5G technology
2-5-2023 “MARIANO SUAREZ VEINTIMILLA”
EDUCATIONAL UNIT
JAIDER CHUQUIZÁN CORDOBA
TIC
, INTRODUCTION
In the telecommunications industry, 5G is the acronym used to refer to the fifth
generation of mobile phone technology. It is the successor to 4G technology. There are
currently field tests and pilot programs that show us what benefits 5G connections will
offer us.
However, 5G goes far beyond smartphones. This technology will undoubtedly be the
soul of the new economy, allowing, for example, self-driving cars, an infinite
improvement of virtual reality, smart cities, development of home automation
( sensors, thermostats...) and robots that work on the network.
5G promises to open the trial to new surgical procedures, safer means of
transportation and instant communication for emergency and relief services.
5G networks promise to open the door to new surgical procedures, safer medical
transportation and instant communication for emergency and relief services.
5G networks will reduce the delay time between devices and the servers with which
they communicate to practically zero.
To achieve all that, 5G technology will need to travel on very high frequency radio
waves. Higher frequencies have faster speeds and more bandwidth. But, they cannot
travel through walls, windows or roofs, and become considerably weaker at long
distances.
Hence, 5G is going to complement 4G, rather than replace it completely. In buildings
and busy areas, 5G could provide a speed increase. But when you're driving on the
road, 4G could be your only option, at least for a while.
DEVELOPMENT
How fast will 5G be?
The projected adoption rate for 5G differs dramatically from all previous generation
networks (3G, 4G): while previous technology was driven by the use of mobile internet
and the availability of popular applications, 5G is expected to be driven mainly due to
new uses of IoT, such as connected and autonomous cars.
What are the implications of 5g for mobile
operators?
5G remains a cellular broadband technology and is a network of networks.
2-5-2023 “MARIANO SUAREZ VEINTIMILLA”
EDUCATIONAL UNIT
JAIDER CHUQUIZÁN CORDOBA
TIC
, INTRODUCTION
In the telecommunications industry, 5G is the acronym used to refer to the fifth
generation of mobile phone technology. It is the successor to 4G technology. There are
currently field tests and pilot programs that show us what benefits 5G connections will
offer us.
However, 5G goes far beyond smartphones. This technology will undoubtedly be the
soul of the new economy, allowing, for example, self-driving cars, an infinite
improvement of virtual reality, smart cities, development of home automation
( sensors, thermostats...) and robots that work on the network.
5G promises to open the trial to new surgical procedures, safer means of
transportation and instant communication for emergency and relief services.
5G networks promise to open the door to new surgical procedures, safer medical
transportation and instant communication for emergency and relief services.
5G networks will reduce the delay time between devices and the servers with which
they communicate to practically zero.
To achieve all that, 5G technology will need to travel on very high frequency radio
waves. Higher frequencies have faster speeds and more bandwidth. But, they cannot
travel through walls, windows or roofs, and become considerably weaker at long
distances.
Hence, 5G is going to complement 4G, rather than replace it completely. In buildings
and busy areas, 5G could provide a speed increase. But when you're driving on the
road, 4G could be your only option, at least for a while.
DEVELOPMENT
How fast will 5G be?
The projected adoption rate for 5G differs dramatically from all previous generation
networks (3G, 4G): while previous technology was driven by the use of mobile internet
and the availability of popular applications, 5G is expected to be driven mainly due to
new uses of IoT, such as connected and autonomous cars.
What are the implications of 5g for mobile
operators?
5G remains a cellular broadband technology and is a network of networks.
