I/O Cards
Q-SYS Level 1 Training : Hardware OverviewBelow you will find the different input/output cards available to populate the card slots for Q-SYS Cores and I/O Frames. One important thing to note: due to the chassis architecture of the Core and I/O Frame, you must fill all available card slots in the Core and I/O Frame. If you do not have the need to fill all of the slots with functioning cards, QSC offers BLANK non-functional cards to be used as placeholders.
Analog I/O Cards:
Mic/Line Analog Input Cards (CIML4 & CIML4-HP)
CIML4 - This is a four-channel card with industry-standard Mic/Line Analog Inputs. Its dynamic range matches the specs of almost every DSP box, so it's perfect for most medium to high-level analog inputs. 48-volt phantom power is available on each channel, selectable by the Q-SYS Designer software.
CIML4-HP – This is a High Performance Mic/Line Analog Input Card, with broadcast quality microphone preamps. Much like the CIML4, this card also provides four channels of microphone and line-level analog audio input. However, the HP version gives you a lot more dynamic range and higher performance A/D converters and pre-amplifiers than the CIML4. It also has 48-volt phantom power available on any channel selectable by the software.
Analog Line Output Card (COL4)
COL4 – The Analog Line Output Card gives you four channels of balanced connectors. It's primarily used for line-level output to non-DataPort amplifiers, recording devices, and teleconference systems.
DataPort™ Output Card (CODP4)
CODP4 – By using DataPort-enabled QSC amps, you can take advantage of the features provided by the DataPort™ Output Card. This card allows for four channels of audio line-level output (two channels per port), and in addition it sends control data while simultaneously receiving amplifier monitoring and status data. The DataPort card also provides DSP for loudspeaker processing and peak voltage protection as well as monitoring each loudspeaker line for open or short circuits.
Network Bridge Cards:
CobraNet™ Digital Input/Output Card (CCN32)
CCN32 – The CobraNet™ Digital Input/Output Card can be set up in four different channel configurations: 4x4, 8x8, 16x16, and 32x32. In an I/O Frame, the CobraNet card can be used in 4x4, 8x8, and 16x16 mode, whereas inserting it into a Core allows all of these as well as the additional 32x32 mode. (Note: If you plan to use a CCN32 CobraNet Card, QSC recommends installing it directly into the Core in order to utilize all 32 x 32 channels.)
AVB Audio Video Bridge Card (CAN32)
CAN32 – The AVB Audio Video Bridge Card provides a digital bridge between any 100mb AVB 1722.1 compliant edge network and the Q-SYS Eco system. The CAN32 will support 32 total channels at 48 kHz in three available operating modes: 0/32, 32/0 or 16x16.
Dante™ Audio Bridge Card (CDN64)
CDN64 – The Dante™ Audio Bridge Card provides a link for up to 64x64 channels at 48 kHz from any Dante™ edge network, such as wireless microphones and digital mixers, directly into the Q-SYS ecosystem for advanced processing and redistribution over Q-Lan for larger LAN and WAN IT infrastructures. The CDN64 Dante™ Bridge Card is ideal for use in performance venues such as theaters, auditoriums, convention centers, and houses of worship.
Digital AES Cards:
AES-3 Digital Input/Output Card (CAES4)
CAES4 - The AES-3 Digital Input/Output Card allows four channels of input and four channels of output simultaneously. So if you filled your I/O Frame with four of these cards, you'd be able to achieve sixteen channels of input as well as sixteen channels of output from a single I/O Frame.
AES/EBU Input Card (CIAES-16)
CIAES-16 – The AES/EBU Input Card is a 16-channel AES/EBU (AES3) 24-bit digital input Q-SYS peripheral card that can be used in any Q-SYS Core or I/O Frame. Utilizing IT industry standard RJ45 connectors, it provides a simple and cost-effective way to interface Q-SYS into an existing or new installation.
1 ) Start Here
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Introduction to Q-SYS Level 1 Training
3m 40s
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The Inventory Panel
7m 23s
2 ) Hardware Overview
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Basic Q-SYS Signal Path
3m 52s
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Hardware Peripherals
5m 50s
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I/O Cards
0m 0s
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System Redundancy
2m 42s
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Using CXD-Q Amplifiers
3m 4s
- Assessment
3 ) Software Overview
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Software Basics
10m 6s
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Connecting to the Core
7m 33s
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Traditional Wiring & Signal Names
4m 14s
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Signal Snakes & Pagination
3m 54s
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Audio Components
5m 51s
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The Right-Side Pane
9m 11s
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The Left-Side Pane
6m 49s
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Amplifiers and Loudspeakers
10m 7s
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Maximizing Channel Output
3m 1s
4 ) Core Manager, Administrator, and Configurator
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Introduction
3m 46s
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The Configurator
5m 48s
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Core Manager: Status and Settings
5m 3s
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Core Manager: Users and Audio Files
5m 11s
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Core Manager: System Management
4m 33s
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The Administrator
10m 44s
5 ) Control Overview
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Introduction to Control
2m 57s
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Snapshots
3m 51s
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Customizing Controls
6m 30s
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Control Pins
5m 40s
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UCI Creation and Management
9m 51s
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Feature License Activation
4m 12s
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UCI Customization
9m 7s
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UCI Deployment
7m 11s
6 ) Audio Player & Media Drive
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Set-up and Usage
4m 57s
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Media Drive and Capacity
2m 14s
7 ) Basic Test & Measurement
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Test and Measurement Tools
4m 33s
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Troubleshooting Strategies
4m 27s
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Advanced Testing Tools
6m 4s
8 ) Automatic Mixers
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Gain Sharing Mixer Setup
4m 6s
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Gain Sharing Mixer Control Panel
4m 24s
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Gating Automatic Mic Mixer
7m 11s
9 ) QSC Conferencing Solution
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Conferencing Hardware
5m 56s
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Flex Channels
2m 18s
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USB Audio
4m 0s
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PTZ-IP Camera and Bridging Setup
9m 39s
10 ) Telephony Deployment
11 ) Final Exam Overview
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The Conferencing Default Design
15m 59s