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Introduction to 5G protocols
The 5G protocols are a family of upcoming wireless communications standards that use the term fifth generation to refer to two successive generations of wireless communication technologies. These standards are based on the concept of bandwidth partitioning, but in name only. 5G will have a wider variety of applications than other cellular technologies. In addition to faster and more reliable coverage, it also offers higher throughput, ultra-low latency connectivity, faster response times, lower power consumption, and increased battery life. The 5G standardization process aims to improve the capabilities of wireless networks to cope with the ever-increasing number of users while providing enhanced quality of service (QoS) and user experience (UX).
The first non-standalone 5G NR architecture specification was published in June 2018. This specification will be used for deployments where there is a need for backward compatibility with 4G technologies. A standalone 5G NR specification is under development, which will enable true mobile broadband services. The first 5G protocols were developed to enable higher speeds and better performance on mobile devices. 5G networks give consumers better signal quality and data transfer efficiency, even when transferring large files that require high bandwidth. 5G protocols also have many other benefits, including lower latency, better responsiveness, and faster device connectivity.
Introduction to 5G Protocol Stack
5G protocol stack presents a new way of organizing communication in networks. The main difference from 4G is the transmission speed and high coverage. In addition, 5G provides high security and protection against unauthorized access to personal data or equipment systems. The 5G protocol stack is based on five layers. They are the physical layer, MAC sublayer, transport layer, radio resource control (RRC), and management entity (ME) sublayers. The physical layer transmits bits over the radio interface (Uu). The MAC sublayer provides bit-level multiplexing for different logical channel flows. The transport layer includes a user plane (U-Plane) and a control plane (C-Plane). RRC is responsible for signaling between an eNB and UE regarding system information, current transmission parameters such as data rates and signatures of various UEs currently connected to the eNB, and one or several high-level messages related to the mobility of the UE. The management entity sublayer handles various procedures such as authentication and authorization between remote devices or networks.
The 5G Non-access layer can be seen to be similar to 3G and 4G protocol stacks, but with a little more focus on higher-order concepts such as network slicing, multi-rater QoS control, and multi-radio operation. Additionally, it uses the latest technology including coding schemes, antenna technologies, and beamforming capabilities. The 5G stack is designed to meet the requirements of a wide range of 5G use cases and applications. The 5G system architecture will start from network edge (PE) to network core (P-GW), and will consist of a control plane, user plane, transport plane and application plane. In order to cope with the diverse requirements of various wireless access systems, the 5G protocol stack includes enhanced functionalities for intelligence services such as enhanced security, compute offloading, mobile resource efficiency, flexible backhaul connectivity and multimedia communication support. 5G protocol stack is the key to enabling all end-to-end 5G use cases. CoMP is a key technology requiring large-scale deployments, because it helps telcos to match the capacity of their spectrum, thereby reducing the amount of spectrum needed to serve customers and reducing costs.
Introduction to 5G Protocol Stack development
The 5G Protocol Stack is designed to provide an open architecture and support IPv6, IPsec, GTP, Ethernet, and so on. The new protocol stack will also be able to transfer data via the internet by using an application interface or some other means. The 5G protocol stack is a layer-based approach of the application layer, network layer, transport layer, and link layer. All layers are implemented as networks comprising of objects that perform certain functions. A special type of object called "function" represents the interface between two layers. Every function has a unique specification that includes parameters and calculation results. In addition to the basic function, there are also advanced features such as scheduling and buffer management. 5G is the next-generation wireless communications technology. It includes key improvements in performance, coverage, and capacity to enable new services and applications by utilizing the ultra-high frequency spectrum. There are multiple flavors of 5G such as 5G NR (New Radio) and 5G mmWave (millimeter-wave). The overall objective for 5G protocol stack development is to create a system that can seamlessly integrate multiple radio access technologies (RATs), manage the connectivity between mobile devices and various network layers, and support multiple applications simultaneously with enriched application layer functionality.
The 5G protocol stack development team is responsible for delivering the 5G core network protocols, mobile radio access network protocols, and fixed network protocols, which include network layer (L1) and transport layer (L2) functions. This team will also be responsible for defining and developing common interfaces between the other 5 G-related efforts. Potential 5G use cases include near-instantaneous communication between vehicles, high-resolution video calls, edge computing in the home and office, massive internet of things devices, and more. As a result, 5G has the capacity to support a wide variety of services on a massive scale.
5G Protocol Training by TELCOMA Global
Telcomaglobal 5g protocol training program is designed to make students understand the knowledge of 5g protocol. The intensive course will give you a great understanding of both the Telco and Mobile Service Provider perspectives, as well as key network architectures, functions and use cases for this important technology. It will also provide insights into potential business applications for 5G, such as Virtual Reality (VR), Augmented Reality (AR) and Cloud Computing.
5G is one of the most disruptive technology innovations in recent years. From the first 5G mobile phones to commercial networks, 5G will bring new opportunities and experiences. Telcomaglobal has become a leader for telecom professionals with its comprehensive 5G Training Programs. They offer training services on all areas of 5G solutions, including fixed and wireless access, transport networking, core networking, fronthauling network, etc., as well as strategies for future business opportunities related to 5G.
The 5G Protocol Training program is designed to provide telecom professionals with the knowledge required to support and maintain the deployment of 5G networks. The course covers 5G architecture, protocols, security and supporting technologies.
This training is for anyone who wants to learn the 5g protocols and become a true expert in their field. With our training you will be able to train others and share your knowledge, as well as increase your skillset as a leader.
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