Router Cisco N560-4-SYS-E-BUN1

Network Convergence System Cisco (NCS) Series 500

RoutersВ Cisco Series 500В provide ISPs with a secure, flexible, high-performance yet easy-to-maintain routing platform. Both form factor, namely, fixed and modular support increased controllability, programmability and automation of processes, with their help such processes are provided as:В 5G, Remote PHY, Carrier Ethernet and FTTx.

Technological features and advantages of routers

New models of routers that are placed in categoriesВ NCS 540 and NCS 560В designed specifically for the growing popularity of the global InternetВ Network 5G. They have an increased, extended adaptive synchronization. Also, the models became famous in the global professional Internet community for their ultra-low latency and increased, ultra-high bandwidth..

This generation of routers provides a reliable and efficient platform for ubiquitous broadband access. (MBB), they also mass generate and distribute Internet connections of increased stability, provide tactile Internet and ensure high-quality uninterrupted operation of "smart cities"» AR / VR.

Architectural Flexibility - A Unique Router OptionВ Cisco (NCS) Series 500

Routers of this generation provide an opportunity to intelligently collect, combine all network services on a single platform. This option has become available due to highly scalable and energy efficient systems.В NCS 500 Series. Flexible capacity scaling is supported byВ ports 1/10/25/40/100 GbE.

Devices make it possible to generate networks with support for applications in the field of segment routing. Routers also make it possible to use open and programmable interfaces using databases andВ API NETCONF, and YANG

Another distinctive feature of these devices is that they provide real-time network visibility.. This feature allows much more data analysis compared to other routers.. Real-time review is provided by streaming telemetry.

Technical characteristics of the router Cisco N560-4-SYS-E-BUN1:В В 

Router Cisco N560-4-SYS-E-BUN1