Full sprint 5G New generation of Intel, active arch Multi-edge operation (multi-access edge Computing; MEC) 5G Technology solutions have made great progress in the application of terminals, 5th joined hands with Hon Hai, Asia-Pacific Telecom and other industries announced the combination of face recognition, artificial intelligence (AI) technology, in eight major areas of life to launch innovative applications. Intel is confident that Intel is actively investing in Internet technology, focusing on 5G from terminals to clouds, followed by the South Korean Pingchang Winter Olympics in early 2018 and the 2020 Tokyo Summer Olympics, which will be the 5G showcase. Intel and Hon Hai signed the 5G Network technical cooperation memorandum since 2016, the first public results. By Hon Hai, Asia-Pacific Telecom and domestic and foreign industry, academic Elite Technical Alliance, in collaboration with Intel Planning and development of MEC 5G Technology solutions, combined with face recognition, AI and other technologies, in the eight major areas of life, the introduction of innovative applications, 5th first to face Recognition application services published, This result is through MEC accelerated face recognition of the response efficiency, HOS home security access, human face intelligent retail, virtual consumption, and even into the empty shop ' brush face ' shopping, can be quickly and conveniently completed. Face recognition is just one of the applications of MEC, the future will be more closely combined with the 5G, adding more high-speed applications, would make life more intelligent and convenient. Lynn Comp, general manager of Vision Cloud division of Intel's Network platform business Group, said Intel and Hon Hai, Asia-Pacific Telecom Co. demonstrated the latest achievements in 5G technology development, demonstrating the strength of Taiwan's future new technologies, and MEC is an important cornerstone of 5G technology from terminal to cloud building. can help the telecom industry to improve the efficiency of content and services, to give mobile users a richer and more high-quality experience. MEC platform provides a variety of server options suitable for different scenarios, through the MEC controller built on the servers around the centralized management and monitoring. supports a wide range of wireless/wired access networks, making it easier and more flexible to deploy this solution. The development of MEC Solutions is virtualized via Intel network terminals (Network Edge virtualization; NEVs SDK Technical Support and DPDK (Data Plane Development kit) software development suite technology for integration, so that the smart can be extended to the network boundary, instant access to information, to achieve 5G high-speed networking life. In fact, the billions of networking devices that the IoT drives, coupled with the huge data of new applications and cloud services to the telecommunications network to face unprecedented volume of data transmission, if the network terminal processing of specific applications, will enhance network efficiency and reduce latency, in turn, to the telecommunications and OTT content service providers to create new business opportunities. Full sprint 5G New generation of Intel's MEC 5G technology solution in the wireless network (RAN) it and cloud computing capabilities for mobile users are provided at close range, providing ultra-low latency, high frequency and wide service environments for application developers and content providers, and direct access to instant wireless Internet information ( such as user location, base station load, etc., to provide contextual application services, to create a unique mobile broadband experience; MEC can shorten the response time of terminals, improve the speed of content and service delivery, and improve the network speed and telecom service efficiency according to wireless and network conditions, and give mobile users a richer and more high-quality experience. MEC brings a new ecosystem and value chain, and telecommunications providers can open their ran terminals to authorized third-party units for mobile users, enterprise users and specific vertical industries to quickly and flexibly build innovative applications and services. Whether near-distance, situation, rapid response time and speed can be translated into telecommunications, network equipment vendors, and other third-party units can be used to the value of their own business model, to play complementary functions, from the mobile broadband experience to obtain business opportunities. One of the principles of MEC is to reuse or utilize the existing network function virtualization (Network function virtualization; NFV) technology and concepts that make MEC systems an extension of existing NFV systems. On the whole, MEC can improve the computing power of ran terminals, break down barriers between access and OTT content providers, provide standard APIs for OTT content service developers and abstract basic telecommunications interfaces (abstract underlying telco Interfaces) platform, as well as the development pillar for 5G technology, meets the needs of low latency and high frequency wide. Intel is confident that Intel is actively investing in network technology, focusing on 5G from terminals to clouds, and a number of important technologies are being developed, such as NFV technology is in the building, laying the groundwork for 5G, and once virtualization is complete, the network will quickly change, network slicing (network slicing) and other technologies will be able to support a variety of services and links to achieve a more close to the needs of the network experience. In addition, Intel participates in a number of standard-setting and, in collaboration with a number of telecommunications and equipment manufacturers, has set up an Intel Network Builders Network Eco-collaborative community, including equipment suppliers, software vendors, application services vendors, and more than 200 industry partners to build 5G network, Jointly develop and test such as dynamic network slicing, multiple access edge operations, millimeter ripple to other technologies, and jointly promote 5G and services. Next, including the South Korean Pingchang Winter Olympics in early 2018, and the 2020 Tokyo Summer Olympics, will be the 5G display site.
