Q-SYS Architect Level 1

Objective:
Q-Sys Level 1 training provides a foundational understanding of Q-Sys, a powerful software-based audio, video, and control platform by QSC. The training covers the basics of Q-Sys architecture, system design, configuration, and operation. Participants will learn how to create, configure, and deploy basic Q-Sys systems, with an emphasis on the Q-Sys Designer software, audio processing, and control functionality.

• What is Q-Sys?
• • Overview of Q-Sys as a unified platform for audio, video, and control solutions
  • Understanding the advantages of a software-based platform vs. traditional hardware-based systems
  • Key Q-Sys components: Core processors, I/O devices, Network interfaces, and Control interfaces
• Applications of Q-Sys:
• • Use cases across various industries: corporate AV, education, entertainment, hospitality, houses of worship, and more
  • Benefits of Q-Sys in large-scale installations, centralized control, and IP-based audio systems

• Core Components of Q-Sys:
• • Q-Sys Core processors: The heart of the system, responsible for audio and video processing, control, and routing
  • I/O devices: Inputs and outputs for connecting microphones, speakers, cameras, and other devices to the Q-Sys platform (e.g., I/O frames, network audio interfaces)
  • Control interfaces: Devices like touch panels, wall controllers, and third-party controllers used to operate the system
  • Q-Sys Reflect: The cloud-based monitoring and remote management tool for Q-Sys systems
• Q-Sys Networking:
• • Understanding how Q-Sys uses networked audio protocols (e.g., Dante, AES67) for flexible, scalable, and cost-effective deployments
  • Best practices for managing Q-Sys networks, including IP addressing, VLANs, and system security

• Introduction to Q-Sys Designer:
• • Overview of the Q-Sys Designer software used for system design, configuration, and monitoring
  • How to set up and configure a new Q-Sys project
• Key Features of Q-Sys Designer:
• • Drag-and-drop interface for designing signal flow and system routing
  • Signal processing blocks for configuring EQ, mixing, routing, and audio processing
  • Integration of audio, video, and control elements into a unified system
• Basic System Design:
• • How to create a simple system design with Q-Sys Designer
  • Configuring I/O devices, adding audio processing blocks, and routing signals

• Audio Signal Flow:
• • Understanding the flow of audio signals within a Q-Sys system
  • Configuring audio inputs, processing (e.g., EQ, dynamics, feedback suppression), and outputs
• Setting Up DSPs:
• • Basic setup of DSPs (digital signal processors) within Q-Sys Designer for audio processing
  • How to implement filters, compressors, delays, and other signal processing tools
• Basic Mixing and Routing:
• • Creating a simple mix matrix for routing audio between different devices in the system
  • Managing audio levels and signal path configurations

• Control Integration:
• • Introduction to Q-Sys control capabilities: touch panels, third-party control systems, and remote interfaces
  • Configuring basic control interfaces, such as buttons, faders, and knobs in Q-Sys Designer
• Creating User Interfaces:
• • How to design user-friendly control layouts for controlling audio, video, and other system functions
  • Assigning control functions to system components (e.g., volume control, mute/unmute, lighting control)
• Third-Party Integration:
• • Introduction to integrating Q-Sys with third-party control systems (e.g., Crestron, AMX)
  • Using API and control protocols like Open Sound Control (OSC) for external device integration

• System Monitoring with Q-Sys Designer:
• • Tools within Q-Sys Designer to monitor system performance in real-time
  • How to check system health, device status, and audio levels
• Troubleshooting Tools:
• • Common troubleshooting techniques within Q-Sys Designer, such as signal tracing and device diagnostics
  • Using the built-in system log to track errors and events
• Q-Sys Reflect:
• • Introduction to Q-Sys Reflect, QSC's cloud-based remote monitoring and management platform
  • How to configure and use Q-Sys Reflect for system health checks, alerting, and remote diagnostics

• System Design Best Practices:
• • Guidelines for creating scalable, efficient Q-Sys systems
  • Tips for managing signal flow and avoiding common pitfalls in design
• Security Considerations:
• • Basic network security practices to protect Q-Sys systems, including password management, firewall settings, and secure remote access
• Documentation and Backup:
• • How to properly document Q-Sys system designs and configurations
  • Best practices for backing up system settings and project files

• Summary of Key Takeaways:
• • Recap of Q-Sys Level 1 concepts, including system architecture, audio routing, and control setup
• Q&A Session:
• • Open forum to address specific questions, challenges, and practical tips for implementing Q-Sys systems
    Target Audience: AV integrators, system designers, engineers, and technicians who are involved in the design, installation, or operation of Q-Sys systems.

This Q-Sys Level 1 training will provide participants with the foundational skills needed to confidently design, configure, and troubleshoot basic Q-Sys systems, setting the stage for more advanced Q-Sys certifications and system integrations.

Event Venue & Nearby Stays

3 Ruacana Street, 3 Ruacana Street, Sandton, South Africa