The Application of 5G Industrial Routers in Smart Medical Ambulances

With the development and maturity of 5G communication technology, 5G industrial routers are gradually applied in smart medical ambulances, realizing the informatization and intelligence of ambulances.

Data Collection and Transmission
Various medical devices equipped in the ambulance, such as ventilators and electrocardiogram monitors, collect data through the connection of 5G industrial routers, and then transmit the data to the medical system via the 5G high-speed network, enabling hospital medical staff to view the vital signs and health conditions of patients in real time.

Vehicle Positioning and Management
The 5G industrial router is equipped with GPS positioning functions, which can locate the position information of the ambulance in real time and transmit it to the medical system, improving the work efficiency of the ambulance and vehicle management.

High-performance Networking
The 5G industrial router R5000 supports a variety of industrial protocols and virtual private network channels, has rich interfaces and high-performance networking capabilities, ensuring the high-speed and stable transmission of data.

The Architecture and Characteristics of Dedicated 5G Networks in Telemedicine
The dedicated 5G network architecture adopts virtualization and cloud-native technologies to provide a flexible, scalable and elastic infrastructure to meet the specific requirements of telemedicine applications.

High Reliability
The dedicated 5G network adopts redundant design and fault recovery mechanisms to ensure the continuous availability of medical devices and applications, and provides service quality with SLA guarantees through network slicing.

Low Latency
5GNR supports millisecond-level latency, making real-time medical applications such as remote surgery possible. The dedicated 5G network minimizes network latency and further reduces latency by reducing the number of hops and adopting optimized routing algorithms.

High Bandwidth
The dedicated 5G network provides high bandwidth, supporting data-intensive medical applications such as high-definition video streams, image transmission and remote diagnosis. The millimeter-wave frequency band provides extremely high bandwidth capacity.

Security
The dedicated 5G network adopts strong encryption algorithms and security protocols to protect patient data and medical devices from network threats. Network slicing can isolate medical data in logically independent networks, enhancing security.