Cisco Ultra-Reliable Wireless Backhaul

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Industrial organizations are accelerating digitization to reach their sustainability goals. Cisco’s new innovations to simplify IT for operational use cases and easily deploy industrial networks anywhere at scale were top of mind at Cisco Live.

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In the final segment of this three-part series, I put an advisory lens on process automation monitoring, dissecting the application flow, and a little detail on why the serving wireless medium must behave in a particular way to support it.

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This blog is the second in a three part series, bringing a lens on manufacturing logistics, dissecting the application flow and a little detail on why the serving wireless medium must behave in a particular way to support it.

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The Internet is littered with articles about Industry 4.0. Adoption of digital industrial processes is facilitated when these processes run over wireless infrastructure, but the communications technology must deliver against strict application requirements for performance and reliability.

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Two weeks ago, I joined numerous customers and partners in being able to see, touch, and hear Cisco’s technology in action during the Indy Autonomous Challenge powered by Cisco at the Texas Motor Speedway.  Cisco was proud to be the presenting sponsor of the head-to-head autonomous racecar competition which featured six university teams from across the globe. 

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Decrease time and costs for implementation, operations, and maintenance of rail operator networks.

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Communications-Based Train Control (CBTC) is one of the most important innovative technology solutions to support increasing passenger volumes for railways. Learn how to solve networking challenges that CBTC introduces.

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Cisco recently renewed our sponsorship of the Indy Autonomous Challenge Powered by Cisco for 2022. This exciting event will be held November 11 at the Texas Motor Speedway in Ft. Worth, Texas.

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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.