CommScope view: Interpretation of the five major trends affecting the future cabling needs of

Is expected to 2022, global fixed and mobile personal devices and the number of connections will reach 28.5 billion CONTROL ENGINEERING China Copyright , global IP traffic will thus increase to 4.7 Z (zetta) annually bytes. At the same time, with higher processing power, more storage capacity and other edge features advanced computing applications will continue to expand CONTROL ENGINEERING China Copyright , reliable communications between the centralized service. These developments without the support of a broadband optical fiber, copper cable, wireless and power connection. The Control Engineering Copyright , CommScope, summed up the five trends in 2019 and will affect the future of enterprise network cabling infrastructure policy: Trend: edge computing, fog-free computing and server computing will redefine cloud computing to enhance the importance of “always-on” as more and more computing power and data migration to the network edge, enterprise business will be expanded by cloud and hosting services, while the city center land of the rising cost also makes the trend becoming increasingly apparent. To this end Copyright Control Engineering , companies need high-performance structured cabling copper and fiber connections consisting of solutions to deal with the enormous calculation edge data stream. Trends: high-density fiber connections help the development of 400G sustained uplink and backbone network construction to 200 / 400G backbone network or will be initially implemented in 2020. With the enhancement of the capacity of the processor and increase server density, the company will use to support 400GbE network densification strategy, which will put a higher capacity within smaller space. Support smaller, more flexible wiring design and technology of centralized cross-connect the cable connector in high density environments become more convenient and efficient in enhancing the channel to solve the problem of testing and installation. As technology advances, the support 400 Gbps physical layer specifications of the capacity of the multimode optical fiber is improved. In multi-mode broadband solutions for example, it uses four kinds of short wavelength, so that the capacity of the multimode optical fiber of each optical fiber to achieve from 50 Gbps to 200 Gbps is quadrupled. Continuous improvement OM5 wiring technology provides for such SWDM WDM SolutionsMore support, while retaining compatibility with legacy applications. Trend three: Power over Ethernet power options become more high-power devices and networking applications, according to the Grand View Research predicts that as more and more compatible with data rates up to 4PPoE technology and equipment 10GBASE-T is adopted, 2025 global PoE market is expected to reach $ 3.77 billion. Suitable cabling and network designed to support a faster speed or higher power devices. Given 4PPoE technology has a higher power, its potential overheating issues that affect transmission performance and safety of a structured cabling system, when a new generation of PoE factors are applied under different conditions and the actual installation of sustainable green initiatives important consideration. Compared with cabling Cat 5e, Cat 6A cabling can achieve lower DC resistance and better thermal performance, so the industry standards organizations (e.g. TIA) recommended for 4PPoE Cat 6A cabling deployment. Since the magnitude of the current is proportional to the generated heat, thus allowing a single bundle harness cable run number become another important consideration. Trend four: one-on-Ethernet business use cases are emerging in addition to the automotive industry use cases and some industrial areas, but also for single Ethernet within the next decade will provide billions of things edge devices deployed in a cost effective solution for power supply, connection and secure transmission. Compared with patients with typical traditional four pairs of twisted-pair cabling, IoT devices are being deployed most only a relatively small bandwidth and power, so a single Ethernet is expected to become more compact, more economical solution. Single application trends Ethernet enriched the scenario of copper cabling, as the world’s leading providers of communications network infrastructure solutions provider CommScope is also actively engaged in the promotion of copper-based LC solutions. Trend five: Wi-Fi 6 (802.11ax) will be deployed and install a new generation of Wi-Fi technology –Wi-Fi 6 can support up to 10 Gbps wireless data rates, and can be in today’s increasingly crowded wireless environments (such as airports, stadiums, hotels, apartments, commercial buildings and entertainment) to achieve stable, smooth operation. Wi-Fi 6 supported by the “multi-user multiple input multiple output” (MU-MIMO) technology, any compatible access points are capable of simultaneously relativeWith the speed of processing up to eight user traffic. Nevertheless, the company has only the right to a WAP connection cabling infrastructure to achieve real advantage of Wi-Fi 6. To meet the demand for bandwidth, TSB-162-A standard recommendation for each WAP-service network can connect two classes Cat 6A cable. Looking at the above-mentioned five major trends, “power” is one of the keywords in 2019 and future cabling strategy. With the direction we achieve 90W power transmission cable to twisted-pair PoE forward , heat and security issues will become more factors we will consider in the future. At the same time, we will see more hybrid fiber handle longer distances for power supply and data transmission solutions.

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