Native IT Integration
Easily manage and integrate AV assets with IT systems without workarounds
Scalable, Adaptable Design
Future-proof solutions with a software-based DSP platform, Intel processors, and interoperable components.
Simplified User Experiences
Systems that allow the end users to focus on their business.
Discover QSC’s best-in-class systems training courses, with engaging videos (offered in multiple languages), downloadable textbooks, sample design files and more. Unlike other manufacturers who require special login or privileges to access these kinds of valuable tools, QSC opens its system training to the public: completely searchable, completely non-linear, and completely free-of-charge!
Q-SYS Training - Level One
Learn MoreFun, short video-based training that delivers the basics of Q-SYS Designer Software. This culminates in a practice design with live feedback from QSC trainers.
Q-SYS Training - Level Two
Learn MoreGet hands-on experience in this two-day classroom training seminar, covering advanced, real-world application scenarios.
Learn how to harness the power of CXD’s built-in DSP and loudspeaker presets library.
Self help and live resources to solve
your technical product issue.
Tap into QSC exerts and peers to solve
technical and product issues.
QSC offers enhanced customer support with a dedicated team of specialists worldwide that we call the Application Engineering Team (AET). Our team is here to assist with the selection and implementation of QSC products into your venue.
The Application Engineering Team (AET) members have specialized experience and extensive knowledge in network audio, digital signal processing, power amplification, and loudspeakers. We offer a comprehensive suite of services including EASE 2D/3D speaker modeling, Q-SYS design and programming, as well as Q-SYS design validation.
*For a Basic or Advanced System Recommendation, please be prepared to accompany this form with the necessary data to fulfill desired service request.
*For Q-SYS programming there will be a fee based upon the design parameters and complexity.