Since 1981, Canada’s Wonderland has been the premier destination for amusement in the province of Ontario. Located in Vaughan, just north of Toronto, the 20-acre amusement park features more than 200 attractions, including 18 roller coasters, two children’s areas, and the Splash Works water park. It’s the largest amusement park in Canada and holds the record for the highest attendance of any seasonal park in North America with nearly 4 million guests. Known for its thrilling rides, captivating attractions, and immersive entertainment experiences, the park attracts millions of visitors each year. To remain at the forefront of the amusement industry, Canada’s Wonderland embarked on an ambitious journey to transition from analog to digital systems. This transformation involved not just upgrading their entertainment systems, but also rethinking how safety-critical operations could be enhanced through digital integration. As one of the first parks in North America to fully embrace a digital infrastructure, Canada’s Wonderland now operates a vast array of applications, from paging systems to AV over IP and projection, all within a seamlessly integrated digital ecosystem.
Before the digital overhaul, Canada’s Wonderland faced significant challenges with its existing analog audio and network systems. The park relied heavily on outdated DSPs, CobraNet for audio distribution, and a patchwork of analog processors, many of which were custom-built with old relays and duckers. This fragmented system created numerous operational inefficiencies, particularly with safety-critical public address (PA) systems. The PA systems are vital for the operation of the rides, as they must be fully functional to meet safety regulations. It’s important to note that the rides cannot operate if the PA system is down, which presents a serious risk in the event of an emergency.
Compounding these challenges was the park’s aging network infrastructure, which was incapable of supporting the increased demands of a fully digital system. With the growing number of visitors and the need for more sophisticated entertainment offerings, the park’s analog systems were no longer adequate. Frequent technical issues and inconsistent performance across different systems posed a constant downtime risk, which could lead to ride closures, guest dissatisfaction, and compromised safety. The park needed a solution that would not only modernize its infrastructure but also ensure 100% uptime and robust safety measures.
The transformation began with the introduction of the Q-SYS platform, a comprehensive audio, video, and control ecosystem that allowed the park to replace its fragmented analog systems with a unified digital solution. Q-SYS was first implemented in the park’s background music systems. The successful deployment rapidly expanded to include ride systems, PA systems, and other critical audio functions.
A crucial aspect of this transformation was the overhaul of the park’s network infrastructure. Recognizing the need for a reliable and high-bandwidth network to support the new digital systems, Canada’s Wonderland collaborated with SFM to design and implement a cutting-edge digital infrastructure. The SFM Technical Application Group (TAG) designed a robust network from the ground up, utilizing NETGEAR AV line switches. These switches were chosen for their ability to handle the park’s diverse AV requirements, including everything from large core switches with 90+ ports to smaller access switches with 8 to 10 ports. The network design also included extensive redundancy to ensure that critical systems, such as the PA systems for the rides, could continue to operate without interruption, even in the event of a network failure.
By 2019, with the launch of Winterfest, Canada’s Wonderland had fully integrated Q-SYS into its park-wide operations. The Q-SYS platform, supported by NETGEAR switches, allowed the park to centralize its monitoring and control functions, making it easier to detect and address issues before they could impact operations. The integration also enabled the park to scale its digital infrastructure efficiently, adding new systems and applications as needed without compromising performance or reliability.
The park’s digital transformation encompassed a wide range of applications, including paging systems, AV over IP, and projection systems, all of which were seamlessly integrated into the Q-SYS platform. This integration not only improved operational efficiency but also significantly enhanced safety by ensuring that all critical systems were reliable and fully monitored.
The benefits of Canada’s Wonderland’s digital transformation have been profound. The park has successfully transitioned to nearly 100% digital operation for its entertainment systems, with over 60% of its ride PA systems now fully digital. This shift has resulted in greater reliability, reduced downtime, and enhanced safety across the park. The centralized monitoring and control capabilities of the Q-SYS platform, combined with the robust network infrastructure provided by NETGEAR, have enabled the park to detect and resolve issues quickly, minimizing disruption to the guest experience.
“The ability to monitor and manage our systems centrally has been a game-changer,” says Peter Howell, Area Manager of Technical Services at Canada’s Wonderland. “We can now address issues before they escalate, ensuring our rides remain operational and our guests enjoy a seamless experience.”
The move to a fully digital system has also allowed Canada’s Wonderland to offer more immersive and synchronized entertainment experiences. For example, during Winterfest, the park was able to integrate 14 new stages into the existing digital infrastructure, ensuring that all audio and visual elements were perfectly synchronized across the park. This level of integration was made possible by the scalability of the Q-SYS platform and the flexibility of the NETGEAR switches, which together provided a reliable and high-performance foundation for the park’s digital operations.
In addition to improving safety and operational efficiency, the digital transformation has positioned Canada’s Wonderland as a pioneer in the amusement park industry. The park’s ability to seamlessly integrate a wide range of applications, from paging systems to AV over IP and projection, sets a new standard for what is possible in a fully digital amusement park. The success of this transformation also highlights the importance of forward-thinking design and planning, particularly when it comes to scaling digital infrastructure to meet future needs.
Canada’s Wonderland’s transformation from an analog to a fully digital system has not only modernized the park’s infrastructure but has also set a new benchmark for safety, reliability, and guest satisfaction in the amusement park industry. The integration of Q-SYS, supported by NETGEAR AV line switches, has allowed the park to achieve nearly 100% digital operation, with significant improvements in system uptime, safety monitoring, and overall operational efficiency.
The park’s successful digital transformation underscores the critical importance of having a reliable and monitored system, particularly for safety-critical operations like PA systems, which are essential for the safe operation of rides. By rebuilding its network infrastructure from the ground up, Canada’s Wonderland has ensured that it can continue to provide a safe, seamless, and immersive experience for its guests.
As one of the first parks in North America to go fully digital, Canada’s Wonderland has laid the groundwork for future innovations in the amusement park industry. This case study highlights the park’s commitment to safety and operational excellence, and with the extensive nature of the digital conversion, there are many more exciting developments to come. Stay tuned for more case studies showcasing how products like Q-SYS, and NETGEAR continue to enhance the park’s operations and guest experience.
Gear list
| Brand / Category | Model | Description | Quantity |
|---|---|---|---|
| Q-SYS | Core 5200 | Q-SYS Core Processors | 1 |
| Q-SYS | Core 610 | Q-SYS Core Processors | 4 |
| Q-SYS | Core 110 | Q-SYS Core Processors | 29 |
| Q-SYS | Core Nano | Q-SYS Core Processors | 2 |
| Q-SYS | CX-Q 2K4 | Q-SYS Native Amplifiers | 6 |
| Q-SYS | CX-Q 4K4 | Q-SYS Native Amplifiers | 12 |
| Q-SYS | CX-Q 4K8 | Q-SYS Native Amplifiers | 20 |
| Q-SYS | CX-Q 8K8 | Q-SYS Native Amplifiers | 4 |
| QSC | CXD 4.2Q | QSC Native Amplifiers | 2 |
| QSC | CXD 4.3Q | QSC Native Amplifiers | 19 |
| QSC | CXD 4.5Q | QSC Native Amplifiers | 6 |
| QSC | CXD 8.4Q | QSC Native Amplifiers | 14 |
| QSC | CXD 8.8Q | QSC Native Amplifiers | 2 |
| Q-SYS | DPA 8.8Qn | Q-SYS Native Amplifiers | 16 |
| Q-SYS | N/A | Q-SYS Audio Endpoints | 79 |
| Q-SYS | N/A | Q-SYS I/O-22 Interfaces | 19 |
| Netgear | N/A | Network AV Line Switches | 61 |
| N/A | N/A | AVoverIP Peripherals | 1300 |
| N/A | N/A | Mobile Racks | 20 |