Video: Technologie sans fil pour étendre les réseaux et la téléphonie dans les environnements hostiles
Un webinaire instructif sur les technologies sans fil pour résoudre les problèmes associés à la création d'un réseau Ethernet et la téléphonie dans des environnements hostiles où le câblage réseau physique n'est pas une option. Premièrement, nous discutons des solutions utilisant des ponts point à point et des technologies de maillage sans fil pour Ethernet et la téléphonie. Ensuite, nous plongerons dans certaines technologies disponibles pour vous aider à créer un réseau redondant à l'aide du cellulaire et nous terminons avec une introduction à la technologie WiMAX pour créer votre réseau cellulaire privé pour vos environnements hostiles.
FRENCH LANGUAGE webinar discussing extending emergency telephony networks wirelessly and WiFi Cellular and WiMax Networks.Daniel Malouin and Samuel Nde Tene, Impact Technical Sales Representatives, host an informative
RUN TIME: 44:35
Video: Wireless for Extending Networks and Telephony in Harsh Environments
An instructive webinar on wireless technologies to solve the problems associated with building out a network for ethernet and telephony in harsh environments where physical network cabling is not an option. Firstly we discuss solutions using point-to-point bridges, and wireless mesh technologies for ethernet and telephony. Then we dive into some technologies available to help build a redundant network using cellular and an introduction to WiMAX for creating your own private cellular network for your harsh environments.
Travis Roske and Daniel Malouin, Impact Technical Sales Representatives, host an informative webinar discussing extending emergency telephony networks wirelessly and WiFi Cellular and WiMax Networks.
RUN TIME: 44:35
Video: Technologie multi-fibres MPO/MTP, polarité, progrès et tests
Un webinaire informatif sur la technologie MPO / MTP. Ce webinaire commence par un aperçu des connecteurs MPO / MTP, puis plonge dans la question délicate de la polarité! Nous mettons en évidence certaines des utilisations et applications de la technologie multifibres, discutons de certaines avancées et passons en revue un outil pour aider à résoudre les problèmes de polarité sur le terrain. Nous terminons le webinaire par une discussion sur l'importance du nettoyage et de l'inspection des connexions multifibres et les méthodes de certification requises lors de la certification de certaines connexions multifibres à l'aide d'une référence a 2 et 3 cordons.
Travis Roske and Daniel Malouin, Impact Technical Sales Representatives, host an informative FRENCH LANGUAGE webinar discussing multi-fiber history, terminations, and polarity; advances; and inspection, cleaning, and certifying fibers with MPO connectors.
RUN TIME: 41:02
Video: MPO/MTP Multi-Fiber Technology, Polarity, Advances and Testing
An informative webinar on MPO/MTP technology. This webinar starts with an overview of the basics for MPO/MTP connectors, then dives into the tricky question of polarity! We highlight some of the uses and applications for multifiber technology and discuss some advances and go over a tool to help with polarity issues in the field. We round out the webinar with a discussion on the importance of cleaning and inspecting multifiber connections, and the certification methods required when certifying certain multifiber connections using a 2 and 3 jumper reference.
Travis Roske and Daniel Malouin, Impact Technical Sales Representatives, host an informative webinar discussing multi-fiber history, terminations, and polarity; advances; and inspection, cleaning, and certifying fibers with MPO connectors.
RUN TIME: 45:45
Video: Communication in Campus Environments: Education, Healthcare, and Transit
An educational webinar focused on considerations for critical communication systems in campus environments. This webinar will cover building and protecting WiFi networks in indoor and outdoor public spaces, considerations for building an emergency telephony network, as well as how to support communication to both WiFi and Telephony if physical category cabling is not an option (extending PoE and using Wireless telephony).
Impact partner Amelia Mannarino (Regional Manager for Central Canada) and Curtis Orth (Technical Sales Representative in Central Canada) help customers to solve network problems: high performance; mission critical; and harsh environments.
RUN TIME: 52:44
Video: Fiber to the X, Power to the X
Extending connectivity to remote mission critical devices in harsh environments
An educational webinar on the transition to fiber optics and extending fiber and power for mission critical devices, discussing the importance of reliable network connections and reliable DC power. Includes examples using intermediate distribution facilities and closets, zone boxes and direct connections.
Why are people migrating to fiber? Join Rudi Carolsfeld, Impact partner and Regional Manager for Western Canada to discuss the challenges of extending connectivity to remote mission critical devices in harsh environments.
RUN TIME: 43:41
Video-Saving $$ by Managing Airflow in Computer Rooms
An educational webinar on airflow management in computer rooms, discussing the importance of hot air isolation and various containment techniques: whole room cooling, hot aisle, cold aisle, chimney with return plenum, and in-row cooling.
Join Rudi Carolsfeld, Impact Partner and Regional Manager for Western Canada, to take a look at how you can save money by Managing Airflow in Computer Rooms: Containment, Chimneys, CRAC Units or In-row Coolers.
RUN TIME: 56:10
Video: Physically Securing Networked Assets
An educational webinar focused on options for physically securing networks in different environments. Including monitoring and notification considerations for IT and OT, locking options, smart locking considerations for all environments, and the importance of audit trails for PCI compliance, NERC, CIP etc.
Join the discussion with Amelia Mannarino, Impact Regional Manager for Central Canada, and Curtis Orth, Impact Technical Sales Representative. Learn about security concerns in IT and OT environments, remote infrastructure management, security in datacentres and computer rooms, and keyless access control in an OT environment. You'll want to see the LIVE demo!
RUN TIME: 1:00:18
Video: NEMA Enclosure Considerations
Protecting Critical Assets in Harsh or Semi-Harsh Environments
An educational webinar focused on how to protect networked assets when they must be housed in less than ideal environments. Covering light industrial spaces, outdoor harsh environments (transit, utilities, water/wastewater), mining, oil and gas, nuclear (environments with radiation), dusty environments etc.
Impact partners and regional managers Amelia Mannarino (Central Canada) and Rudi Carolsfeld (Western Canada) join to discuss networked assets and the options for less than ideal environments.
RUN TIME: 48:14
Video: Bringing Networks to the Edge
Communications for Transit, Utilities, Water/Wastewater, and Mining
An educational webinar focused on how to build mission critical OT networks, including how to choose a network topology, build in resiliency with RSTP, time synchronization, redundancy protocols, VLANing, and more.
Amelia Mannarino, Impact Regional Manager for Central Canada, addresses relevant and vital issues around mission critical OT networks.
RUN TIME: 51:21
Video: Security and Emergency Response Tools
Emergency Telephony, Help Points, and Facilitating PoE Devices @ the Edge
An educational webinar focused on who needs to use emergency help points (Education, Hospitals, Mass Transit, Governments etc), what our compliance obligations are, how to choose between VoIP or Analog, technologies to meet AODA compliance (Hearing loops), and extending PoE beyond 90m.
Amelia Mannarino, Impact Regional Manager for Central Canada, and Curtis Orth, Impact Technical Sales Representative, join to discuss Security and Emergency Response Tools – what your needs are and how to address them.
RUN TIME: 42:53
Video: Cyber Security and Security of Mission Critical Networks
An educational webinar on Cyber Security and Security of Mission Critical Networks specifically focus on Operation Technology (OT) networks. Covering concerns in IT/OT, cybersecurity frameworks for OT (OEB Framework, NERC CIP, NIST, etc), cyber appliances like intrusion detection, and physical security to comply with a chosen framework.
Join Amelia Mannarino, Impact Partner and Regional Manager for Central Canada, for an in-depth educational webinar on Cyber Security and Security of Mission Critical Networks.
RUN TIME: 48:57
Mission Critical Network
Along with Siemens RuggedCom, an Ontario based company, Impact Technical Products helped re-build a mission critical, harsh environment industrial network for an Ontario based gold mine.
While the Impact team was working a mining trade show in Northern Ontario they were approached by the new IT manager of a gold mine.
He had been working at the mine just long enough to understand that they were:
The IT manager asked “How tough are your Siemens RuggedCom network switches and routers anyway? We have been using a variety of brands and frankly, they don’t survive our environment.”
We talked about the Siemens RuggedCom harsh rating which includes a temperature rating of -40 to +85 degree temperature rating and we explained how that is most reliable because the temperature is not reliant on cooling fans that eventually not only stop working, but also attract dirt and contaminants.
We discussed that the Siemens RuggedCom product is shielded by a heavy metal construction that protects from HMI/RFI disturbances, thus allowing the product to be used where required in the plant.
As well, we highlighted the Class 1 Div 2 rating that makes the product resistant to environmental contaminates.
What about vibration? the IT manager asked. The Siemens RuggedCom product is tested in H.A.L.T. test chamber on a vibration bed that induces forces from 6 axis, while the temperature is fluctuated 80 degrees per minute.
THE STARTING POINT
The IT Manager agreed to try a couple of switches and place them in the most challenging areas of their plant to evaluate for themselves, in their own harsh environment.
After six months of evaluation, the IT Manager invited us along with our Field Application Engineer to visit the plant. “well…your product is still working out there and we’ve seen no problems…we’d like to get your assistance to help stabilize our current network and also allow us a plan for our future needs.”
We toured the facility and did an audit of their network and came away with a plan to redesign their current network. Our engineer created a design and logically created a topology that provided reliability and redundancy. If they were going to load mission critical or human safety functions to their network, data had to flow consistently with zero packet loss.
A few weeks later the design was completed and a bill of materials was suggested. The IT Manager worried about how to best cut-over from their existing network to the new Siemens RuggedCom network. We suggested that the switches and routers could be built and the network could be set-up at the factory in Vaughan, Ontario prior to delivery to the site. The product was built and devices configured the network were connected together according to the engineer’s design. The IT Manager and his key team member came and did a factory acceptance review of the network. When satisfied they approved it and the network was disconnected boxed and tagged. The product was shipped to the mine and during a scheduled plant shut-down the factory engineers arrived to complete the integration and set-up on site.
That done, we enrolled the IT team for full switch and router training courses at the plant. We pointed out the devices come with a full 5-year warranty that includes over the telephone support and free firmware upgrades. However, the IT Manager felt they needed a priority service to work with a factory engineer remotely, as required. He reasoned that since they are a 24/7 operation 8 hours away from Toronto, they needed a higher level of support.
That initial part of the network has been running for over 4 years. Since then, much has changed and much has been added. Along the way, our engineers have travelled up to the site several times to ensure the network stayed true to the design and any additions would retain the goal of reliability and redundancy. Since then, the network has grown to over 250 nodes on the surface but also to every level underground to a depth of 5700 ft.
The network monitors and controls many critical functions, a few of which include:
…and the network continues to grow. The latest challenge is to remotely manage automated guided vehicles (AGV) underground. Since the beginning we have supplied and added a variety of products to this network:
With so many Siemens RuggedCom devices in the network it became necessary to add network management software. We provided the RNMS software which, when installed, auto-populates the network devices and draws connections. The software permits the IT Manager a very granular view of each SNMP device, a look at the health of each device, gauge network traffic flow, and up-lift firmware upgrades all from his office on a single pane of glass on his computer.
The solution we provided was planned and designed properly to remove the intermittent issues and add redundancy. The proper product was specified to meet the challenges of the harsh environment. The initial installation was factory tested and fully integrated to achieve a crisp cut-over. As adds and changes were made, we continuously reviewed the design to ensure the guiding principles were observed. The solution was scalable to meet present day and future needs. Smart people were dispatched along the way to help integrate the smart products. Training provided the customer self-sufficiency, very important considering their remote location. Management software was installed to provide real-time visibility remotely without having to take a 4-hour round trip underground….and so it continues. As the network grows and changes, we’ll be there every step of the way.
A northern Ontario mining company needed to update its unreliable communications network. Impact Technical Products arranged for a needs analysis, network redesign, solution, and implementation plan using mission-critical RUGGEDCOM products designed for harsh environments. The process included building and configuring a custom solution, testing it in RUGGEDCOM’s labs, and training the mining company’s staff in its operation.
The communications network of a northern Ontario mining company had become unwieldy over several years with the addition of various products meant to provide quick fixes. Over time, those fixes created problems, including unreliability.
In search of a solution, the client bought two RUGGEDCOM boxes from Impact, and tested them for six months. While they liked the RUGGEDCOM product, the client realized that they had simply introduced another quick fix without analyzing the root causes of their problems. They returned to Impact with a request for assistance to deploy a mission-critical communications network for the harsh mining environment.
The Impact team started the process of solution-building by introducing the company to professional engineering consultants who provided analysis and recommendations on how to move forward. “At the end of a week, the client had a network redesign and a list of issues that needed to be addressed in the short- and long-term,” says Impact president and CEO, Dino Mannarino. “They also came up with a list of materials needed to upgrade the network in phases.” Impact took the product order to RUGGEDCOM to build, configure, test and install. Senior mining staff came to the factory to review the network in the lab and train on it. The product was then packed up, labelled and shipped to the mine, where engineers completed the initial installation and integration onsite.
For the client—the mining company—the solution has brought many improvements and efficiencies. These include:
For the manufacturer (RUGGEDCOM):
Impact continues to provide ongoing support and assistance to the mining company.