Why is 5G important to the Internet?
The rapid launch of 5G services has brought the needs, low
latency and security provided by various IoT applications.
The arrival of the fifth-generation network bandwidth has a
greater purpose-to shorten the distance between global devices and build a smart
IoT ecosystem. Compared with the predecessor 4G that supports cross-device
media streaming, this is an important step forward. From here, 5G will not only
improve this efficiency, but also improve device-to-device communication in
homes and factories.
By 2030, it is estimated that 50 billion IoT devices will be
deployed. It is the "5G factor" that has accelerated user adoption
and has attracted widespread attention.
However, the market is more prepared than you think. The
world's leading service providers have published case studies on the
availability of 5G to perform complex network operations for personal and
industrial settings. For example, GSMA is providing smart grid 5G network
slicing, which is part of the 106 global launches they have completed.
Likewise, Ericsson has an impressive portfolio of case studies using 5G for
commercial purposes, such as mission-critical communications, smart energy
distribution, mining automation, and more.
Even more impressive is the global network of floLIVE, which
provides a digital infrastructure that powers the IoT ecosystem through 5G.
This global connectivity provider has a cloud-native platform that provides the
world's first software-defined connectivity (SDC) solution. The platform uses
patented SIM bootloader technology to provide uninterrupted cellular
connections for devices anywhere in the world.
That being said, understanding the driving force is equally
important and interesting. 5G is more than just a faster Internet. It not only
reduces the dependence on expensive and difficult-to-maintain hardware
infrastructure, but also satisfies the massive data needs of big data analysis.
How is 5G better?
Although 4G achieves a large amount of streaming media at a
convenient speed of 2Gbps, 5G will provide 10 times faster and stronger network
bandwidth at a speed close to 20Gbps. It is not wrong to say that 5G can
replace wired fiber optic networks. For the Internet of Things, lightning-fast
network speed is very important because most devices only operate with
real-time updates. Consider a simple home IoT use case. Here, cameras, locking
systems, doors, alarms and other equipment are all connected together. The
construction of this monitoring system can only be executed if it provides
immediate updates. If any delay at this level is unacceptable, then imagine
what is expected in an industrial setting.
As the volume of data grows at a record-breaking rate, so
too should the infrastructure for data transmission. This is exactly what 5G
provides.
Network Slicing: Divide Bandwidth For Exclusive Business Needs
In short, network slicing divides the available network
bandwidth into multiple independent virtual networks—each network is tailored
to specific business needs. Now, the Internet of Things is a combination of
different hardware and software elements, each of which has very unique network
requirements. Unless this requirement is successfully met, it is almost
impractical to include multiple devices for product growth.
5G can more easily allocate parent bandwidth to the
proprietary business needs of various applications in a single IoT ecosystem.
Given that it is so easy to customize network parameters, the accelerated
adoption of the Internet of Things looks achievable in the end.
However, 5G is more than just a better Internet. It
simplifies the creation of on-demand private networks.
If we don't completely reform our connectivity
infrastructure at the local level, the Internet of Things cannot prosper. This
means that the Internet in the restricted area should be uninterrupted. At the
same time, many of these private organizations have exclusive and strict
requirements for security and QoS. The beauty of 5G now is that it can provide
a seamless private network for closed compounds to fill the gap. With the help
of cloud-native core networks, factories, hospitals, smart logistics, research
laboratories, etc. can have proprietary 5G networks to ensure worry-free
security, compliance, performance and services.
In other words, private network applications are not limited
to limited locations. Using multiple public RANs, it is also possible to
establish a dedicated core network at multiple locations in a country. In
short, this is like taking advantage of the convenience of a virtual private
network without actually connecting to an external network. The global network
solution provides a reliable infrastructure that can create private 5G slices
for global enterprises to ensure global security, performance and service
quality!
Opening Up A World Of IoT and 5G Opportunities
5G is developing at a record-breaking speed and is committed
to building communications for a smarter future. Large-scale initiatives such
as smart cities, IIoT, and remote work are just some of the popular use cases
for adopting 5G at the base layer. Looking ahead, there are many opportunities
waiting for you to take advantage of the power of 5G and the Internet of
Things. are you ready?