneous low- and high-pass filters with slopes up to 48 dB per octave.
• MATRIX
  • Summing Matrix -  Sparse 32 x 16 Summing Matrix (up to 232 of 512 cross points can be set simultaneously)
  • Delay Matrix -  Sparse 32 x 16 Delay Matrix; 500 ms delay range at each cross point (non-fading)
• PROCESSING
  • Digital Conversion -  24-bit resolution, 96 kHz sample rate
  • Internal Processing -  24-bit resolution, 96 kHz
  • Processor -  FPGA-based audio processing
• NETWORK CONNECTORS
  • Network Control -  Two RJ-45 ports for single or redundant networks
  • SIM -  One SIM 3 bus port to link the GALAXY 408 processor to the SIM audio analyzer
• AC POWER
  • Connector -  PowerCON 20
  • Operating Voltage Range -  100–240 VAC, 50–60 Hz
• CURRENT DRAW
  • Idle Current -  115 VAC: 0.229 A rms; 230 VAC: 0.162 A rms; 100 VAC: 0.256 A rms
  • Maximum Long -Term Continuous Current (>10 sec) -  115 VAC: 0.306 A rms; 230 VAC: 0.195 A rms; 100 VAC: 0.343 A rms
  • Inrush Current -  <20 A peak
• PHYSICAL
  • Dimensions (WxHxD) -  1 RU, 19 x 1.74 x 16.14 inch (483 x 44 x 410mm)
  • Weight -  13.2 lb (6.0 kg)
• ENVIRONMENTAL
  • Operating Temperature Range -  0° C to +45° C
  • Non Operating Temperature Range -  –40° C to +75° C
  • Humidity -  95% at 35° C non-condensing
  • Operating Altitude -  2000 m (6560 ft)