Ko ç Healthcare partners with Huawei to create a new generation of smart healthcare network powered by high-quality Wi Fi 7+iMaster NCE Campus network digital map
However, the high degree of digitization has also brought the following three serious challenges to traditional networks:
1. Wireless office: Wireless network coverage in complex areas
zmir American Hospital attaches great importance to the medical experience of patients, and has even established the first "patient experience office" in Türkiye, which is directly coordinated by the CEO to improve medical services and improve patient satisfaction. However, the complexity of wireless coverage areas in hospitals poses significant challenges to the wireless network experience. For example, the wireless ward round system at Xuzmir American Hospital needs to cover over 20 "U" - and "L" - shaped ward areas, more than 30 operating rooms and CT rooms, as well as other functional office areas such as consultation desks, nurse stations, corridors, etc. Due to the complex structure of hospital wards compared to ordinary residential buildings, wireless signals are difficult to fully cover the interior of the wards, which has a significant impact on the stable access of equipment.
2. Low operation and maintenance efficiency: Passive operation and maintenance make it difficult to centrally manage the entire network
The network of Xuzmir American Hospital includes thousands of wired and wireless devices, as well as hundreds of medical and service system applications. Once problems occur, it will seriously affect the operational efficiency of the hospital and the medical experience of patients. In order to meet the urgent needs of network operation and maintenance, it is necessary to centrally operate and supervise all network devices. However, traditional firefighting and passive operation and maintenance methods cannot quickly detect and close loop faults, which interferes with the normal operation of hospitals.
3. Terminal difficult to manage and control: problem terminal difficult to find
In the process of medical digitization, massive terminal management has become a prominent issue. Common intelligent medical devices such as electrocardiogram, blood pressure, blood glucose and other detection devices transmit real-time network data back to medical staff or remote medical platforms. Dozens of digital information systems such as HIS, EMR, LIS, etc. require mobile terminals such as tablets and PADs to access patients' electronic medical records, medical orders, examination results, and other information at any time for medical decision-making and diagnosis and treatment operations. Frequent disconnections and lagging of medical terminals have affected the efficiency of doctors' consultations and the patient's medical experience.
To address the above challenges, Xuzmir American Hospital has adopted the following three key technologies provided by Huawei:
1. Huawei's high-quality Wi Fi 7 leads the wireless network experience to soar
Huawei has created a high bandwidth, high concurrency, and low latency wireless network for Xuzmir American Hospital with its high-quality Wi Fi 7 campus solution. Among them, the Huawei AirEngine 6776-57T high-end Wi Fi 7 AP, with 8 spatial streams and a machine speed of up to 13.66 Gbps, combined with the unique advantages of the new Wi Fi 7 protocol, such as multi link operation (MLO), multi RU (MRU), and 4096QAM, has achieved a significant improvement in single terminal peak speed, perfectly adapting to the high bandwidth requirements of modern medical services and supporting flexible evolution in the future. Huawei's professional network planning team carefully designed wireless points to ensure Wi Fi 7 signal coverage throughout the building, achieving zero interruption for mobile ward rounds and providing a solid guarantee for medical efficiency.
2. iMaster NCE Campus network digital map, ushering in a new era of intelligent operation and maintenance
Xuzmir American Hospital has chosen Huawei iMaster NCE Campus as the autonomous driving management platform for its campus network, achieving centralized management and efficient operation and maintenance of all network devices. The network digital map function of this platform, relying on its powerful ability to collect and analyze data across the entire network, greatly simplifies the process of fault location. Through carefully designed three layers (network layer, user/terminal layer, and application layer), it completely subverts the traditional equipment management centered operation and maintenance mode, adopting an interactive layer by layer drilling operation method to achieve rapid detection and accurate troubleshooting of faults.
In addition, the iMaster NCE Campus is equipped with advanced remote positioning tools, allowing administrators to complete critical testing tasks such as connectivity testing and packet capture analysis from the office, significantly reducing the need for on-site stations and improving operational efficiency by up to 80%. This change not only significantly reduces operation and maintenance costs, but also ensures the continuity and stability of medical services, providing strong technical support for the efficient operation of hospitals.
Huawei's network intelligent operation and maintenance system iMaster NCE Campus can automatically detect and locate network faults, reducing manual intervention and significantly improving operation and maintenance efficiency. ”Ismail Emre Bahceci, Senior Manager of IT Architecture and Security at KOC Healthcare, highly praised.
3. Intelligent terminal management and secure access
To meet the needs of doctors conducting rounds and consultations through handheld PDAs, iMaster NCE Campus network digital map provides comprehensive terminal intelligent management capabilities. Starting from the start-up and launch of the PDA, the terminal achieves automatic, secure, and fast network access through imperceptible identity authentication. During roaming, if there are signal interruptions, lagging, or other situations at any time, unlike in the past where multi view troubleshooting is used, administrators only need to use the network digital map terminal layer to locate the location of the connected park, floor, and access equipment with one click based on user identity and MAC address. Combined with the fault information of upstream and downstream equipment and traffic, rapid fault location and problem handling can be achieved.
Continuously deepen cooperation and jointly build smart healthcare
In the future, Ko ç Healthcare will continue to work together with Huawei to promote the process of smart healthcare. Both parties will optimize medical processes, improve medical efficiency, reduce medical costs, and provide patients with a better medical experience through network connectivity and data sharing. The two sides firmly believe that through each other's efforts in their respective fields, they will be able to vigorously promote the innovation and development of Türkiye's medical industry.
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