5G into Industrial Enterprises

As smart devices and business applications continue evolve to be supported by 5G technology, those had been creating a snowball connectivity effect into enterprises networks ( 5G in Enterprises) that will require an incredible bandwidth capacity to deliver more substantial information related to operations, systems and networks itself.?Then, IP and fiber optic networks are the connectedness that links IT and OT environments, making sure that what is need it reaches to users it in a heartbeat. Both give a “custom-made” connectivity to and among midpoints, endpoints across the globe.

Across vertical markets and through the time, users be of the opinion that networks are a critical asset; in today’s scenario 5G technology put networks in the frontline:?Prysmian Group Telecom business?by creating the connectivity of everything need, plus the automation of everything, freeing a promise of driving massive improvements in productivity and creating unprecedented opportunities for MNO’s ( Mobile network Operators) and Enterprises to generate and deliver new services and experiences.

As 5G had been moving from a next generation concept to an enabler network deployment within multiple markets, IT teams as well as OT teams are in need to ensure that rollouts meet the profitability use case for the investor, public or private, and the high quality services level expected by users. Then, 5G networks like any other network, are systems that include IP protocols, core, transport, radio access network (RAN), and?The essential fiber infrastructure?that connects all those components, which are distributed over different locations including virtual ones, furthermore, optimized according to the network architecture. This network systems and components view is what guide networks architecture planning and design with attributes to guide investment choices; one of those key attributes for a 5G networks is that within same 5G network it will deliver?eMBB?( Enhance Mobile Broadband) communications and also must be agile enough to offer?uRLLC?(ultra-reliable low latency communications) within same network.

Further, across vertical markets?Prysmian group?support business-critical applications, which extend also to?industrial IoT harsh environments?automation and real-time asset coordination, additionally, lower latency is a must compared with today’s applications; subsequently, having a look of today’s network architecture into those industrial environments, most manufacturing plants today contain a diverse mix of machines, automation systems, and related technology: PLCs, HMI, SCADA servers, plus a wide range of other control systems and equipment from a variety of vendors. Some of those systems and legacy equipment have limited connectivity options, which in turn limits real-time data transfer among systems, moreover, the value of plant data and connectivity necessity, reach out an IIoT platform that request a reliable?Fiber Optic systems for special applications?from the enterprise core to the edge.

An interesting market trend, driven by?worldwide IoT spending, is the increasing adoption of IIoT by Industrial Enterprises including the leading use case of operational intelligence for manufacturing processes. A successful implementation, with trusted IIoT partners, is for those Industrial enterprises users achieving end-to-end visibility of their industrial operations by monitoring key efficiency metrics such as machines monitoring (asset downtime, changeover times), the factory monitoring itself (overall equipment effectiveness, product throughput).

5G force high-availability networks and services with strict SLA by deploying smart devices across, looking for data acquisition and manage data in almost real time; then, having a consideration for harsh environments, the volume of data generated to reduce energy cost, or maximize production, or to ensure systems uptime, is in many cases simply to much for the network to transport, then capacity is need it to keep the strict SLA based on data integrity. The Draka glass offered in fiber cable solutions such as?Airguard? XP Fiber Optic cable?allows the use of the whole wavelength range to support a number of applications and improve performance in combination with extremely rugged designs to support mechanical challenges presented in those environments.

Another key 5G indicator is the fact of cities grow, so infrastructure call for too; furthermore, considerations related to infrastructure management, energy efficiency, public safety between others contemplate?the use of technology?to connect citizens, businesses, to improve quality of life, to assist with an economic growth as well as equally important promote sustainable consumption of natural resources. Water sustainability is one of those pondering aspects, ITS (Intelligent Transport systems) applications, air pollution monitoring, government and industries, rely on data sourced by 5G networks to help inform decision making around each of those aspects respectively: reduce water usage, urban transportation planning, enable real-time monitoring of reducing hazard air factors, the management of business process into administration governments to decide for city budgets, all using?Communications networks?preparing or in other cases rolling out city deployments by adding?fiber sensing networks?to detect ground movement, crack detection infrastructure or hot spot detection and localization; all for an unprecedent creation of places where technology and humans interact in connected and intelligent ecosystems.

Prysmian Group?singular focus has always been delivering quality network technologies solutions and expertise to build the most critical public and private?5G?networks as well as solve the world’s most critical networking challenges. Decades of emphasis brings insight and the technology depth our customers value include multiple end-users industries. We are proud to be their trusted cable network partner, helping drive significant improvements in productivity that will enhance the quality of life and more sustainable communities.