NEWHAPPY Esports Club is a professional gaming organization specializing in multiple popular esports titles and competing in domestic and international tournaments. The club operates state-of-the-art training facilities and competition venues, having recently completed comprehensive renovations to create a more professional and efficient training and competition environment. Following the renovation, the club required enhanced network infrastructure to achieve full wireless coverage and optimized esports traffic management to support player training, live streaming, and daily operations.
The club needed seamless wireless coverage throughout the entire facility while ensuring high-quality transmission for competitive gaming traffic.
The newly renovated venue presented multiple material interferences (glass doors, metal frameworks, etc.), creating heightened requirements for wireless optimization and access point positioning.
While meeting high-standard requirements, the customer sought to maximize utilization of existing hardware resources and control implementation costs.
Deployed 62 ceiling-mounted WiFi 6 access points providing high-speed, stable wireless networking throughout the facility.
Implemented Panabit multi-link gateway with intelligent traffic routing—all gaming traffic prioritized through premium telecom lines while other applications utilize alternative ISP connections, optimizing resource utilization.
Leveraged existing high-performance industrial computers to deploy Panabit intelligent application gateways, achieving unified internal and external network management.
WiFi 6 technology combined with intelligent channel optimization ensures smooth, uninterrupted network performance with expanded coverage areas.
Application-level load balancing optimizes multi-link resource allocation with precise traffic control that blocks malicious usage and network attacks while prioritizing critical esports traffic.
Implements user authentication and traffic management to meet regulatory requirements while preventing network security risks.