Tag - IoT

The Intelligent Building Market

The Intelligent Building Market

The intelligent building market, also known as the smart building market, is a field that is rapidly growing and developing as innovations in data and power transfer push the boundaries of what is possible.Smart buildings are integrated with technology and energy systems, and their possibilities are endless. With the right equipment, security, lighting, energy consumption, and temperature can be monitored and improved, among other things. The opportunities for improvement are not just limited to commercial enterprises, however. Already consumers are upgrading their houses with smart thermostats, home assistants, and voice-activated lights. In the future, smart buildings will only become more and more commonplace as technology is integrated into everything we interact with. That’s not to say that the smart building market comes without challenges. Although this market is poised to expand rapidly, there are obstacles to adoption.

Smart Building Trends

As buildings become more interconnected through the Internet of Things (IoT), certain trends have become apparent in smart buildings.One of these trends is the monitoring of indoor air quality. Current non-intelligent methods of monitoring air quality are less comprehensive and less automated.Studies have shown that high concentrations of CO2 in the air correlate to decreased cognitive performance. Businesses concerned with increasing worker safety and productivity will want to monitor air quality to make sure it is at optimal levels.With IoT, the air quality of a building can be automatically monitored in real time for increased efficiency.Another trend on the uptick is increasing energy efficiency. Most buildings today only have manual meters to gauge energy efficiency. This lack of information can cause various oversights and inefficiencies in energy usage.Smart buildings can allow for the real-time monitoring of water, gas, and electric meters. Not only can the entire building be evaluated, but individual spaces and rooms can be assessed too.This in-depth monitoring and data collection will allow buildings to effectively appraise their energy consumption, giving businesses the information they need to increase energy efficiency and lower costs.Besides the addition of sensors, another major trend is the usage of Power over Ethernet (PoE). PoE uses a single cable to provide a device with both data and power. This functionality provides many advantages over traditional wiring options. First and foremost, PoE is more efficient, as it allows networks to be wired with just half the cabling. This integrates very well with IoT devices, as they all require power and internet connections. With PoE Type 4, each PoE port can provide up to 100W of power, and 70W per device. This increase in power has allowed a much wider variety of devices to be connected, increasing the utility and flexibility of PoE solutions.PoE Type 4PoE has commonly been used with lights, monitors, laptops, and a variety of other devices.  

Growth in the Smart Building Market

As the applications for IoT and smart buildings grow, the market for smart buildings has been growing as well. In 2018, the global smart building market size was 58.1 billion dollars. While this is already an impressive figure, the market is predicted to reach a size of 198 billion dollars by the end of 2025. This amounts to a compound annual growth rate (CAGR) of 19.1%.To put that number into perspective, the forecasted revenue growth rate of the technology sector as a whole is just 1.9%.Clearly, the smart building market is booming. But what is causing such massive growth? There are a variety of factors that affect this expansion.One of the biggest reasons is the increased demand for energy efficiency. As energy conservation has become more important recently, demand for smart buildings has increased.Eco-friendly and green buildings have become increasingly common, and these buildings contain a variety of smart features. Another reason for the increased growth is industry standards and regulations becoming more supportive. As governments worldwide take steps towards bolstering sustainability and energy efficiency regulations, more opportunities are available to the smart building market. Besides the growth in individual smart buildings, the demand for smart cities has also increased. Governments worldwide are realizing the benefits of incorporating IoT into their cities. As more smart infrastructure is added to cities, the smart building market will only continue to grow.Already, cities such as Barcelona, Amsterdam, Chicago, and New York are adding smart city programs.

Smart Building Challenges

Despite the fact the smart building trends and the market, in general, are growing, there are still difficulties involved with implementing smart technologies in buildings.One problem that may not seem so obvious is the problem of choice. With so many different technologies available to utilize, it can be easy to fall victim to paralysis by analysis. Obviously, it would be cost-prohibitive to attempt to install every single type of smart technology into a building. It is important for businesses to focus on selecting the services they are most in need of. A more obvious problem is the issue of implementation. Building services are not designed to be automated. Installing various sensors, networks, power cables, and other internet-connected devices will be a costly process, especially since most buildings were not designed with the idea of automation in mind. While in the long run, IoT-enabled buildings will save money and increase productivity, short-run costs can dissuade businesses from making the switch.


To summarize, the intelligent building market is a field that is currently experiencing massive growth. IoT-connected devices are becoming more commonplace in businesses as well as homes. Smart buildings can be equipped with a wide variety of technology to automate and increase efficiency, such as air quality monitors, temperature sensors, and energy efficiency monitors. Other technologies like PoE are helpful for providing power and data to IoT devices more effectively. The rise of smart cities and updated standards and regulations have helped to drive the growth of the smart building market. Of course, as with any technology, there are obstacles to implementation, such as installation costs.
Enabling PoE Technologies in Office Buildings

Enabling PoE Technologies in Office Buildings

Power over Ethernet delivers both electrical power and communication signals via the same Ethernet cable. This advancement in technology opens the door to a whole host of new networking possibilities, particularly in commercial settings such as office buildings. As the Internet of Things (IoT) is being adopted at an increasing rate, PoE is being utilized by the most advanced networking professionals around the world to power devices in a plethora of different scenarios, from hotels and retail stores to office buildings. Why?PoE is far superior to traditional networking solutions that require two separate cables – one for power, and one for data – as it is faster, more flexible, efficient, and lastly, easier to install. In this article, we’ll be taking a look at the applications of PoE technology in modern office buildings – more specifically, how engineers are utilizing the technology to increase building efficiency while simultaneously making a safer, more comfortable, and more productive working environment.

PoE Adoptions in Office Buildings

PoE is being used to power and operate LED lighting systems, HVAC controls, cameras, and other network devices such as Wireless Access Points (WAPs), VoIP phones, door access systems, and more.PoE DevicesIn fact, the latest and greatest smart building concepts designed to bolster energy efficiency and boost productivity are driven by PoE technology. Looking to the future, operational technology (OT) is only going to continue making use of PoE in a plethora of different commercial settings, from offices and factories to warehouses and power plants. Architects, engineers, and builders are working in conjunction with information technology (IT) personnel to bring PoE networks to the forefront of everyday life in commercial environments. The forward-thinkers in the networking space have recognized the benefits of adopting PoE infrastructure, as it is a key asset for the proper implementation of IoT in smart buildings. These advanced technologies are responsible for network connected lighting solutions, in addition to the increased energy efficiency and the manageability of automated commercial networking systems.

100W PoE in Office Buildings

Thanks to the adoption of the new IEEE 100W PoE standard, a ton of new PoE applications have emerged, as more power-hungry devices are now compatible with PoE technology. By utilizing all four twisted pairs in a PoE cable, the 100W PoE standard can deliver more power than traditional PoE and PoE+, with improved efficiency and reduced channel losses. Multiple devices can be optimized with the low-voltage PoE cable infrastructure by linking them together in a daisy-chain, further reducing power consumption and installation overhead.  Through the use of 100W PoE, devices like digital signage displays, point-of-sale systems, LCD televisions, and computer monitors can be powered with PoE cables.100W PoE DevicesEvidently, these devices are commonplace in modern offices.

PoE Applications in Office Buildings

PoE LED lighting fixtures are transforming the way engineers and electricians install lighting systems in offices and other commercial settings. Conveniently enough, even legacy lighting fixtures in old buildings can quickly and easily be retrofitted with LEDs and sensors that are compatible with PoE smart control features. Moreover – since PoE networks don't require the installation of power outlets near each device endpoint – installing a PoE system is much faster to install and deploy than legacy networks. This means commercial buildings are ideal candidates for PoE lighting and automation, as it can be quickly installed and easily retrofitted into existing network configurations. For example, smart sensors connected to the building’s network can be used to turn lights on and off when someone enters or exits a room, when a door opens or closes, or even via pressure sensors in the floor. The possibilities are endless. Furthermore, PoE technology also improves the quality of the light with smoother intensity dimming functions and dynamically adjustable lighting color options to provide a more comfortable and productive working environment. Further still, building operators have full access to sensor-based occupancy reporting, air quality, temperature, real-time energy consumption metrics, and other environmental monitoring. Additionally, PoE allows for easy convergence and integration with existing automation systems in older buildings. Engineers even have the ability to implement digital zoning of different sections of the building. This provides the flexibility necessary to optimize the building zones for different use cases and facilitates easy re-zoning for different use cases further down the line. Thanks to PoE’s ability to distribute power and network signals to devices, lights, motorized blinds, sensors, and other devices are now becoming digital devices that can be configured, grouped together, and controlled in one central location on the network. As far as manageability is concerned, network controlled lighting with PoE and IoT allows building operators to take full control of their lighting systems. The ability to seamlessly migrate lighting controls to an IP-based framework is a tremendous advantage. Lighting is being transformed into a service that IoT-enabled buildings can control along with other building functions. PoE switches are being used to power and connect sensor nodes, wall dimmers, luminaires, and other local devices in an office building. Each switch is connected to these devices with a traditional Cat 5 or Cat 6 cable, which makes for easy power distribution to local devices.Better control aside, the synergistic integration of PoE lighting into the building’s network also leads to colossal energy savings, improved occupant comfort, and even improved security. Thanks to PoE lighting’s outstanding output per watt of power, using PoE LED lighting fixtures to replace traditional fluorescent lighting is incredibly cost effective when compared to other lighting technologies.


All in all, PoE technology in combination with IoT is revolutionizing the commercial industry, especially in office buildings. Installing PoE technology is cheaper, more efficient, and more effective than legacy networks. PoE also is instrumental in creating safer, more comfortable, and more productive working environments in office buildings. Even better, engineers can use the data aggregated by sensors in different building zones to optimize the network, which can then be used to further improve the network and reduce power consumption.
Building an IoT Strategy: 5 Steps to Plan for Success

Building an IoT Strategy: 5 Steps to Plan for Success

We’ve spent plenty of time discussing IoT and its rising popularity in recent months. And with good reason. It’s a complicated and nuanced landscape with great potential yet to be realized.When it comes to a B2B perspective on the internet of things however, we (as installers and technicians) need to think less about the market trend, and more about the effect this technology has on end users.How can we drive better results for the people that are going to use the powered and/or connected devices in their home or in their businesses? Here are just a few of the high-impact ways in which we can improve experiences with connected devices.
  • Live Healthy: Monitoring heart rates and more during workouts.
  • Improved Service: Balancing loads in the cloud during peak usage periods.
  • Encourage Safety: Turning off devices remotely if accidentally left running.
Of course, in order to achieve these goals (and more) you’ll need to have a plan built out before diving in headfirst. Let’s take a look at the 5 initial steps to take when building your own IoT strategy, to ensure employees will actually follow along and be successful.

IoT Strategy: VisionStep 1: Vision

One industry that is quickly moving forward with IoT technology is energy. Our existing power infrastructure is so expansive that small problems can have quite a sweeping impact.Utility companies are already using tablets to give technicians real-time access to identify and correct trouble areas on the grid. They can also access historical information about the grid and enter updates as they go. The administrative backlog has all but disappeared because of this newfound mobility.By granting stakeholders access to the information they need to manage responsibilities, unnecessary steps have been eliminated. Productivity increases, and costs decrease accordingly.

IoT Strategy: InvestmentStep 2: Investment

It’s an age-old problem for management: how do you get your employees to stop resisting change?According to an interesting read on Entrepreneur, one of the key principles of project management is getting input from your team before implementing. In fact, if you’re able to, it’d be even better if you can do it before the ink is dry on your initial plan drafts.By allowing dedicated and knowledgeable employees a say in what they’ll be responsible for doing, you can obviate and avoid future problems and delays.Present a clear vision for what your policies and programs will include but stay open to feedback. Acknowledging concerns will build loyalty and commitment to your vision amongst the entirety of your staff.Security is important, but it’s not the whole picture. Ease of use will ensure that people don’t cut corners on security guidelines.Your people know their jobs. They know the challenges and can eliminate unnecessary steps. When people have invested in something, they are much more likely to adopt it.Last but not least, always leave room in your plan for further development and improvements.Follow up with your team members to ensure any adoption problems are being handled as quickly and accurately as possible. No matter how well you plan, there will inevitably be hiccups.

IoT Strategy: ImplementationStep 3: Implementation

Before you can implement your IoT Program, you’ll want to clearly and specifically define each phase of its implementation.In the case of the utility company mentioned earlier, each of their technicians needed:
  1. His or her own tablet
  2. Software training
  3. Contacts and support during initial days of use
It should come as no surprise that once they had tablets in their hands, they needed some hands-on time to get comfortable with the functionalities and software. From database updates, gps or grid issues, to how and when to recharge the devices, support was needed in a variety of capacities.Fuzzy vision yields fuzzy outcomes. Disciplinary Leads can define how the IoT rollout will impact their business silos, so be sure to clearly outline the implementation strategy before rolling anything out.

Step 4: InitiationIoT Strategy: Initiation

So with all of this talk about planning, it might seem like we’ll never be ready to get moving.Of course, you can’t wait until things are perfect. If you take that approach, you’ll likely never gain any momentum.In his Psychology Today article “A Cranky Pessimist’s Guide to Getting Things Done” Oliver Burkeman makes the following two predictions. First, you’ll find it hard not to exceed your mediocre targets. Second, you’ll enjoy the experience more than you would otherwise.“Try deliberate mediocrity. Try for 80%, 60%, or 40% of whatever you think you’re capable of [....].”When your employees know you aren’t expecting perfection out the gate, they’ll grumble less and focus more on the process and spend less time obsessing over the outcome predictions.When you’re trying to get started on a new process, the last thing your team needs is a panel of judges critiquing their every move.Once people begin to apply change, stretch goals become necessary to achieve the full benefit of this change.

IoT Strategy: InspirationStep 5: Inspiration

At some point early in your rollout, you will need to communicate the delivery metrics to your team.It’s important to clearly state how your organization defines success when it comes to your IoT strategy, policies and process. Also, be sure to reward those who are enabling the success of this new culture of connectivity.Try to do it in such a way that multiple opportunities to achieve recognition are possible. That way others can learn from and repeat the success of earlier adopters.Financial incentives are always appreciated, but if you are not in a position to bonus top performers, other things can work. Public acknowledgement of work well done and other privileges let your team know you are serious about excellence.

Putting It All Together

When you’re sitting down to build your own IoT strategy, remember the five key steps we discussed today. But keeping them in mind you’ll be all set for a smooth rollout with minimal obstacles to success.
  • Vision: Find examples of success
  • Investment: Consider how to achieve buy-in
  • Implementation: Define intended outcomes in incremental steps
  • Initiation: Take the plunge
  • Inspiration: Incentivize implementationIoT Strategy: 5 Steps
If you need help with connectivity in your organization, don’t hesitate to reach out to our team of technicians who can help you develop your plan with maximal efficiency in mind.
PoE Smart Building

Why Power over Ethernet will Power the Smart Building of The Future

You know Power over Ethernet as the cabling technology used in information technology that transmits both data and power using a standard Ethernet cable. PoE gives users the ability to deploy powered devices at any location, regardless if electrical outlets are present. It is this characteristic that makes Ethernet the ideal default cabling medium that will connect the smart building of the future.One of the main advantages in utilizing Ethernet as the main cabling technology is its ability to give each connected device its own IP address. Utilizing the universal cabling medium simplifies the management, configuration and maintenance of the connected devices. With Ethernet, network administrators and system integrators can rely on the universal language of TCP/IP to troubleshoot devices helping maintain operational costs low.

Leveraging the Simplicity of PoE for Smart Buildings

Siemon ConvergeIt, a network cabling solutions provider, has released a demonstration video showcasing how Ethernet can power the ecosystem of a smart building. With Ethernet, powered devices can rely on Power over Ethernet (PoE) for power. PoE allows system integrators or network administrators to deploy powered devices at any location, regardless if a site is devoid of electrical outlets. PoE also eliminates the need to add new electrical power outlets in a building which requires professional installation and conduit permits. PoE can deliver power to low-voltage devices, up to 30 watts of power under the current highest-powered standard, 802.3at. However, IEEE currently has a new PoE standard in the works, 802.3bt, that will deliver between 60-100 watts of power.  Though the standard is expected to finalize in 2017, there are many 802.3bt readily available for customers seeking greater power output. Visit our sister site, PlanetechUSA to view our full suite of 802.3bt Ultra PoE networking gear. 802.3bt utilizes all four twisted copper wire pairs to deliver power and data.Receive a Complementary ConsultationWith Ethernet, smart building installations can utilize a single cabling medium and utilize PoE to power wireless access points, IP surveillance cameras, VoIP networks, PoE lighting, thin clients, and mobile clients for example.  These powered devices rely on switches or other similar power sourcing equipment (PSE) to receive low-voltage power. Switches are particularly adept at converting AC to DC power and they provide less power loss than when using traditional electricity. These units offer a centralized management location that facilitates the troubleshooting of powered devices.In addition, utilizing Ethernet as the main cabling medium simplifies the notion of transforming a traditional building into a smart building. Though there are a myriad of smart devices designed for smart buildings, utilizing Ethernet eliminates the need to settle on one particular connectivity standard. Enterprises can re-use their existing network switches to power a PoE Lighting system for example.Smart buildings combine energy efficiency and technological innovation to create a dynamic networking environment of interconnected devices that offer remote control. Higher-end/higher-tier smart buildings support smart devices that can communicate with other devices without the need for human input. With Ethernet, many of the components that communicate with the internet gives users the ability to customize their preferred settings via an app.Smart Buildings 

The Edge—A Smart, Sustainable Smart Building

The Edge, a smart building located in Amsterdam, exemplifies this type of technological innovation.  Touted as the greenest and smartest smart building, the smart building reuses rain water to flush toilets and to irrigate plants. It also features an atrium to make use of natural sunlight. The building received a 98% BREEAM score, a benchmark that attests to its sustainability. Furthermore, the Edge gives its office workers the ability to customize lighting and other HVAC (Heating Ventilation Air Conditioning) components via an app. The building uses a concept known as “hot desking”, a seating arrangement where workers don’t have any pre-assigned seats. With PoE lighting, office workers can utilize the app to see vacant seating areas.Instead of having these components operate independently, The Edge exemplifies a modern smart building that integrates components such as Lighting, HVAC Systems, access control and other smart devices into a dynamic ecosystem that inform each other. The edge integrates technology from the moment an employee enters the building. A camera will identify a member’s license plate to permit access the building’s parking. Towel dispensers in bathrooms for example, notify janitors when bathrooms are experiencing particularly heavy traffic. In addition, because the Edge comes with PoE lighting with occupancy sensors, the smart building knows which rooms have remained unused and can be skipped for cleaning.

PoE Lighting— The Future of Smart Lighting

Power over Ethernet can be used to power LED systems such as a Phillips’s Light over Ethernet (LoE) Led systems. Many LED lights powered by PoE also integrate sensors to better monitor the usage of a room. An occupancy sensor for example, can be programmed to collect historical usage data and even notify cleaning personnel when to skip cleaning un-unsed rooms. Office workers can also utilize the app to find their colleagues, remind the espresso machine of their preferred settings, pair their smart phones with LCD monitors, and even order their favorite meals from the building’s cafeteria. To learn more about how PoE lighting works, click here!Best PoE adapters
Industrial Internet of Things Infographic

What is the Industrial Internet of Things (IIoT)?

Gartner predicts that 20.8 billion things will be connected to the internet by 2020. The Internet of Things (IoT) describes the new generation of smart devices that connect to the internet and offer users the ability to remotely control and monitor their devices. Consumers typically associate the Internet of Things with sexy consumer products such as wearables and smart home automation devices. But did you know that “most Iot devices are not in your home or phone”? [1] In fact, a sizeable portion of IoT devices are deployed in factories, businesses, and healthcare.
IIOT-infographicThis sector of the IoT industry is known as the Industrial Internet of Things (IIoT) and it includes industries such as manufacturing, healthcare, transportation, oil and gas, and even agriculture.  Also dubbed as the internet of unsexy things by Stephen Bryant, the bulk impact of the Industrial internet of things will stem from inexpensive sensors- the data collecting barnacles that feed off the processes of physical machines. Sensors are becoming increasingly cheaper to the extent that connectivity will become a default feature in even the most basic options.

IIoT Will Spawn Hybrid Business Models

This hyper-awareness of machine processes will allow business to increase their operational efficiency by reducing downtime and increasing productivity levels. However, industrial businesses will also have access to a surplus of information allowing them to collect insights that may also help them develop new products and services.

Michelin Group is one such example. Their pre-digital business model consisted of offering one sole product: tires. But when the company added sensors to their tires, they were consequently able to offer a new software-based service. Their new software takes input from the sensors in their tires to help train truck fleet drivers to drive more efficiently and reduce fuel consumption. Michelin is an example of a product-based company that was able to spawn a new information-based service.

The impact of the IoT world will occur behind the scenes of the Industrial Internet of Things and will largely remain invisible to consumers. These IIoT devices will operate silently in infrastructures and collect valuable data. This data will be translated by experts or software to generate insights and increase efficiency and revenue. And for the first time in history, industrial industries will have an opportunity to create hybrid business models between their physical products and digital services that can emerge from the new influx of data that they collect. In the same way that the Information Age has pressured professionals to become knowledge workers, IIoT will challenge industrial industries to enter the digital economy and collaborate with unlikely partners.

But a greater capacity for predictive and preventative data can lead to what experts are calling an “outcome economy”. In an outcome economy, consumers will purchase results as opposed to Seth Godin's conceptualization of the placebo generated by marketing.

IIOT vs. M2M

The Industrial Internet of Things can be seen as an evolutionary step up from Machine-to-Machine (M2M) technology typically designed for closed-ended, point-to-point connections. The flaw with M2M technology, as explained by Automation World, is that even though remote management is possible, “Rarely... [is] the data integrated with enterprise applications.” M2M applications typically rely on hardware modules embedded in a machine whereas IoT devices depend on low-powered and passive sensors that communicate using standards-based IP networks. IoT devices also offer a more scalable solution by utilizing the cloud. M2M can be seen as the equivalent of running a CD-Rom while IIoT can be compared to connecting to the Internet.

PoE-The Plumbing of IIoT

The IIoT will rely heavily on the practicality of Power over Ethernet (PoE). With data and power delivered via a single Ethernet cable, PoE simplifies the deployment of networking equipment in locations without electrical circuitry. Higher-powered 802.3at devices can supply a maximum of 25.5 watts of power and can support a variety of networking and non-networking applications such as PoE lighting. Using PoE as the electrical interface in these types of environments is a practical solution. Machine Design  asserts that “Ethernet has 10 to 100 times higher data throughput rates than with fieldbuses, is a widespread technology, cost-comparable to analog interfaces, based on industry standards, and is flexible and compatible with current automation systems.” The following will describe the type of equipment used in industrial environments.

Industrial POE Switches

The IIoT industry will rely on Gigabit and Fast Ethernet Switches with PoE capabilities and different uplink options for to fit the different needs of a variety of networking environments. The IGS-803SM-8PHE24 (Extended Model) is a managed industrial grade Gigabit PoE (Power over Ethernet) switch with 8 Gigabit PoE interfaces and 3 SFP Gigabit/Fast Ethernet ports that help network administrators benefit from the power of PoE and fiber. It’s not uncommon for switches such as these to include STP/RSTP/MSTP/ ITU-T G.8032 Ring and multiple U-Ring features. Devices such as the IGS-803SM-8PHE24 also boast energy-efficiency with advanced PoE management functions. These units are designed to withstand harsh electrical demands and temperatures to ensure reliable operation in industrial networking environments. The IGS-803SM-8PHE24 is a wide operating temperature range model (-40 to 75°C) and is an ideal option for the industrial automation of applications.



Industrial PoE Switch




  • Ports:8 10/100/1000Base-T + 3 100/1000Base-X SFP
  • Type of Switch: Managed
  • Standards:IEEE 802.3af/at
  • PoE Budget:180W
  • Input Power:24/48VDC redundant dual
  • Operating Temp:-40 to 75°C

Industrial Ethernet Extenders

Ethernet can be used as the electrical and data circuitry to a networking environment but at the same time, it comes with a standard 100-meter limitation. Units such as the IVC-2002 allow network administrators to bypass the 100 meter Ethernet limitation.  The IVC-2002 is resistant to electromagnetic interference and withstands surges that could occur in industrial plants or traffic control cabinets. This unit operates efficiently in varying temperatures ranging from -40 to 75 degrees C, allowing for the deployment at any location.

Industrial Ethernet Extender

  • Speed:4 10/100TX to 1 BNC/RJ11
  • Distance:4km
  • Fiber Connection: BNC/RJ11
  • Operating Temp:-40 to 75°C

Industrial environments can reliably obtain fast transmission speeds even in copper-based networks. Versa Technology’s VX-VEB160G4 (V2) is one of the fastest Ethernet Extenders available on the market and can achieve transmission speeds of up to 300Mbps (Downstream: 190 Mbps/Upstream: 110 Mbps). These units provide a cost-effective alternative to fiber deployment delivering fast transmission rates using existing copper lines.

Industrial Ethernet Extender




  • Interface:4 x 10/100/1000Base-T, 1 x VDSL2
  • Speed DS / US:190Mbps / 110Mbps
  • Power Supply:12VDC over 2.1mm DC Jack
  • Power Consumption:5 Watts Max.
  • Operating Temperature:-40°C to 75°C
  • Standard: IEEE 802.3 compliant
  • Distance:9,000 ft

Industrial Media Converter

It’s not uncommon for IIoT devices to function in hybrid copper and fiber networks. Media converters such as the IMC-1000 can provide media conversion between an electrical 10/100/1000base-T cable and an optical 1000/1000Base-X Ethernet. These units are housed in DIN rail or wall mountable encasements that can withstand harsh industrial environments, such as industrial networking and intelligent transportation systems (ITS). These units are ideal but not limited to military and utility market applications where environmental conditions exceed commercial product specifications.

Industrial Media Converter

  • Speed: 10/100/1000Base-T to 100/1000Base-X
  • Mode: Multi-Mode (MM), Single-Mode (SM)
  • Wavelength: 1310nm (MM, SM)
  • Distance: 500M (MM), 20KM/40KM (SM)
  • Fiber Connection:SC
  • Operating Temp:-10 to 60°C

[1] http://www.cmo.com/articles/2015/4/13/mind-blowing-stats-internet-of-things-iot.html




Internet of Things Infographic

How much Data will The Internet of Things (IoT) Generate by 2020?

The Internet of Things (IoT) has exploded over these past three years, and according to Gartner research, 25 billion connected “things” will be connected to the Internet by 2020. With the influx of smart technology, IPV6 will provide enough IP addresses to more than sufficiently cover the evolving digital life of consumers. The Smart Homes sector alone is predicted to be a $490 billion market.But consumer-brand manufacturers will not be the sole beneficiaries of the IoT explosion. Gartner predicts that the manufacturing, healthcare, and insurance industries are the top three industries positioned to profit the most from the IoT sector.IoT has given our physical inanimate world a “digital nervous system”, a term coined by Bill Gates & Judith Dayhoff. The vision anticipates a deluge of information generated from smart appliances to smart infrastructures. This already emerging hyper-connected environment will monitor, measure, and automates tasks and increase the demand for big data analytics. The following infographic provides a sneak peek into the exponential expansion of the IoT movement.   IoT infographic

Why the Z-Wave Protocol Will Make Smart Homes Mainstream

If the elusive smart home triggers visions of mood lights set to Bach’s Cello Suite No. 5 upon arriving home from work, a new protocol in the home automation industry promises to make those dreams come true. The Z-Wave protocol will finally allow mainstream consumers to enjoy smart homes.

z-wave-smart-houseAvoiding the 2.4 GHZ Band

The Z-Wave protocol operates in the 900 MHZ Radio Frequency Band (RF) allowing users to remotely control lighting, garage doors, surveillance cameras, thermostats, and other related motion sensors. The Z-Wave protocol avoids the more crowded 2.4 GHZ band used by the 802.11n Wi-Fi Standard.Since very few devices currently operate in the 900 RF Band, the Z-Wave Alliance asserts that devices will experience less interference in this lower RF band. The 900 MHZ RF band utilizes a radio band that is comprised of longer wavelengths making it easier for signals to penetrate common home barriers such as walls and ceilings.

Achieving a Uniform Language

The Z-Wave protocol resolves compatibility issues and allows home owners to build a home automation system comprised of several vendors. Devices that support Z-wave protocol are able to seamlessly communicate with each other—without the need of professional installers.The Z-Wave protocol will be built upon a mesh network topology. The more devices added to a mesh network, the more nodes devices have to communicate with each other. The Z-Wave protocol benefits from the self-healing and self-discovery nature of mesh networks.

Accessorizing Household Items With IoT

Converting a “dumb home” into a smart home will not require replacing common household items with more intelligent ones.  Transitioning into a smart-home can be as simple pairing existing devices with smart power accessories.For example, making a light fixture smart would simply require replacing a traditional light bulb with a smart one or connecting it to a smart power outlet.Because these home automation devices do not rely on the 802.11n standard, these devices will rely on a Z-Wave Gateway gain access to the internet.The Z-Wave protocol represents a landmark in the residential control and automation market, marking the official arrival of the Internet of Things (IoT) to the mainstream market. To learn more about the Z-Wave Alliance, click here.The Z-Wave Alliance has recently introduced Z-Wave Plus, the newest protocol set to revamp the home automation industry. To learn more about Z-Wave Plus, click here.Questions? Hesitations? Take advantage of our networking expertise! Submit your question by clicking on the offer below:Receive a Complementary Consultation