How Time-Sensitive Networking Enables the IIoT

Sep 5, 2016 9:17:20 AM / by Brittney Borowicz posted in DeviceNet, Ethernet, Ethernet IEEE 802, Featured In, General, Grid Connect, IIC, IIoT, Industrial, Industrial Internet Consortium, Industrial Internet of Things, Industry 4.0. Machine, Internet of Things, IoT, M2M, machine to machine, operational technology, PROFIBUS, tech, technology, testbed, time-sensitive networking, TSN


The world’s first time-sensitive networking (TSN) testbed is being developed in a collaborative effort to change network infrastructure so that it will enhance the Industrial Internet of Things (IIoT). As this develops, it is essential that Industry 4.0. Machine designers, builders, and users have reliable and secure access to smart edge devices. This will force the current, standard network technologies to transform in an effort to meet the requirements of the next generation of industrial systems.

The testbed itself was designed to assist in creating a new wave of innovative technologies, products, applications, and services for the industrial internet market. The Industrial Internet Consortium (IIC), comprised of the corporations developing the testbed, are attempting to create a TSN in an “ecosystem of manufacturing applications,” which is based off of new Ethernet IEEE 802 standards. The goal of the testbed is to provide insight on the security of a TSN as well as highlight its real-time capabilities through the use of standard and converged Ethernet.

In order for TSNs to be taken seriously, it will be crucial that there are sufficient security measures utilized in order to protect the safety of IIoT users. It is essential that the TSN security is integrated as a layered system, meaning security is implemented throughout the network, because simply adding security as an additional feature at the end of development (air-gap security) leaves the network vulnerable as it is only a perimeter-based measure of defense. One beneficial aspect of time-sensitive networking is its ability to determine the exact instance data was sent and when it is supposed to arrive; if anyone intercepts packets of data it will be easy to tell. That being said, TSNs require a central management aspect that have the power to alter entire networks, which could be a challenge in terms of developing security.

The use of deterministic Ethernet will alter the various safety systems for TSNs by allowing messages to be scheduled from safety applications in order to provide high availability for safety systems. The real-time, synchronous mechanisms of the deterministic Ethernet will enable the connection of more devices and more machines, creating a powerful and integrated IIoT. Mike Justice, president of Grid Connect, believes that its use as a control network has the potential to replace other existing networks such as Profibus and DeviceNet.

As the real-time capabilities of deterministic Ethernet continue to develop, there will be several applications that will benefit from the use of a TSN. Machine-to-machine communication would improve as it needs to operate with low latency and high synchronization. Safety-based communications could access data more efficiently as it is currently mostly done through hardwiring. General motion and robot controls would improve as accessing data through standard communication could be done with ease. Essentially any latency-sensitive application would be much improved through the use of a TSN.

Another interesting application of a TSN can be observed through cloud and edge computing as they provide an infrastructure that will improve the functionality IoT technology. The use of deterministic Ethernet through TSNs could theoretically allow for machine control to be executed within a cloud environment, but there isn’t much room for error regarding latency in communication. Even though consumer and industrial applications of cloud-based machine control have different demands in terms of real-time dependency and data consumption, they are still in the foreseeable future if network stability can be established. Private, local clouds have had success in controlling machines, but large public clouds are more concerning with problems such as technical issues, data confidentiality, and security.

Time-sensitive networking is a feasible option for advancing the IIoT as long as it delivers on its promises of speed and security. It will be a major improvement to converge from information technology (IT) to operational technology (OT) in regards to the security and integration of cloud services. Justice states that “The controls industry is conservative and will follow the IT market in a few years after security issues are well-addressed.” The ability of TSNs to connect machines to the cloud and create real-time data messaging and analytics will improve the overall functionality of the IIoT.


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The Power of Ethernet

Jun 1, 2015 8:37:08 AM / by Brittney Borowicz posted in adapters, bridge antennas, bridges, building automation, Ethernet, fiber ports, General, gigabit switches, Industrial, industrial ethernet adapter, managed switches, medical, PoE, PoE powered devices, PoE splitters, PoE switches, Power-over-Ethernet, Products, Switches, unmanaged switches, WiFi bridges, Wi-Fi bridges


is one of the primary standards for connecting all types of devices found in industrial, medical, building automation and many other applications. Grid Connect provides a wide range of Ethernet products and Industrial Ethernet adapters including a growing selection of Power over Ethernet (PoE) products.

Types of Ethernet products proudly manufactured and distributed by Grid Connect include:

For more information and to view all Industrial Ethernet products designed to fit your needs, click here or call the Grid Connect office at +1 (630) 245-1445.

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The Internet of Things Starts Here: Wireless Modules

Feb 23, 2015 6:16:17 AM / by Brittney Borowicz posted in General, Grid Connect, Hi-Flying, High-Flying, Industrial, Internet of Things, IoT, Products, wifi modules, Wi-Fi modules, wireless modules



Being part of the Internet of Things starts by getting your product connected to the internet. Getting connected is easy with High-Flying wireless modules from Grid Connect.

High-Flying Electronics Technology Corporation is a leader in Internet of Things enabling solutions. Their products are used in industrial, smart metering, smart home, government, consumer and education markets.

As the North American Partner and Master Distributor, Grid Connect provides High-Flying customers in the United States, Canada and Mexico technical support, customized product engineering and the local inventory of all products.

> Click here to view all High-Flying wireless modules
> Click here to view wireless modules from all manufacturers

The knowledgeable and experienced engineers at Grid Connect provide complete technical support for the High-Flying line of embedded WiFi modules. We offer phone support and on-line chat support during regular business hours.
For questions or volume pricing, call +1 (630) 245-1445.
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Grid Connect Inc. Selected as Exclusive North American Distributor of High-Flying Products

Mar 20, 2014 8:26:56 AM / by Brittney Borowicz posted in Canada, China, consumer electronics, custom engineering, engineer, firmware, General, government, Grid Connect, High-Flying, Industrial, internet, Mexico, networking, North America, Press Releases, product engineering, Products, smart home, smart metering, Technical Support, technology, Wi-Fi modules, Wireless


NAPERVILLE, IL--(Mar 20, 2014) - Grid Connect (, a distributor and manufacturer of networking technology, has been named the exclusive North American distributor of High-Flying products, a line of low power Wi-Fi modules that enable devices to connect to the Internet.

High-Flying Electronics Technology Corporation (, based in China, is a leader in Internet of Things enabling solutions. High-Flying products are used in industrial, smart metering, smart home, government, consumer and education markets.

As the North American distributor, Grid Connect provides High-Flying customers in the United States, Canada and Mexico technical support, customized product engineering and North American inventory, eliminating the time, expense and resources needed for importing, customs and duties.

With Grid Connect's custom engineering design services, High-Flying modules can be pre-loaded with customers' specific firmware, webpages and setup parameters, making modules production line-ready.

North American technical support is provided by Grid Connect's engineers, who are knowledgeable about wired and wireless technology and are trained by High-Flying to customize the software to customers' exact requirements. Technical support is available by phone, email and on-line chat.

"The High-Flying product line compliments Grid Connect's network technology products and services, and utilizes our experience in developing Cloud applications that solve problems," said Mike Justice, president of Grid Connect.

While Grid Connect carries an inventory of all High-Flying products, first time customers can order small quantities or evaluation kits. Additional information and online ordering is available at

About Grid Connect Inc.
Grid Connect, an ISO 9001:2008 company, is a leading manufacturer and distributor of products that enable the Internet of Things. The company's custom engineering services and attentive customer support ensure that all networking technology products sold by Grid Connect work to customer specifications. In stock items usually ship the same day, and all products come with a no-risk, 30-day money back guarantee. Online ordering is available at Grid Connect also can be found on Twitter @GridConnect and on LinkedIn at


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10 Factors when deciding between Industrial and Consumer Networking Devices

Oct 20, 2011 10:34:50 AM / by Jonathan Witthoeft posted in commercial, Consumer, General, Industrial, Industrial Switch, Industrial Switches, Routers, Switches, White Papers


1.  Protection against solid foreign objects

What solid foreign objects are a part of your operational atmosphere?  Will your device need to be dust tight, protected against wires, or not protected at all?  If maintenance is not an option due to distance or inaccessibility, then you might need to consider what objects can find their way into your devices enclosure.

2.  Protection against water

This is very important in an outdoor application.  You want your device to be able to withstand rain.  Also what if you need your device to be submerged in water, or need to be able to hose down the device when cleaning an industrial area?  These are all conditions that need to be considered when determining which device to go with.

3.  Protection against oil, coolant, and corrosive agents

Hazardous materials can limit the range of products applicable for use.  Without a doubt, you need to have an industrial product for protection against oil, coolant, and other corrosive agents that might be in that operational atmosphere.

4.  Temperature range

There are typically two temperature ranges to consider in the specifications of a product: operational temperature and storage temperature.  Industrial products tend to have wider ranges for both of these.  If you need to store or use a device in an extreme temperature, you would want to use an industrial device.

5.  Durability

Some applications require a tolerance for impact or fast motion.  Some tests that are done on industrial devices include stationary vibration, shock, and vertical free-fall.  Some devices are also given an impact rating from 0 to 20.0 Joules.

6.  Surge protection

Surge protection ratings specify the protection level electrical devices have from voltage spikes.  In certain conditions components need to be able to withstand large spikes in voltage.  Industrial devices tend to have a higher range of tolerable AC and DC voltage spikes.

7.  Electromagnetic response

In many applications multiple electronics are in the same confined area.  Some of which might have motors, or other components that create EMF.  It is important, in this case, that your device can tolerate different electromagnetic conditions.  Industrial devices have higher electromagnetic resistance than consumer devices.

8.  Power supply

Consumer products are usually powered with a wall plug.  Industrial products are often powered in parallel to each other.  They share power supplies, rather than having a dedicated power supply for each unit.  Some have redundant power inputs that are used with redundant power supplies.

9.  Enclosure mounting

Many consumer devices are designed to be set on a desk or other flat surface and do not include any mounting options.  Industrial products include mounting options such as DIN Rail Mounting and Panel Mounting.

10.  Longevity

Most industrial products in an industrial application would be functional approximately 3 to 5 times longer than a consumer device in normal IT application.

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