Q-sys Level One Training: Hardware Overview

The Q-Sys Core is powered by a Universal Power Supply. This means that it can be powered using a wide range of input voltages, making it compatible with different power sources around the world. The Universal Power Supply ensures that the Q-Sys Core can be reliably powered regardless of the location or power infrastructure.

Each Q-Sys Core has two Q-LAN Ethernet ports available.

The Core connects to Q-LAN through the Q-Sys Network connection on its back panel. This connection allows the Core to communicate with other devices on the Q-LAN network, enabling data transfer and control between different components of the system. The Q-Sys Network connection is specifically designed for Q-Sys systems and ensures seamless integration and compatibility within the Q-Sys ecosystem.

Q-Sys uses the network protocol called Q-LAN.

Clicking the Core's corollary ID button in the Designer software would cause the LCD screen to begin flashing on the Core.

GPIO stands for General Purpose Input Output. This term is commonly used in the field of electronics and computer science to refer to the ability of a device or component to both receive input signals and send output signals. GPIO pins are flexible and can be programmed to perform a variety of functions, making them suitable for a wide range of applications. They are commonly found in microcontrollers, single-board computers, and other electronic devices where the ability to interface with external sensors, switches, and other peripherals is required.

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The I/O Card's Status LED will turn yellow to indicate that the corollary audio signal is -3dB below clipping.

To cycle through the basic housekeeping information on the LCD display, you need to press the Page or Next button. This button allows you to navigate through different screens or pages of information displayed on the LCD. By pressing this button, you can access and view various housekeeping details such as temperature, time, settings, and other relevant information.

The primary purpose of a QSC TouchScreen Controller is to display an interactive User Control Interface. This interface allows users to control and interact with various functions and systems, such as audio, video, lighting, and HVAC, in a user-friendly and intuitive manner. The TouchScreen Controller provides a centralized control point for managing and adjusting these systems, offering convenience and ease of use for the user.

A PS-X in a Q-Sys system refers to an Additional Paging Handset. This device allows users to make announcements or page specific zones within the system. It provides a convenient and portable solution for paging purposes, allowing users to communicate effectively in various areas of the system.

When you press the ID button on the front of the Core, it will be identified on-screen in the Q-Sys Designer and end-user GUI. This means that the Core's information, such as its name and configuration, will be displayed on the computer screen or user interface, allowing users to easily identify and manage the Core. The other options, such as the name of the Core appearing on the LCD screen or the names of the on-board I/O cards appearing on the LCD screen, are not mentioned as outcomes of pressing the ID button.

The maximum number of I/O cards that can be housed inside a Core 500i or Core 250i is 8.

The statement "The I/O-22 is the only option for additional remote I/O boxes on a Q-Sys system" is false. This implies that there are other options available for additional remote I/O boxes on a Q-Sys system besides the I/O-22.

False. The statement is incorrect because there are multiple ways to get audio input onto a Core, not just through an I/O Frame. Some other methods include using an audio interface or connecting a microphone directly to the Core's audio input ports.

To add a peripheral to your design, you can go to the Inventory pane, click the Plus Icon, select Peripherals, and add your device. This process allows you to easily include the desired peripheral in your design.

The Q-Sys TouchScreen TSC-7t and TSC-7w can be powered over Ethernet, meaning that they can receive power through an Ethernet cable rather than requiring a separate power source. This can be a convenient feature as it reduces the need for additional cables and power outlets, making installation and setup easier.

The correct answer is COL4 because it is the only option that does not mention any specific feature or capability. Since the question is asking about connecting a non-Dataport-enabled amplifier, it implies that the amplifier does not have any special requirements or compatibility needs. Therefore, the most suitable option would be a general-purpose I/O card like COL4, which can be used for various types of connections without any specific limitations.

The possible forms of redundancy on a Q-Sys system include core redundancy, input/output redundancy, and network redundancy. Core redundancy ensures that there is a backup core processor in case the primary one fails. Input/output redundancy allows for multiple input and output devices to be connected to the system, providing redundancy in case one of them fails. Network redundancy ensures that there are multiple network connections available, so if one fails, the system can still function using another connection.

The LCD screen of the Core provides information about the name of the Core, the name of the design currently running on the system, and the device model and firmware version.

The I/O-22 features two mic/line inputs, allowing for the connection of microphones or line level audio sources. It also has two line outputs, which can be used to connect to external audio devices or speakers. Additionally, it has an 8.5 watt mono amplifier, providing power for audio playback.

When the Status LED turns AMBER, it indicates that the Core or I/O Frame is either starting or stopping a design. This means that there is a process happening related to the design in the Core or I/O Frame. The AMBER color serves as a visual indicator to inform the user about this specific activity. It does not indicate anything related to the I/O card or the signal clipping.

The correct answer includes I/O Frame, I/O-22, Page Station, and TouchScreen. These devices are considered peripheral devices because they are external devices that connect to a computer system to provide additional functionality or input/output capabilities. The I/O Frame and I/O-22 are likely input/output devices used for communication or data transfer. The Page Station is a device used for paging or communication purposes. The TouchScreen is an input/output device that allows users to interact with a computer system by touching the screen. The Core 500i is not considered a peripheral device as it is not an external device that connects to a computer system.