Core Insights - The new hospital district in Yuncheng County, Heze, has officially opened, marking a significant upgrade in local medical services [1] - China Unicom Yuncheng Branch played a crucial role in ensuring communication support for the new hospital, implementing a comprehensive network solution [1][5] Group 1: Communication Infrastructure - The new hospital's communication network was designed to support essential medical systems and digital healthcare applications, including remote consultations and smart nursing [1] - A three-part communication solution was customized, consisting of a "fiber backbone network + 5G private network + cloud platform" [1][2] Group 2: Project Execution - The project faced challenges such as tight deadlines and complex construction environments, with over 80 personnel and 30 types of equipment deployed [2] - More than 120 optical fiber links were laid to ensure gigabit network coverage across all areas of the new hospital [2] Group 3: System Migration - A "step-by-step migration and seamless transition" strategy was implemented for the hospital's core information systems, ensuring zero errors during the switch [4] - A 10-person emergency support team was established to monitor network performance and respond to communication needs on the opening day [4] Group 4: Impact on Healthcare Services - The stable communication network has significantly improved patient experience, reducing average waiting times for registration by 40% and increasing imaging report efficiency by 50% [4] - The successful implementation of remote consultations and smart guidance services has enhanced the overall quality of medical care [4] Group 5: Future Directions - China Unicom aims to continue integrating technology into healthcare, optimizing communication solutions for smart hospitals and supporting regional medical collaboration [5] - The company positions itself as a key player in the digital infrastructure and smart healthcare sectors, contributing to a more efficient and intelligent medical service system [5]