Panduit Solutions Can Help Prepare Your Network Infrastructure for IIoT Technology

How Can Your Network’s Performance Impact Deploying IIoT Technology?

Use Panduit’s Insights to Build a Robust Network Foundation for Your IIoT Deployment

How can you prepare your network infrastructure to successfully accommodate IIoT technology? Get answers to potential IIoT technology deployment issues that may impact your network infrastructure.

For example, here are some questions you may ask when deploying IIoT technology:

What is the impact of real-time data?

Most networks were not designed to react to and process data in real-time. From self-driving cars to digital control systems on factory floors, real-time data is a big part of IIoT deployments. Not being able to act on data in real-time can result in catastrophic results.

How does edge computing affect network performance?

Edge computing allows the compute, storage, and application resources to be located close to the user or the source of the data. With cloud deployment, these resources are in a distant data center owned by the cloud provider. Deploying IIoT solutions using the cloud makes it difficult to manage latency. Today, IIoT deployments can benefit more from edge computing than cloud computing.

How important is the data gathered from sensors?

IIoT data from predictive analytics provided by sensors can improve operational efficiency, reduce downtime, and save money for your business. The many types and characteristics of sensors are important to consider when deploying IIoT technology.

How important is bandwidth for helping IIoT technology extract information from data?

Bandwidth is everywhere. It is this ubiquity of bandwidth that allows devices to seamlessly switch between networks. As a result, connected devices no longer require endless cables and wires. Bandwidth allows us to communicate quickly and effectively, which makes IIoT possible.

What is the impact of packet loss?

IT network managers dislike packet loss because it steals valuable bandwidth, reducing the link’s available throughput. For OT network managers trying to deploy IIoT, a network’s latency is more important than bandwidth or throughput. Despite their differences, the minimization of corrupted packets requires both IT and OT to work together as they transform their network to leverage IIoT technology.

Panduit has developed a series of white papers describing the challenges surrounding the IIoT’s impact on the typical data center, why IT and OT managers may look at the same problems differently, how they can successfully resolve those problems, and the importance of IT/OT convergence to your network’s performance. In addition, you will learn the following:

  • The importance of IT and OT network infrastructures
  • Why IIoT process controls demand real-time data
  • The relationship between IIoT technology and bandwidth
  • The ways IIoT deployments can benefit from edge computing
  • How to determine the importance of sensor specifications

Access all the papers in our IIoT white paper series.

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.