3 Technology Advances Drive IIoT — and its Demand for Real-Time Data

 

Real-Time Data White Paper

What is the impact on the enterprise data center when it tries to process real-time data from IIoT devices?

Deploying IIoT generates data that needs to be collected, analyzed, and acted on in real time.

What exactly is real time and how does it affect your network’s infrastructure?

Panduit’s latest white paper, “What is the Impact of Real-Time Data?”  explains the relationship between process control and real-time data.

What is Real Time?

The definition varies, but generally, a real-time system is one that provides a smooth, seamless user experience.

This is certainly the case when watching HDTV or listening to streaming music. The video frames and audio samples arrive quickly enough and at the right time.

This allows the viewer or listener to integrate them into a smooth experience rather than discrete samples.

This definition also applies to digital control systems implemented on the factory floor or a flight control system. In those applications, if the digital control system does not respond fast enough, bad things can happen.

Process Control is Generating Real-Time Data

End users and manufacturers of IIoT technology are using three concurrent technological advances to deploy IIoT: sensors, Moore’s Law, and the ubiquity of bandwidth.

Without them, the IIoT and the linkage of the factory floor to the enterprise data center would not be possible.

  1. Sensors—Sensors like microelectromechanical systems (MEMS) accelerometers, gyroscopes, and inertial measurement units (IMU), have become small enough with a reduced cost, making wide deployment practical.
  2. Moore’s Law—Doubling the number of transistors in an integrated circuit every two years has resulted in small, cheap CPUs and memories.  The Raspberry Pi single board computer is an example.
  3. The Ubiquity of Bandwidth—IIoT devices that gather data need to send that data upstream for analysis. The ability to connect to a network is available everywhere. There is a wide range of ways IIoT devices can connect to the network, for example, copper or fiber optic cabling, Wi-Fi, ZigBee, and cellular, to name a few.

Deploying IIoT devices generates large amounts of data that must be analyzed and acted upon in real time.

To learn more about the impact of real-time requirements on your network’s infrastructure, download Panduit’s “What is the Impact of Real-Time Data?  white paper – or subscribe to our blog to receive our complete 4-part series of IoT 101 white papers.

 

New NFPA 70E Labeling Requirements

The NFPA 70E Standard provides guidelines for electrical safety in the workplace. Recently this standard has been updated to provide consistency of terms with other standards that address hazards and risk.

Some of these changes introduced new terms such as arc flash risk assessment to replace arc flash analysis and shock risk assessment to replace shock hazard analysis.

Determining the Arc Flash Risk Assessment and Shock Risk Assessment for electrical devices provides important information to warn of the specific risks associated with an energized piece of equipment. This information is communicated to workers through the use of equipment labels.

In Section 130.5(D) of the 2015 NFPA 70E Standard new requirements for Arc Flash Warning Labels are explained.

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What Is Driving Adoption of High Density Fiber Enclosures?

Real estate is one of the primary reasons that high density fiber enclosures are deployed in the data center. In some parts of the world, real estate is very expensive. One way to save cap ex is to try to use the smallest data center possible. The smaller the data center, the less square area required, and therefore, lower cap ex. This would certainly be the case if one is using a co-lo facility. Of course, a smaller data center also means lower op ex, e.g., less cooling, etc.

Another reason, also driven by real estate, is that the data center’s size is fixed. The data center cannot be enlarged. This might be the situation in dense urban areas where a larger space does not exist. The only way to add more functionality to the data center is to try and find a way to cram in more equipment. Hence, using a high density fiber enclosure.

Another less obvious reason for using a high density fiber enclosure is the trend towards data centers becoming profit centers. Historically, data centers were perceived as a cost of doing business. Depending on the business you are in, that may no longer be the case.

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Hasn’t Everyone Deployed 10G Ethernet?

The other day I was participating in a conversation with a customer about LAN and SAN speeds greater than 10G. It was a good conversation and the customer had numerous questions about migrating to 40G Ethernet; what is happening with 100G Ethernet, using multiple fibers for Fibre Channel, etc.

Toward the end of the conversation I asked them about their plans regarding deploying 40G Ethernet. They replied that they had no immediate plans for deploying 40G and that the reason they wanted to talk about it was to make sure that their LAN infrastructure could support it in the future. They plan on deploying 10G Ethernet in the new data center.

That revelation hit me with the same impact as participating in an ice bucket challenge.

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Practicing Good Fiber Hygiene

There is something lurking about in today’s data centers that is not mentioned in polite company and quite frankly, is ignored. Although it will not go away, one hopes that it will not rise up and wreak havoc, bringing the enterprise to a halt.

That’s right . . . bad fiber hygiene!

EEEK!

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Reduced Inefficiencies = Job Site Productivity

Efficiency is quickly becoming the mantra across construction organizations. Even minor variances in construction practices can affect profit. All components need to be designed and engineered for productivity, reliability and safety in order to meet or exceed industry standards and pass inspections. Mistakes on the job site cause delays or rework which increases overall project costs and can lead to missed deadlines:

  • Time lost when people, materials, or equipment are kept waiting
  • Poor handling of materials and equipment around a site
  • Excess materials not needed
  • Unsafe job site conditions due to improper grounding, arc flash hazards, worker injury/fatigue

Panduit can help you improve productivity, reliability and safety – with a full solution of over 30,000 available parts engineered to reduce installation time and costs, improve operational performance, and meet or exceed industry standards.

NECA 2014Stop by and see us at NECA Booth #211 and let us show you how
We’ve Got You Covered or visit us at www.panduit.com/buildnow.

Energy Boom Boosts Shipbuilding Construction

Check out this great blog citing the Wall Street Journal from The Center for Environment, Commerce & Energy on how shipping operators are pouring billions of dollars into the construction of oceangoing crude-oil carriers.

No matter where your shipbuilding operations reside – Panduit is there.
See how Panduit enables shipbuilders to address unique infrastructure challenges.

Panduit Shipbuilding Map

10G to 40G Migration Using the PanMPO Connector

Historically, MPO connectors had to be ordered with the correct gender and polarity because they could not be changed in the field. The PanMPO connector changes that, allowing installers to change both polarity and gender quickly and easily, simplifying the migration to 40G Ethernet while maintaining standards compliance. Because of this, data center operators only need to purchase one type of MPO patch cord reducing costs and improving efficiency.

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Selecting the Right Pathway for Your TR

Telecommunication rooms (TR) have long been used as critical consolidation points between backbone and horizontal cabling. Today, increasing lifecycle demands on modern facilities require architects, engineers, and contractors to provide facilities that adapt to the changing demands that building owners and IT personnel will require over the lifecycle of the building. Besides providing the critical function of holding telecommunications equipment, cross connect cables, and connectivity for areas of the building served by that TR, modern building automation (BAS) and security systems place evolving demands on the TR infrastructure. Much emphasis is directed toward the specification of equipment, cable connectivity, and cable management within equipment racks, but the selection of optimal cable routing and pathway solutions is typically given much less consideration.

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Cisco Live 2014

This year’s Cisco Live , being held at the Moscone Center in San Francisco, promises to be another exciting event. As a Platinum Sponsor, Panduit will be exhibiting in booth #1521 and will be featuring our Intelligent Data Center Solutions, Enterprise Solutions and Industrial Automation Solutions.

We are particularly excited about Cisco’s Application Centric Infrastructure (ACI) architecture that promises to deliver fast application provisioning and simplified operations. ACI networks will be built upon a flatter 2 tier network architecture that requires some new ways of thinking about how an optimal physical infrastructure should be built. Panduit has been working with Cisco to understand the differences between traditional three tier physical architectures and the ACI architecture, and will be presenting the “ACI Impact on Physical Infrastructure Design and Deployment” in the general session on Tuesday May, 20th at 2:00 p.m. PDT. Examples of cabinets configured with Spine/Leaf network topologies including Top of Rack (ToR), End of Rack (EoR) and Middle of Rack (MoR).

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