Trends of 5G network for medical
At present, there have been cases of ambulances carrying 4G network, and ambulances in emergency medical services have built 4G network through 4G industrial routers. Ambulances have 4G mobile network capability, which is convenient for the first aid of patients. 5G industrial routers have the characteristics of large bandwidth and low latency, which helps to transmit high-resolution real-time video of medical diagnosis images, thus improving the efficiency of emergency rescue. Therefore, it is necessary for 4G ambulances to be upgraded to 5G.
Telemedicine is divided into two major projects: tele-consultation and tele-physiological monitoring. Remote consultation is refers to communication or video online way to heal, diagnose patients or to guide the operation, all belong to the, the physiological remote monitoring means to networking medical equipment (such as blood pressure, blood sugar machine gun, ear temperature, etc.) or smart dressing device (such as intelligence, intelligent bracelet watches) personal physiological data collection, posted on a specific platform, by the medical staff or artificial intelligence physiological data interpretation and judgment, warn or remind, and provides the user in accordance with the interpretation results health care and medical consultation and other services.
The European and American countries there are already through mobile broadband, fixed-line or WiFi provide remote medical practice, but the 4 g telemedicine network bandwidth restrictions, more difficult to provide stable and real-time high-definition video, cause some use inconvenience, by contrast, 5 g and can improve the quality of video image, the stability and real-time performance, making the diagnosis of service and the quality of rise.
5G can provide mobile first-aid equipment with high-resolution and low-latency real-time video that cannot be obtained in the past, and can quickly transmit high-resolution medical diagnostic images, which has high application value. In addition, mobile first aid equipment is not limited to military use. In the event of disaster or major accident, such equipment combined with 5G will improve the efficiency of emergency rescue. In remote islands or rural areas where medical resources are insufficient and traffic is inconvenient, mobile first aid equipment can also be deployed to shorten the time required for emergency treatment. Based on the above viewpoints, it is assessed that such devices have their own needs and the possibility of adopting 5G is high.
At present, various predictions mostly believe that 5G will reach a certain degree of coverage after 2023, when a large number of consumers start to switch to 5G to obtain a variety of network services, including medical care, and 5G telemedicine is expected to enter the stage of mass use at this time. In addition, governments in Europe, the United States, Japan and China have adopted policies to promote telemedicine, which will inject more growth momentum into the market.
Facing the application opportunities of 5G medical services, in the public network part, manufacturers should make use of the energy of our information and communication industry and medical device industry to think about how to connect users and all kinds of devices to the 5G network, and launch corresponding solutions and equipment, such as E-Lins 5G router.
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