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What Do You Need to Know About Network Slicing?

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Network slicing can take a massive toll on the idea of networking. This is done by isolating, orchestrating, abstracting, and separating the logical network components from the underlying physical network resources. Such examples are best at highlighting the advantages of network slices. Also, do not forget to make the most of IoT solutions in need. 

1. Remote Surgery 

The first-ever 5G-powered tele-mentored operations happened to occur in 2019. Dr. Antonio de Lacy in Spain performed this. When the operation was ongoing, the 5G connection offered a lag time of precisely 0.01 seconds. 

2. Vehicle To Everything 

This one is a type of technology where information from sensors may travel using low-latency, high-reliability links, high-bandwidth, and so much more. Vehicle to everything majorly focuses on improving road safety and attaining zero deaths because of any road accidents. That is why many trials are ongoing over the 5G network slice. 

3. Network Slice

Manufacturing is something that needs a lot of attention. There can be several aspects where it needs support. At this point, the network slice can solve all major issues. The network slice can offer umpteen support on AR/VR use cases like remote assistance, field support services, and more.

4. Autonomous Drones

Percepto was the one who came up with the Drone in a box solution over the 5G trial network. Such a thing occurs with minimal human intervention for applications like real-time surveillance. It can also help meet other demands in need like disaster recovery, consignment delivery, and more.

5. IoT Slices

Medical wearables, utility, and banking sectors are also scouting for a devoted network slice to manage their mission-critical applications over a secure medium. 

5G has the power to change the business and carve out ample opportunities. We all know that the trials of 5G are continuously going on, and new features are constantly launching in the market. By that time, different businesses are looking for a method to grab a devoted device network connectivity. Primarily, LTE networks will help. 

A private LTE network is a local LTE network that makes the most of devoted radio equipment to provide premise services using IoT apps. If you wish to know about the features of IoT solutions, here they are- 

6. Coverage 

Private LTE is always assisting outdoor coverage indoors and is created concerning end-device location. Gas and oil can extract maximum benefits from such a helpful range. 

7. Capacity 

Private LTE is not only available to provide paramount flexibility but also makes exclusive usage of capacity. It helps with the configuration of downlink and uplink, engineering the RAN, and setting usage policy to provide capacity requirements. 

8. Control 

Private LTE focuses on comprehensive use-case management by offering visibility of traffic prioritization and resource application. Also, if needed, parameters in the LTE radio can be personalized to optimize latency and reliability.

9. QoS (Quality Of Service)

LTE QoS Model is great at permitting several layers of prioritization and Guaranteed Bit Rate. Remember that GBR is an essential need for video analytics solutions. 

The Bottom Line 

Some of the famous private networks are CBRS and Multefire. Private LTE is feature-rich and best for both enterprise and industrial use cases. 

About the author


Divya Gandotra