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AEC Channels | 8 |
---|---|
Analog Inputs | 4 |
Analog Outputs | 4 |
Sample Rate | 48 kHz |
Control Ports | RS-232, GPIO |
Processing Power | DSP |
Power Supply | 100-240 VAC, 50-60 Hz |
USB | Yes |
VoIP | Yes |
Audio Channels | 64 |
Network Audio Channels | 64 |
Form Factor | 1RU rack-mountable |
Describes the three models (400, 800, 1600) and their AEC channel counts.
Explains the two operational modes: auto-configuration and manual configuration.
Details the automated system discovery, configuration, and tuning process.
Details the 5-port network appliance, including port functions and PoE+.
Explains how to discover the device on the network using specific tools.
Details port 1 (Control/VoIP) and ports 2-5 (AVB/Dante) and their functions.
Covers support for 802.1x, RSTP, and IGMP network protocols.
Describes how ports manage AVB/Dante traffic based on detected protocols.
Discusses physical and logical separation of network ports for optimal performance.
Details support for Dante, AVB, and AES67 audio interfaces and connectivity.
Further elaborates on AVB capabilities, implicit AVB, and limitations.
Details mono/stereo options and speakerphone vs. line in/out modes.
Explains UC platform integration features via USB.
Identifies and explains a known issue with Windows audio settings.
Offers guidance on troubleshooting VoIP registration, logging, and configuration.
Describes the 2 channels of mic-line input and 2 channels of mic-line output.
Details the 4 channels of General Purpose Input/Output and their configurations.
Details the wall mount, cable management, and power supply connection.
Describes the active cooling system and airflow.
Lists available hardware bundles for different room sizes.
Details AEC channel selection during initialization.
Details VoIP configuration options during initialization.
Details USB configuration options during initialization.
Discusses hop limits and network diameter for AVB systems.
Details latency contributions from network devices and endpoints.
Discusses hop limits for 1G networks and guarantees deterministic latency.