To Next PageTo Next PageTo Previous PageTo Previous Page
Loading...
Need help?Do you have a question about the Polycom SoundStructure C8 and is the answer not in the manual?
General| Audio Inputs | 8 |
|---|---|
| Audio Outputs | 8 |
| Network Connectivity | Ethernet |
| Acoustic Echo Cancellation | Yes |
| Noise Reduction | Yes |
| Microphone Inputs | 8 |
| Line Outputs | 8 |
| AEC Channels | 8 |
| USB Ports | 1 |
| Sample Rate | 48 kHz |
| Bit Depth | 24-bit |
| Frequency Response | 20 Hz - 20 kHz |
| Total Harmonic Distortion | < 0.01% |
| Power Supply | 100-240V AC |
| Line Inputs | 8 |
| Signal Processing | DSP-based |
Overview of the common architectural features and specific processing for C-series and SR-series products.
Details on C-series devices designed for audio conferencing applications, including AEC capabilities.
Defines physical channels as actual inputs/outputs, including telephony and conference link channels.
Abstraction layer around physical channels, allowing reference by user-defined labels for flexibility.
Allows referring to and controlling a group of virtual channels with a single command.
Introduction to the SoundStructure Studio software for creating and uploading audio designs.
First step in design process: selecting inputs, specifying type and quantity, and adding labels.
Selecting the devices and any necessary telephony cards for the design.
Reviewing and changing virtual channel wiring assignments to match physical connections.
Primary area for customizing signal gains and processing for inputs, outputs, and submixes.
User controls for configuring automixers, including adding/removing channels and selecting styles.
Details on connecting SoundStructure devices to Polycom HDX systems using RJ45 terminated CAT-5e cables.
Connecting SoundStructure devices to Polycom HDX video conferencing systems using the Conference Link2 cable.
Steps to update firmware to version 1.2 or higher for OBAM linking.
Procedure for powering down, cabling OBAM connectors, and linking multiple devices.
Creating a configuration file for OBAM-linked systems and uploading it to the master device.
Details on the structure and content of SoundStructure configuration files (.STR).
Procedure for uploading a SoundStructure Studio design file to the system.
Steps to update SoundStructure device firmware using SoundStructure Studio.
Saving and managing system settings in full and partial presets for power cycle survival.
Determining IP addresses via DHCP server or SoundStructure Studio discovery.
Assigning static IP addresses directly from SoundStructure Studio or manually via API.
Introduction to the VoIP Interface card, its capabilities, and system requirements.
Steps to upgrade an existing project from PSTN to SoundStructure VoIP Interface.
Steps to configure VoIP settings, including IP address, provisioning server, and line registration.
Common audio issues and steps to resolve them, including wiring and routing problems.
Diagnosing and resolving acoustic and line echo issues in conferencing systems.
Troubleshooting hardware issues by checking front-panel LEDs and system logs.
Details on dimensions, weight, connectors, power, and thermal specifications.
Overview of physical connectors including RS-232, OBAM, CLINK2, LAN, Audio, and IR.
Methods for changing parameter values associated with knob controls using mouse and keyboard.
Adjusting crosspoint gain, mute status, and input signal flavor via the matrix control.
Configuring channel settings, including AEC references, by expanding blocks on the channels page.
Overview of RS-232 and Ethernet interfaces for controlling SoundStructure devices.
General syntax for controlling SoundStructure parameters via API commands.
Details on fader, gain, and mute parameters for various channels.
Summary of telephony API commands for input and output channels.
Details on graphic and parametric equalizer settings for channels.
Parameters for compressor, limiter, expander, and gate functions in dynamics processing.
