What Is 5g? Benefits Of 5g Network Technology Explained
Deloitte Insights 5G edge as an operations transformation platform Linking 5G and edge computing can supercharge data collection, analysis, and action—and potentially provide a platform to transform business operations. Aside from new technologies, 5G should also offer plenty of productivity savings. Network slicing will also allow companies to have their own dedicated networks to suit their specific needs, while the improved speed and latency will have a positive effect on operational efficiency and thereby productivity. While 5G services have already started to be rolled out in countries like the US and South Korea, this is only in a limited form with limited coverage right now. However, read more about it the technology rollout is set to continue through 2020, with more places being prepared.
Those are still in play, but 5G also uses high-band spectrum, also known as millimeter wave . “Complex” may be an understatement.Suffice to say that the government divvies up spectrum and auctions it off. If multiple organizations had access to the same spectrum slice, they’d interfere with the other’s communications.
T-Mobile wants to expand its network of small cell systems from the 26,000 it owned as of June 2020 to between 40,000-50,000 deployments nationwide. Logistics firm Ice Mobility has been testing 5G technologies to improve the efficiency of its packing operations since October 2020. Specifically, Ice Mobility has been using computer-vision technologies as part of a partnership with Microsoft and Verizon to improve its quality assurance processes. 5G and MEC technologies allow Ice Mobility to analyze packing operations in real time and identify potential faults with packing at the time of processing. The company estimates the time savings offered by these technologies could improve processing times by up to 30%.
In the field of remote-controlled robotic surgery, 5G has the potential to dramatically expand the ability of doctors to bring critical and specialized care services to patients worldwide. Conducting robotic surgery remotely is feasible today, especially in dense urban areas with access to fast broadband internet, but doctors generally have to be located in the same operating theater as the patient for it to work. But by allowing for low latency and jitter-free communication over long distances, 5G could enable operations to take place from anywhere in the world. In January 2019, a team in China tested 5G remote surgery, removing an animal’s liver in the province of Fujian. In the US, Rush University System for Health is trialing 5G connectivity in its hospitals, in partnership with AT&T.
The Food Resiliency Project is an example of an initiative that has brought together different stakeholders to find ways to apply 5G to farming. For instance, the project has combined edge computing technology, IoT deployments, and 5G networks to improve crop yields by continuously analyzing soil conditions. With 5G allowing better connectivity between devices, more homes will likely become equipped with smart meters. These meters will be able to provide insight into the energy consumption of different home appliances and devices, giving homeowners more information to manage their energy use.
Since the earliest generation of mobile phones, wireless networks have operated on the same radio-frequency bands of the electromagnetic spectrum. But as more users crowd the network and demand more data than ever before, these radio-wave highways become increasingly congested with cellular traffic. To compensate, cellular providers want to expand into the higher frequencies of millimeter waves. 5G networks are cellular networks, in which the service area is divided into small geographical areas called cells.
It introduces us to innovators and disruptors whose work is shaping our future. Michael gets inside their heads and explores the intersection of humanity and technology – and what it means for our work and lives. Learn how 5G and related technologies will drive digitalization and create a new growth paradigm for industries in the post-COVID era. In late 2018, it rebranded parts of its existing 4G network as “5GE.” So AT&T customers with older 4G-compatible phones started seeing a “5GE” status icon on their screens.
