“Neither snow nor rain nor heat nor gloom of night stays these couriers from the swift completion of their appointed rounds.” – Popular US Postal Service motto
Many of my US colleagues have told me that they grew up hearing the phrase above and thinking how reliable their mail service is, even under the harshest conditions, they always got their mail. We in Cisco think that your network should be as reliable and resilient, and work under all conditions, particularly now when the Internet of Things (IoT) requires a level of resiliency at a scale never imagined before, and under conditions beyond what the traditional datacenter or wiring closet can offer.
These days, one of the challenges that the Internet of Things has to deal with is that it “…is already connecting the physical world today, but the real world, unlike the digital world, is much more uncertain and variable. We have to connect objects in unpredictable environments, often subject to Mother Nature or just the movement of our earth and its inhabitants…”
In fact Cisco defines the Internet of Things as “the intelligent connectivity of physical devices driving massive gains in efficiency, business growth and quality of life.”
In order to establish intelligent connectivity to physical devices, networking equipment have to be able to coexist in the same environmental in which the physical device are operating.
Very often, these physical devices are operating in harsh environments both from a temperature prospective (like in a smelting furnace or in a mining field located in Siberia), from a dustiness prospective (like in a cement production plant), from a vibrations prospective (like on a train or on a mining truck) etc.
To properly operate in these environments networking devices have to be specifically designed with highly ruggedized casing to protect the device’s internal components, and with specific connectors to avoid any possible water penetration or to get unplugged because of hard vibrations.
Adrienne Meyer, ODVA, Manager of Member Services and Guy Denis, Business Development Manager at Cisco Systems, explain the value and integration that Cisco brings to ODVA for the past decade at Hannover Messe 2013.
Adrienne is asked about the value that Cisco brings to the ODVA, and how long Cisco has been working with the ODVA. Adrienne talks about the decade long relationship and how Cisco works with a number of the ODVA technical working groups. Adrienne goes on to talk about how the ODVA manages the development of the Ethernet IP technology that Cisco Supports, and how Cisco is showing the breadth of the technology that has been developed and is available at the event.
Guy Denis talks about the strategic nature of the relationship and how Cisco supports the open-standards-based approach of the ODVA. This is very important to Cisco, our partners, and, of course, to our customers. Cisco strongly believes in the open-standards approach to TCP-IP for industrial networking moving forward, for the benefit of all parties.
More and more traditional industries are connected to the worldwide internet. This is all helping to improve efficiencies, increase productivity, and help drive product development and facilitate new business models.
At Cisco, and particularly at the Cisco Connected Industries Group, Rudolph talks about how Cisco is building products and architectures that reach into production plants and machinery in order to enable robust, reliable and secure connections to the internet and to business systems, both inside the organization and externally to suppliers and customers. Read More »
An introduction to how Cisco Industrial POE can simplify electrical wiring, increase device portability, and lower Total Cost of Ownership (TCO). This is available on the Cisco IE3000 and IE2000 Series products now.
IP devices are becoming Ubiquitous, and the Internet of things is upon us, and predictions are for billions of devices connected over the Internet of Everything. So, what does this mean in terms of connectivity? Will everything be wireless? Clearly not for several reasons, including up-stream and downstream high speed connectivity with data centers and storage, and issues of reliability in harsh environments. However, many devices such as sensors will be wireless, and they’ll need to be back-hauled back to the data center or control areas.
So those sensors and devices, which may or not be battery powered, will need to connect to a wired infrastructure of some sort. Many will need a wire-line, especially in the world of manufacturing, energy and utilities. That’s where Power over Ethernet, or PoE, is proving invaluable. Read More »
These days you hear a lot about convergence. Networking, compute, and storage technologies are converging in the data center. Wired and wireless networks are converging in campus networks. These converging technologies are being driven by a desire to make IT infrastructure more flexible and responsive to changing business and employee needs, and to use IT as a competitive advantage to deliver products and services faster to the marketplace.