5G IoT Hardware (get ahead with the future)

What is 5G? 

5G is the next generation of connectivity networks, taking over after 2G, 3G, and 4G. Compared to 4G or 4G +, 5G benefits from higher speeds and lower latency. The connection of an object to a network and the transmission of data will thus be reduced. This makes it possible to concentrate on uses other than the connectivity of mobile terminals.

 Indeed, 5G sees wider and will focus on all connected objects by supporting a very large number of connections while meeting a multitude of needs. This change will allow the network to be divided into sub-categories allowing different levels of priorities, reliability, and security to be associated depending on the use.

How will 5G change IoT solutions?

IoT solutions are expected to be the biggest consumers of 5G. Particularly with CCTV cameras because these are often deployed outside buildings or on several sites, which requires significant cellular connectivity. Also, 5G with its higher speeds than 4G will increase the quality of the images, thus making it possible to identify anomalies more quickly to make the best decisions promptly.

Security solutions are not the only ones to evolve thanks to 5G. Indeed, today, smart cities sometimes encounter problems related to the width of the band which does not allow the amount of data produced by the IoT to be processed in real-time. Thus, this difficulty will disappear thanks to the economies of scale achieved with 5G.

 For example, a streetlight connected in 5G with a CCTV camera will provide faster and more complete information to the authorities in the event of a problem. Also, each device linked in 5G (lamppost, public transport, car, etc.) will be able to communicate instantly. All this to have more precise information on traffic or pollution for example.

At the industry level, 5G will help improve the intelligence and flexibility of production and will facilitate the implementation of various functionalities. For example, it will facilitate the interaction between each machine and each piece of equipment that can communicate with each other to optimize their performance. Also, 5G enables wireless sensors to better control temperature, vibrations, or noise emissions from production machines. To issue alerts more easily in the event of a problem.

What is iot in 5g?

what do you need to know to understand everything?

5G is ten times faster and more efficient internet speed than 4G. It is simply beyond measure at present. It far exceeds anything that can be imagined in terms of efficiency, speed, volumes. 

The IoT, the Internet of Things, brings together all the linked objects that are already in our daily lives. It includes domestic tools, robots of all kinds, autonomous cars. 5G should increase their capacities tenfold.

Big Data refers to all the personal data generated by internet connections and by connections with and between connected objects. It is a mass of information that will make it possible to better understand the needs and desires of Internet users.

Is 5G needed for IoT

5G brings with it its wave of changes since it is this that will allow the development of IoT. Ultra-fast and immediate, connections will increase exponentially. The volume of data that will be generated will grow dramatically in no time. Data will not stop growing. The whole of society will no longer just be ultra-linked. 

With 5G, we are going to talk about "connectivity" since it will be an immediate link with all IoT equipment placed on the market, including among other companions or domestic assistants. The environments with which we will be linked simultaneously will be extremely heterogeneous. And by relying on the Data generated, 5G will allow faster deployment of the “Internet of Objects”: you will be in immediate connection with all your linked tools. 

You can control your autonomous car remotely. A patient can be treated remotely using robots that can interact with each other. The industry will make a considerable technological leap by developing machines that will communicate with each other. 

Goods and objects in transit will be tracked using sensors and it will then be almost impossible to lose them. Real-time interactions will also revolutionize gaming. We will also be able to see films in total immersion. 

This will plunge the whole of society into a world where responses will no longer be just quick, but immediate.

How does 5g affect IoT - Internet of Things

The new cellular standard will increase speed and capacity - a major benefit for consumer applications. This is less relevant for the Internet of Things because many lte devices are used there, but the sensor data records that are transmitted are usually rather small. In theory, the extra capacity could be a boon to the 5g and iot. 5G enables a much higher device density per unit area. However, application scenarios in which the density is too high for the existing networks are rarely found.

The greatest benefit is lower power consumption. The statement that 5G was developed with the iot devices in mind means the following. The development of previous cellular technologies was based on the assumption that they were mainly used with battery-operated cell phones that were charged once a day.

 And with each new generation of mobile communications, more electricity was used than the previous one. 5G is optimized for new wireless technology, products and services, and ultra-low latency virtual reality massive business industries that send small amounts of data. The so-called protocol overhead, i.e. the information that must be additionally transmitted for each data packet, is significantly reduced with 5G.

A big advantage is the lower power consumption because for the sensors and devices in the 5G network this means that they can be operated with smaller batteries and that the running time is extended. Smaller devices enable more flexible use of IoT solutions because thanks to longer runtimes they can remain in the field longer without the need for complex maintenance.

Alternatives to 5G for IoT scenarios

It remains to be seen whether 5G can already be used for most Internet of Things iot scenarios today. The fifth generation 5g networks will initially only be available locally to a limited extent. The availability of 5G-compatible devices and all associated system integration steps must also be taken into account.

Waiting for 5G technology could mean holding out for a long time. And there are other solutions currently available that can solve most of the IoT problems.

Whether this technology is right for you depends entirely on the requirements of your application scenario, such as location, bandwidth, and security. Current cellular technology may better serve your needs if you settle for larger batteries first, or if you accept a combination of technologies.

Most IoT applications can be operated with the technologies that are currently available. If you take advantage of this, you will be well prepared and can switch to 5G as soon as the coverage is more extensive and hardware is more affordable.

IPv6 for the 5g iot

Several billion lte devices - will power consumption explode or not? That is not right. Commercial applications will continue to benefit from 5G because the energy consumption of 5G-enabled low latency lte devices is 90 percent less than that of devices in previous networks. Mobile network iot use cases and sensors compatible with the 5G network can be smaller, can be produced more cost-effectively, and achieve significantly longer battery runtimes.

Thanks to IPv6, hundreds of billions of machines, cell phones, and other things will be able to have unique addresses. With IPv4, however, there is already a shortage of addresses. NAT (Network Address Translation) is a technology that avoids the problem of scarcity. IPv4 is limited to around 4 billion addresses. But almost all of them are already taken.

SMART as the main term for IoT

There is often talk of an individual number of connected devices in the 5g and IoT network. It is often about communication between things. The focus is on data. Humans and machines, as well as machines with machines, will exchange more and more data in the future.

The term "SMART" is important here. Such smart systems are equipped with interfaces that record data. These can be sensors, new data storage mobile devices, RFID chips, etc. Only then does a device or system become capable of communication. The transmission takes place "wireless". This is often not necessary, but it is more convenient and easier - it looks more modern.

This results in many areas of application for the Internet of Things. These are incredibly diverse. When you think of IoT, you think of self-driving cars, a refrigerator that orders milk by itself, or the house, which can be controlled by a smartphone.

Since 5g iot has taken place in connecting remote service-based industry, it has enable network connectivity world to move their business to a high level. Now wireless communication is connecting people around the world using high-end connectivity technologies. Simultaneously, there are new remote opportunities for new startups that are seeking service support to connect their global network. we can say that the need of contemporary wireless technology will expand network support and provide better wireless exposure.

What is the future of 5g technology

The potential that 5G offers are enormous. In various areas, companies can benefit from the technical performance features and economically favorable key figures. Applications that could not have operated economically in LTE or 3G networks will experience their breakthrough in the future because of the new cellular standard. moreover, it will bring a huge impact on mobile virtual technology as well as the consumption of digital products may enhance. modern business industries and other remote digital service have great potential to improvise a number of their products. with the help of iot devices, massive support can be given to many related industries to connect their business on real time high end technology.