Currently, in network technology one of the most discussed terms is 5G networks, although it is well-informed that 5G will be launched by 2020, but there is still a lot of buzz about its upcoming features, additional benefits compared to 4G, resources needed to implement 5G. 5G will impact the entire mobile network and usher in a new technological era. 5G will be more than just next-generation networking technology, it will bring together the concept of the Internet of Things. Although it is specified that the 5G network will be based on the IEEE 802.11 ac broadband technology standard, the formal standard for 5G has yet to be proposed. The main goal of 5G research and development is to provide faster Internet speed at a lower cost, reduce battery consumption, reduce latency, increase security and connectivity for a large community. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get Original Essay5G simply refers to the next and newest mobile wireless standard based on the IEEE 802.11ac broadband technology standard. We can say that: 5G wireless technology denotes the proposed next major phase of mobile telecommunications standards beyond the current 4G standards. Rather than faster Internet connection speeds, 5G planning aims for greater capacity than current 4G, enabling more mobile broadband users per unit area and enabling the consumption of larger or unlimited amounts of data in gigabytes per minute and user. This would make it possible for a large part of the population to consume high-quality streaming media content for many hours a day on their mobile devices, even when they are not reachable from Wi-Fi hotspots. 5G research and development also aims to improve support for machine-to-machine communication, also known as the Internet of Things, by targeting lower costs, lower battery consumption and lower latency than 4G equipment. Although it is too early to decide what exactly 5G wireless technology and its offerings, we can conclude on the following basic requirements to meet 5G wireless technology: High and increased peak bit rate (up to 10 Gbps connections to endpoints in the field) Efficient use of energy in devices Higher volume of data per unit area (i.e. high spectral efficiency of the system) High capacity to allow connectivity of multiple devices simultaneously and instantly (100% coverage) Higher bandwidth Lower battery consumption Better connectivity regardless of the geographic region you are in Greater number of supporting devices (10 to 100 times the number of connected devices) Lower cost of infrastructure development Greater reliability of communications (end-to-end round trip delay of one millisecond) Features of 5G Technology: With a wide range of innovative features, now your smartphone would be more parallel to the laptop. You can use broadband Internet connection; other significant features that fascinate people are more gaming options, wider multimedia options, everywhere connectivity, zero latency, faster response time and high quality HD audio and video can be transferred to another mobile phone without compromising the quality of audio and video. The most distinctive feature of the 5G network is that the network will be based on user experience, system performance, improved performance, business models, and management and operations. 5G will use advanced access technologies such as Beam Division Multiple Access (BDMA) and Accessmultiple is not quasi-orthogonal or Filter Bank Multicarrier (FBMC). New advanced technology called Fog Computing will support the development of 5G, this will help achieve low latency, high mobility, high scalability and real-time execution. 5G wireless technology uses UWB (Ultra-Wide Band) networks with higher bandwidth at lower energy levels. The bandwidth is 4000 Mbps, which is 400 times faster than today's wireless networks. It uses a smart antenna and CDMA(Code Division Multiple Access). 5G will be the single unified standard for various wireless networks, including LAN, LAN/WAN, WWWW – World Wide Wireless Web, unified IP and seamless broadband combination technologies. It follows Master Core technology to work in parallel multimode mode, including all IP network modes and 5G network mode. In this mode (as shown in the image below), it controls all RAN and Different Access Networks (DAT) network technologies. Any service mode can be opened in the new 5G deployment mode such as World Combination Service Mode (WCSM). WCSM is a wonderful feature of this technology; for example, if a teacher writes on the blackboard in one country, it can be displayed on another blackboard anywhere else in the world in addition to conversation and video. Additionally, new services can be easily added via parallel multimodal service. Three key 5G questions and answers from a team of Bell Lab experts: Q1: 5G is still a few years away, why should operators care now? Expert Opinions – Launching a new wireless technology requires huge investments and excellent planning for its successful implementation. Here the planning will include business plans, a new type of services and decidedly low costs for users with advanced features. As critical support, environmental support, the Internet of Things concept and other diverse capabilities are expected to be incorporated into 5G, planned infrastructure support will be needed. If operators don't worry about it now, they will face huge business losses when it launches. Q2- What is the best way to build 5G network? Expert opinions – The first step will be to evaluate the current technologies, how they fit use cases for the proposed 5G technology, once the use cases and business model are created, it is necessary to set the parameters for the technological transition, so the next step will be the implementation of this transition. For this transition, the most important requirement is adequate training, which develops advanced skills to work on this technology. For this, it is necessary to develop the right operational processes and technological tools. Q3- What are the main technological challenges to be addressed? Expert Opinions – Firstly, it will be necessary to develop Telco cloud that supports network slicing where the service configuration can be properly adapted to different needs. Secondly, 5G will be demanding in terms of transport network capacity, both in terms of capacity and resilience. For this reason, it is important to implement the radio access network to support 5G capabilities. In this process, the key challenge will be site densification, which is why 5G will use the higher spectrum bands. Another challenge will be the optimization of the network, which is why the study of end-user evaluation is necessary to evaluate the quality of the work. How are countries preparing for the launch of 5G? Even though it was the United States that won the race to launch 4G, now there are many countries that are working hard to launch 5G in their country first. Here's a preview of how 2017.