Project Type
Sci-Tech Innovation Park
Project Introduction
The CAS Center for Excellence in Quantum Information and Quantum Physics is a leading domestic research platform for cutting-edge quantum technology. The campus includes research laboratory buildings, office areas, academic lecture halls, public areas, and logistical support zones. The research environment is rigorous, with the majority of personnel consisting of researchers and academic visitors. The center imposes high-standard and professional requirements on the public address system in terms of stability, audio quality, zone management, silent environment management in research areas, and safety emergency broadcasting.
The project deploys FLB's complete large-scale IP network broadcasting rack system, tailored to the core needs of the dedicated scenarios in the research park:
1. Multi-level refined zone management: Relying on a large-scale distributed IP broadcasting architecture, it enables independent zone management for laboratories, office buildings, lecture halls, and outdoor campus areas, allowing selective notification playback to prevent broadcast noise from interfering with precision scientific research experiments.
2. Academic scenario audio support: The system can interface with lecture hall sound reinforcement, support audio transmission for academic conferences and lectures, and accommodate both daily notification broadcasts and large-scale academic event announcements.
3. Campus-wide emergency linkage broadcasting: In the event of fire alarms or emergencies, the system can trigger broadcasts at different levels, providing differentiated announcements for indoor research areas and public zones, balancing the need for a quiet research environment with the requirements for personnel safety evacuation.
4. Centralized operation and maintenance in the large equipment room: The entire set of broadcast servers, network terminals, and power amplifiers is integrated and deployed in standardized cabinets, with an independent central control console. Maintenance personnel can centrally monitor the operational status of all equipment, with neatly arranged wiring for convenient long-term maintenance.
5. Highly reliable and stable operation capability: Research facilities require equipment to remain on standby year-round. FLB hardware features long-term stable operation, ensuring the broadcasting system is on 24/7 standby and ready to respond to broadcast commands at any time.
The complete large-scale IP network broadcasting system has been set up and put into operation. In daily use, it can deliver targeted administrative notifications and visitor reminders. During academic exchange events, it stably supports audio transmission in lecture halls. In emergency situations, it enables tiered and zoned emergency voice announcements, minimizing disruption to laboratory research work. The standardized multi-cabinet integrated solution offers strong scalability, capable of accommodating the institute's future building expansions and research sector growth, creating a quiet-friendly, flexibly dispatchable, safe and reliable smart voice broadcasting platform for the national-level research park.
FLB has deep expertise in public address solutions for large-scale parks and research institutes, fully understanding the stringent requirements of research bases for environmental noise reduction, system stability, and tiered scheduling. Relying on a large-scale distributed IP broadcasting hardware architecture, FLB builds highly reliable and easily expandable campus-wide voice systems, empowering the smart infrastructure development of research parks and providing professional audio communication support for various national-level research institutions.
