Cisco Ultra-Reliable Wireless Backhaul

Latency is a function of the proper network design. Radio latency must be considered alongside end-to-end IP latency and round-trip delay. The closer applications are located to where data is being processed in data centers, clouds, or at the network edge, the lower the possible latency. 

Enabling mining companies to implement the infrastructure they need to reach new heights of digitalization and automation.

What customers are saying about our IoT for industry portfolio.

With the advancement of communications within the rail industry and the proposed move to Future Rail Mobility Communication System (FRMCS) primarily within EMEA, it is important to understand what this means for the rail industry and explore how it will integrate with other technologies that are required to deliver ubiquitous communication. 

FMCI and Cisco create an architecture that enables FMCI to deliver the cutting-edge scenarios their customers need.

Legacy fixed block signaling systems can no longer meet the increasing demands. Communications-Based Train Control (CBTC) achieves maximum capacity while maintaining safety requirements.

Check out the latest innovations in industrial IoT during an action-packed digital and in-person event in Las Vegas, June 12 to 16.

In today’s digitally-enabled ports and terminals, yesterday’s old security perimeter is insufficient. Adopting a zero trust security strategy is necessary to successfully modernize port operations.

Wireless technologies have their uses in every industrial setting. Your use case determines if Wi-Fi 6 and 6E, public and private 5G, or ultra-reliable wireless backhaul is your best choice.