CommScope view: 5G better future requires more fiber connection

At present, around 5G expanded rapidly warming to compete on a global scale, leading technology competing countries have deployed their own 5G network. South Korea has taken the lead in April this year launched the world’s first commercial 5G networks. Two days later, the US carrier Verizon followed also enable the 5G network. South Korea successfully launched 5G commercial network confirms the findings of A10 Networks – Asia Pacific largest in the world in the planning and implementation process 5G network deployment [1]. At the same time, China has recently issued a commercial license 5G, 5G demonstrate leadership in the deployment. Is expected to 2025, the Asia-Pacific region will become the world’s largest market 5G. Report of the Global System for Mobile Communications Association (GSMA) shows that Asian mobile operators plan to invest nearly $ 200 billion over the next few years to upgrade 4G network and launched a new 5G network. [2] The ultra-high speed Internet 5G, i.e., the fifth-generation mobile internet connection, is expected to achieve improvements of up to 1000 times the bandwidth, the single-user to reach 10 Gbps speed and ultra low latency of less than 5 milliseconds. Internet of Things (IoT), a digital device that is interconnected systems, is one of the areas expected to help accelerate the development of 5G technologies. Things almost all commercial and consumer use cases are becoming increasingly commonplace in today, from smart phones to GPS, no need to use things through the Internet information network transmission equipment, 5G technology will provide network support for these connected devices. 5G and 5G IoT requires fiber optic infrastructure and IoT technology will penetrate into every corner of our lives. Upgrade the current network infrastructure to cope with future highly connected enterprises and organizations is a priority, and network operators are in promoting the development of next-generation networks play a key role. 5G require significant area coverage to ensure network transmission optical fiber connector. In addition, for consideration of the capacity needed to meet and network diversity, availability and coverage of a higher level of performance requirements related to 5G, and these goals need to be achieved by increasing the number of interconnected fiber-optic network to. ResearchandMarkets survey CONTROL ENGINEERING China Copyright , with the large-scale application of advances in communications technology and optical fiber in the field of IT and telecommunications, China and India will lead the field of fiber-optic network revenue growth. To reduce power consumption and excellentSpace utilization CONTROL ENGINEERING China Copyright , many operators are now the transition to a centralized network architecture of radio access network (C-RAN), and fiber connections which also play a key role as the centralized the base station baseband unit (BBU) provided between the front and the base station is located a few miles away plurality of remote radio units (RRH) connected to pass. C-RAN is provided a lifting both network capacity, reliability and flexibility, but also an effective way to reduce operating costs. At the same time an important step, C-RAN gateway to cloud radio access network (Cloud RAN) of the road. In the cloud RAN, the processing BBU is “virtualization”, which can provide greater flexibility and scalability to meet future network needs. Driving increased demand for optical fiber is another major factor 5G fixed wireless access (FWA), which is also the alternative to consumers over the broadband network. 5G FWA is one of the first applications deployed Control Engineering Copyright , help wireless carriers in the home broadband services market to compete for a higher share. 5G speed to ensure the FWA to meet the family, including the transmission of Internet traffic, including OTT video services. Although the deployment of fixed broadband access than 5G fiber to the home (FTTH) faster, more convenient, but the bandwidth to speed up the growth rate has also brought greater pressure on the network, which means you need to deploy more fiber to deal with this challenge. In fact, over the past 10 years, the network operator investments in FTTH network also inadvertently laid the foundation for the deployment of 5G. Winning 5G We are at a critical crossroads wireless network development. 3.5 GHz and 5 GHz bands release allows operators to fast track leading to 5G connection. Network operators need to take the right connection policy, to greet the arrival of future networks. We will soon usher in a super-connected world, users will experience performance gains due to cellular base stations and wireless access points to be improved. However, the final , the wireless network will depend on the quality and reliability carry communications between cellular base station wired 5G (Fiber Connectivity) network. All in all CONTROL ENGINEERING China Copyright , 5G and IoT deploymentIntensive fiber network support, to meet high bandwidth and low latency performance. Although a few countries may have the lead in the 5G competition, but now it is too early to declare a winner. Future, 5G will brighten our daily life, the right to deploy fiber optic network infrastructure will be released 5G unlimited potential “economic base.”
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