mart Industry Impact: Remote control/ phones, Wireless Backhaul Telecontrol, Text messages from and to remote machines 0.0024 Mbit/s 42 Mbit/s 10,000 Mbit/s 0.064 Mbit/s 1,000 Mbit/s Industry Impact: Industry Impact: Industry Impact: Industry Impact: 0 Industry Impact: 01. 1G in 1979 03. 3G in 2002 05. 5G in 2019 Standards: NMT.AMPS & TACS Standards: UMTS & EV-DO Standards: 5G Capabilities: Analog Voice Capabilities: Mobile Capabilities: Private network. IoT. broadband. Locating services, Massive machine type common Ultra- Extensions: Nil Multimedia streaming low latency. Ultra-high reliability. Industry Impact: No impact on Seamless global rooming Millimeter wave Extensions: HSPA+(3.5G) Extensions: Feature extension industrial application Industry Impact: Video through new category/release monitoring Remote access to Industry Impact: Autonomous machine. Remote condition logistics, Autonomous machines, monitoring Assisted work. Wireless backhaul Edge computing. Mobile equipment FIGURE 4.3 The evolution of wireless generations and their standards, capabilities, extensions, and industrial impacts. machine-to-machine communication, AI, and advanced digital services. The evolu- tion of wireless generations and their standards, capabilities, extension, and industrial impacts is shown in Figure 4.3. 4.3 5G ROLE IN REMOTE HEALTHCARE POTENTIALS The 5G potential derives from its practical characteristics, which signify a major change from its 4G prototype. 5G is about 100 times faster than 4G and can handle more connections. The time it takes for an ultra-low latency network to process request reinforces these benefits [39]. Controlling expectations is important when assessing the potential impact of 5G on healthcare. There is still some way to go for the widespread implementation of 5G [40]. There are 5G installations provided by all the largest country/region carriers, but their accessibility is usually inadequate for minor cells in city areas. The large-scale expansion is expected in the year 2025 in many developed mar