Agenda

24
  • 8:00 AM
    to 9:00 AM
    Network Performance & Optimization, Cyient
    Network Performance & Optimization, Cyient

    CSPs need a single and seamless view of the network for various business groups—Management, sales, planning, field survey, construction, operations and maintenance & support teams. CSPs have to collate the inputs from these groups to process real-time updates for the back office and provide an environment for faster networks. The main challenge for the Communications Service Providers is to complete the Network Rollouts cost-effectively at a rapid pace. To achieve these CSPs need to define comprehensive frameworks that can effectively manage the complex end to end processes Network Planning & Optimization (NPO), which inter-connects all network and business operations of a CSP, address the challenges, giving complete visibility and control over its network at a click of a button The Solution is a lightweight application that inter-connects all network and business operations of a CSP. It is a comprehensive solution seamlessly integrated with disparate underlying technology systems and provides a unified view of the network elements on its platform. It is a single application to initiate tasks, share it across multiple teams, get the task approved, and then effectively complete the project life cycle. This solution has a framework to manage human resources, business processes, and network infrastructure and integrates with OSS/BSS connecting end-to-end operations for telecom service providers. The solution is accessible to all the stakeholders involved, to enable the real-time seamless exchange of information across the organization.

    location Pre-Recorded
  • 8:00 AM
    to 9:00 AM
    Planning for 5G – Are you Ready? Fiber Optic Association
    Planning for 5G – Are you Ready? Fiber Optic Association

    5G is coming and in many places is here. Are you prepared? Do you understand the amazing technological advances that will come with 5G? If not, this seminar is for you.

  • 9:15 AM
    to 10:15 AM
    Cybersecurity, Modern Hackers, & Penetration Testing for the Cable Industry, SCTE
    Cybersecurity, Modern Hackers, & Penetration Testing for the Cable Industry, SCTE

    The Internet has evolved into a vast array of interconnected networks with expediential growth. For service providers securing the network for integrity and resilience has emerged a top priority.  The boundless telecommunication experiences enabled in the future with new and evolving technologies will require secure devices for delivery.  This session will discuss the real story of modern hackers, cybersecurity, penetration testing, and the relationship to the cable industry.  Several service elements of the modern network will be presented; public key infrastructure (PKI), Internet of Things (IoT), wireless/Wi-Fi and popular layer-2 specifications.   Finally, the relationship of organizations like the NIST Cybersecurity Framework, Canadian Centre for Cyber Security (Cyber Centre), European Union Agency for Network and Information Security (ENISA); and U.S. Cyber Command will be discussed.

  • 9:15 AM
    to 10:15 AM
    Fiber Deployment and Responding to a Pandemic Reality, FBA (LIVE)
    Fiber Deployment and Responding to a Pandemic Reality, FBA (LIVE)

    The COVID 19 emergency of 2020 has shined a bright light on how consumers rely on quality, future-proof broadband technologies for remote work, school, telehealth and continued social interactions.  The numbers bear out our new reality on how much of daily life we are conducting remotely or from home.  The pandemic has also highlighted where disparities remain.  Not everyone has access to the connectivity they need for our new digital normal.  This conversation will bring forward lessons learned during the pandemic and how the deployment of fiber broadband to consumers, communities and anchor institutions can help to keep Americans connected and bridge the digital divide.  From 5G, smart cities, and IOT, fiber is the necessary 21st century infrastructure for next-generation communications, technologies and applications. 

  • 9:15 AM
    to 10:15 AM
    Keynote: Building a 21st Century Municipal Infrastructure, York Net (LIVE)
    Keynote: Building a 21st Century Municipal Infrastructure, York Net (LIVE)

    This presentation will speak to the activities of YorkNet, a dark fibre company owned by the Regional Municipality of York.  York has been investing in dark fibre network to connect parts of its operations and those of its Municipal partners.  In 2017, YorkNet was incorporated as a separate entity to expand the network and its mandate.  YorkNet works with the private sector to develop expansion into underserved areas and opportunities to facilitate fibre into those areas.  YorkNet will be growing to 800 km covering all Local Municipalities within the region.

  • 10:30 AM
    to 11:30 AM
    5G and Small Cells: A Match Made in Heaven, Cyient
    5G and Small Cells: A Match Made in Heaven, Cyient

    Small Cells is a Key enabler of 5G Ultra Dense Networks. 5G will be utilizing Large Unused BW of mmWave and advanced technologies like Beamforming. As user traffic continues to grow rapidly, today's largely macro cell networks will evolve into dense and ultra-dense Heterogeneous networks. Soon, these Ultra Dense Heterogeneous Networks are expected to cover both indoor and outdoor areas in most of the Urban centers. Infrastructure hosting antennas may include, Towers, streetlights, traffic lights, utility poles and, in some locations even street furniture like kiosks, Dustbins and Manholes all these Small Cells will be part of UDN. How do we control costs while enhancing User Experience?

  • 10:30 AM
    to 11:30 AM
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE

    The Internet has evolved into a vast array of interconnected networks with expediential growth. For service providers securing the network for integrity and resilience has emerged as a top priority.  The boundless telecommunication experiences enabled in the future with new and evolving technologies will require secure devices for delivery.  This session will discuss the real story of modern hackers, cybersecurity, penetration testing, and the relationship to the cable industry.  Several service elements of the modern network will be presented; public key infrastructure (PKI), Internet of Things (IoT), wireless/Wi-Fi and popular layer-2 specifications.   Finally, the relationship of organizations like the NIST Cybersecurity Framework, Canadian Centre for Cyber Security (Cyber Centre), European Union Agency for Network and Information Security (ENISA); and U.S. Cyber Command will be discussed.

  • 10:30 AM
    to 11:30 AM
    Using Leakage Detection, Telonix Communications
    Using Leakage Detection, Telonix Communications

    Using Leakage Detection for Improved Customer Service

    Operators have generally taken care of leakage through the low band frequency from 108 Mhz- 138 Mhz. As cable plants have evolved over time, most operators have not evolved their leakage monitoring platforms to match their cable plant. As new modulations, higher bandwidths, and LTE interference is occurring, cable operators need to evolve their leakage platforms. It is also proven that 80-90% of ingress/egress issues occur in the home. Using an “In-Home Certification” strategy and solution will also allow operators to ensure that they are clearing up problems in the home before they become an issue.

    This presentation will look at changes in technology and various solutions for leakage and ingress to mitigate customer service issues.

    location Pre-Recorded
  • 11:45 AM
    to 12:45 PM
    Network Implications of Wireline and Wireless Convergence, Corning (LIVE)
    Network Implications of Wireline and Wireless Convergence, Corning (LIVE)

    In the last decade, the communications industry has rapidly built next-generation communications capability. The world’s largest carriers have executed 3G wireless, 4G wireless, and FTTH deployments; cable operators have shifted to “fiber deep” technologies, and owners of hyper-scale data centers have increased their capabilities and global footprint. All of these network types have one thing in common: they are increasingly optical. More importantly, the growth and innovation in the industry are accelerating. Carriers are now evaluating 5G technologies to achieve ambitious goals and service requirements such as higher mobile data rates (100 Mb), low-latency services (1 ms), and massive connectivity through the Internet of Things. As networks evolve toward 5G, the number of antenna sites and the amount of spectrum will scale with service-level requirements, driving optical fiber even deeper into the network. The deployment of 5G networks will create a new wave of optical fiber demand for antenna densification. However, the network architectures will vary greatly. Areas with high spectrum costs and low density will have vastly different architectures as compared to geographies with low spectrum costs and high density. Innovation in network infrastructure solutions can simplify network architectures, enable lower-cost installation, and create multiuse networks with new fiber access platforms and innovative pathway creation methods.

    Key Points:

    • The evolution of wireless networks to 5G will be disruptive and will create a new wave of optical fiber demand

    • Infrastructure requirements will drive the necessity of either sharing among service providers or multiuse service capability

    • Understanding of spectrum availability, service requirements, and geography will drive network architectures

    • Innovation in network infrastructure solutions can accelerate installations and reduce total cost of ownership

  • 11:45 AM
    to 12:45 PM
    Remote PHY Distributed Access Architecture, Trispec Communications (LIVE)
    Remote PHY Distributed Access Architecture, Trispec Communications (LIVE)

    Service Providers need to keep evolving their existing networks to meet ever-changing customer demands for new services and higher bandwidth. To keep up with these demands, Service Providers have multiple architectural choices each with their implications including the cost to deploy and time to market. This Seminar will focus on Remote PHY Distributed Access Architecture and how it can be deployed using technologies available today and what benefits it brings to Service Providers including

    - Increased bandwidth capacity to offer higher speeds by maximizing DOCSIS 3.1 Channel capacity.

    - Increased reach and lower cost through the use of digital optics vs. analog optics

    - Simplified outside plant operations through increased SNR with shorter RF paths.

    - Improved operating headroom to compensate for changes in the RF network components as they heat and cool throughout the year.

    - Reduced requirements on power and space in the Headends/Hubs.

    - Bringing the Service Providers closer towards SDN/NFV architecture. The seminar will benefit all MSOs interested in evolving their existing cable network architecture to meet customer demands while maintaining lower capital and operational expenditures.

    location Virtual - Live
  • 11:45 AM
    to 12:45 PM
    Testing and Inspecting High Density Fiber Networks, AFL
    Testing and Inspecting High Density Fiber Networks, AFL

    The very first installations of fiber optic systems consisted of cables containing just 6 fibers: two for transmit/receive, two for redundant optics and two spare fibers. It was hard to conceive that any more would be needed.

    Fast forward several decades and cables with up to 6,912 fibers are being installed. Data Centers are almost exclusively fiber-based, deploying high fiber count cables with pre-terminated MPO connectors. Service providers and multi-service operators continue to connect more customers with fiber, allowing them to offer Gigabit service to the home.

    Advances in optical fiber drawing, along with new cable structures have enabled high density fiber cable designs. However, the innovation extends far beyond cable; with high density connectivity, mass fusion splicing and advanced fiber test and inspection technology completing the necessary high-density fiber “ecosystem.”

    This presentation will focus on the innovative technology that has been developed to test, inspect and clean high-density fiber networks. With the challenge around qualification testing following installation, speed and reducing time-to-service have been the drivers in developing these systems. For example, many network owners require level 1 (optical loss) and level 2 (OTDR) certification testing prior to commissioning. Conventional testing can require significant set up and test time. With automated systems that utilize MPO switches, level 1 and level 2 set-up and test time can be significantly reduced.

    Fiber inspection has also come to the forefront as new, higher speed applications with lower loss budgets have emerged. Conventional single fiber inspection technology was initially enhanced to enable MPO inspection. However, given the prevalence of MPO connectivity, especially in the data center, new inspection tools have been optimized specifically for inspecting MPO connectors. Significant improvements in inspection times, along with automated pass/fail analysis, has made fiber inspection viable even for the largest fiber cabling links.

    And finally, with the importance of record-keeping and documentation, reporting systems for high-density fiber networks has become essential. Integrated reporting tools, which combine loss, OTDR traces and fiber inspection reports have emerged to simplify and streamline the reporting process.

    location Pre-recorded
  • 1:00 PM
    to 2:00 PM
    DEMO - Industry Product Overview, Charles Jones Industrial (LIVE)
    DEMO - Industry Product Overview, Charles Jones Industrial (LIVE)

    NEED DESCRIPTION

  • 1:00 PM
    to 2:00 PM
    Enabling the Digital Field, Field Safe Solutions
    Enabling the Digital Field, Field Safe Solutions

    Enabling the Digital Field:

    Learn how industry leaders are digitally bridging the field data gap to create a safety culture that improves worker safety, creates operational efficiencies and lowers costs.

    Field Workers represent a variety of industries but they all share a common challenge… capturing and relaying data from the field to head office quickly and efficiently to enable a strong safety culture. Historically, field workers have used manual processes to complete documents. This process is time-intensive, error-prone, and creates redundancies. Additionally, the inability to communicate in real-time negatively impacts the safety and limits the head office’s ability to make informed decisions. In this session, Field Safe will share how our clients (together with partners like IBM and Telus) are driving a safety culture by digitizing operations and making field worker’s jobs safer, easier and more efficient.

    We will also show two ROI scenarios to evidence how a digital solution combined with improved workflows:

    • Improves corporate decision making and creates field worker and administrative efficiencies.

    • Increases employee safety.

    • Prevents fines for regulatory non-compliance.

    • Minimizes incidents.

    • Improves employee retention.

    • Advances management of certifications and safety program performance.

    • Enables real-time reporting. Attendees will come away with ideas they can immediately apply to start their organization on the path to a digital, data-driven safety culture.

    location Virtual - Live
  • 1:00 PM
    to 2:00 PM
    The Edge is Not the End, Chatsworth Products (LIVE)
    The Edge is Not the End, Chatsworth Products (LIVE)

    The Edge is Not the End. It is Just the Beginning of Next-Generation Wireless Networks

    Deploying networks at the edge, closer to the end-users and systems that depend on them—requires careful planning and implementation to ensure efficiency and dependability. As a result, this presentation will discuss the key considerations for successful edge deployment, including an examination of the NEMA Type industrial enclosures used to protect sensitive network equipment, and the specific challenges (and solutions) associated with 5G wireless network preparations to meet this rising demand.

    Outline:

    • 5G = more equipment at the edge of the network. (And fiber between equipment.)

    • Edge of network = enclosures to protect equipment

    • Edge Enclosures = think 5 pillars

    • Thermal – how unconditioned can you be?

    • Scale requirement, remote monitoring and control, and easy component repair or replacement

    • Unusual, custom ICT and municipal requirements = need to customize enclosures, aesthetic and kitting

    Challenges:

    Large venues – how do you extend coverage to such a large volume and high number of connections?How do you mount due to architectural challenges?

    -concrete structures

    -high ceilings

    -hard ceiling decks – can’t penetrate 

    -long hallways

    Supporting Public spaces

    Microcell

    -sidewalks / bus stops / train stations

    -playgrounds

    -street-side

    Macro-cell 

    -cell tower base enclosures

  • 1:00 PM
    to 2:30 PM
    What your Guys should know about Our Guys, PLP (LIVE)
    What your Guys should know about Our Guys, PLP (LIVE)

    • Understand the engineering principles that drive PLP’s Helical Products

    • How PLP’s helical products provide greater protection to the cables they are installed on.

  • 2:15 PM
    to 3:15 PM
    DEMO - Little Giant Ladders for the Cable and Telecom Industry (LIVE), Charles Jones Industrial (LIVE)
    DEMO - Little Giant Ladders for the Cable and Telecom Industry (LIVE), Charles Jones Industrial (LIVE)

    Live Demo of a variety of ladders built for the Cable and Telecom industry - safety and flexibility.

  • 2:15 PM
    to 3:15 PM
    Inspecting and Testing MPO Multifiber Ribbon Cables, Viavi Solutions
    Inspecting and Testing MPO Multifiber Ribbon Cables, Viavi Solutions

    VIAVI delivers the industry’s most complete portfolio of test solutions for MPO Fiber Inspection. Learn about our P5000i, FiberCheck Probe, SideWinder, FVAm Benchtop scope, and SmartClass Fiber MPOLx Loss Test Set. Learn how to select the right tool for the right job, and learn tips and tricks to use it in the right way.

  • 2:15 PM
    to 3:15 PM
    Reimagining Broadband to the MDU, Fonex (LIVE)
    Reimagining Broadband to the MDU, Fonex (LIVE)

    Reimagining Broadband to the MDU, Delivering Efficient and Cost-effective Gigabit Services

    When delivering a service, operators need to ensure existing network access to buildings, interoperability with legacy equipment and infrastructure, growing demand for more bandwidth and reliability… which all drive the cost of connected users. In this presentation, we will explore G.hn technology and how it can be used to answer such requirements. Compared to G.fast, G.hn constantly deliver superior bandwidth over copper or coax that is dynamically adjusted based on traffic conditions. It is designed to leverage existing wiring in the MDU without the cost and complexity to install fiber in the building. We will explore how operators can take advantage of G.hn to simplify their networks and reduce cost by delivering a highly scalable, Ethernet-like technology while lowering cost and increasing revenues.

    location Virtual - Live
  • 2:15 PM
    to 3:15 PM
    Testing 5G Architecture, EXFO
    Testing 5G Architecture, EXFO

    Testing the 5G Architecture: Challenges and Lessons Learned

    As the 5G race heats up, it is essential for mobile network operators, fixed-line/cable operators, network service providers, and other market leaders to know how to best prepare for the advent of 5G. This webinar explores the challenges and opportunities that the 5G architecture presents and the key test areas and solutions to ensure successful 5G network launches. An expert panel will share important lessons learned in getting networks ready for 5G plus near- and long-term obstacles as our network infrastructure transforms on a fundamental level. Key

    Topics for Discussion:

    • 5G architecture aspects, challenges, and opportunities

    • Key test areas and solutions in 5G preparation

    • Important lessons learned from working with Tier-1 operators

    • Answers to audience questions during live Q&A

    location Pre-recorded
  • 3:00 PM
    to 4:00 PM
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE

    The Internet has evolved into a vast array of interconnected networks with expediential growth. For service providers securing the network for integrity and resilience has emerged as a top priority.  The boundless telecommunication experiences enabled in the future with new and evolving technologies will require secure devices for delivery.  This session will discuss the real story of modern hackers, cybersecurity, penetration testing, and the relationship to the cable industry.  Several service elements of the modern network will be presented; public key infrastructure (PKI), Internet of Things (IoT), wireless/Wi-Fi and popular layer-2 specifications.   Finally, the relationship of organizations like the NIST Cybersecurity Framework, Canadian Centre for Cyber Security (Cyber Centre), European Union Agency for Network and Information Security (ENISA); and U.S. Cyber Command will be discussed.

25
  • 8:00 AM
    to 9:00 AM
    Deploying better FTTH, Faster, for Less, EXFO
    Deploying better FTTH, Faster, for Less, EXFO

    Deploying Better FTTH, Faster, for Less

    Internet service providers are deploying Fiber to the home at full steam. The time is now to optimize the cost of installation per subscriber.

    Over the last decade, EXFO has developed solutions in cooperation with the world's ISP leaders in order to install FTTX faster, cheaper, and more importantly: better.

    In this seminar, we will cover 3 areas where ISP could improve: Workflow automation, centralized testing, and simplified MOP.

  • 8:00 AM
    to 9:00 AM
    Low Latency DOCSIS Results, CommScope
    Low Latency DOCSIS Results, CommScope

    Low Latency DOCSIS: Concept & Experimental Results

    The online gaming industry is on a rapid growth path & has become an exciting mainstream revenue source. The online gaming industry is projected to be a $300 Billion+ industry by 20251. It is estimated that in 2019, eSports viewership will grow to 454 million with revenues of $1 Billion+2. With an increasing demographic that uses YouTube & Twitch for streaming gameplays & cloud gaming services such as Google Stadia & Apple Arcade, which are bringing the online gaming experience closer to the consumers, the MSOs will need to deliver the best QoE by ensuring high bandwidth & low latency support.

    By enhancing the user experience, the MSOs have an opportunity to generate a new revenue stream. Welcome to the world of Low Latency DOCSIS!

    This talk will focus on LLD architecture basics & discuss the experimental results from our lab studies using the concept of an ASF, constituent Low Latency & Classic Service Flows & the Proactive Grant Scheduling.

    location Pre-recorded
  • 8:00 AM
    to 9:00 AM
    Premises Installation Best Practices, Effigis Geo Solutions
    Premises Installation Best Practices, Effigis Geo Solutions

    Getting the Installation Right: Preventative Quality Assurance focused on Cable Shielding Integrity.

    Training and equipping technicians to get the installation right is paramount in turning customers into lifelong clients. This starts with adding a critical step as part of their installation routine: tracking potential cable shielding integrity issues. By having installation technicians make sure no existing impairment will eventually degrade their cable network on the one hand, and using the best quality passive equipment for installations, on the other hand, MSOs can be confident that their subscribers will get what they yearn for: reliability, speed and above all satisfaction of their services.

  • 9:15 AM
    to 10:15 AM
    Keynote: Generic Access Platform Support for 5G, SCTE•ISBE
    Keynote: Generic Access Platform Support for 5G, SCTE•ISBE

    SCTE•ISBE formed the Generic Access Platform (GAP) Working Group to accelerate innovation by defining common interfaces within node housings that support plug-in modules conforming to the GAP’s physical, thermal, mechanical and electrical specifications. 

    The GAP initiative is designed to enable MSOs to work with best-of-breed vendors to add new functions and services to access nodes through simple in-field modules or software upgrades.

    This open, modular, and standardized approach allows cable operators to accelerate technology updates, deliver multiple services utilizing a single node platform, facilitate the migration to an edge-computing model, reduce inventory and increase service velocity.

    The GAP enclosure will support 5G modules. Come to this session to see how the cable industry is supporting the 5G rollout based on GAP.

  • 9:15 AM
    to 10:15 AM
    PON Deployments, Viavi Solutions
    PON Deployments, Viavi Solutions

    PON Deployment: What needs to be tested so you don’t have to return to complete the work?

    We will discuss how these new tests and a new comprehensive workflow process help you to reduce PON activation and service deployment costs and maximize your investment.

    This seminar will go through PON Deployment Test Options as well as PON Roll-out Challenges and a Workflow Overview.

  • 9:15 AM
    to 10:15 AM
    Powering Outdoor Small Cell & 5G Networks, EnerSys Energy Systems
    Powering Outdoor Small Cell & 5G Networks, EnerSys Energy Systems

    Siting, permitting, and backhaul are well-known issues in the deployment of outdoor small cells. But a fourth infrastructure issue – power – is often forgotten. Most people assume power is available when and where needed. However, access to the electrical grid is not always readily available. And the utility’s construction project for providing a connection to the grid can jeopardize both the budget and the timeline. 

    As a result, many network builders are turning to remote power, a means of controlling their destiny by using traditional twisted pair copper or coax lines to deliver power to the small cell site. A single centralized power source requires one connection to the grid, a 10:1 reduction in many applications. From that central power hub, electricity is delivered over existing twisted pair or coax lines to energize the remotely deployed small cells. When copper facilities are not available, providers deploy new twisted-pair copper alongside the fiber backhaul, an economic and simple way to ensure power and backhaul are pulled at the same time.

    Whether existing or new facilities, remote power lowers the total cost of ownership for the project. As importantly, it minimizes the time to completion, ensuring new revenues start sooner. This presentation describes the current problems with powering 5G small cells. It discusses how remote power works, the general design guidelines and how it minimizes pole attachment fees. The presentation concludes with an overview of existing applications that successfully utilized the remote power technique.

  • 10:00 AM
    to 11:00 AM
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE
    Keynote: Operational Practice for Home Wi-Fi Deployment, SCTE•ISBE

    The Internet has evolved into a vast array of interconnected networks with expediential growth. For service providers securing the network for integrity and resilience has emerged as a top priority.  The boundless telecommunication experiences enabled in the future with new and evolving technologies will require secure devices for delivery.  This session will discuss the real story of modern hackers, cybersecurity, penetration testing, and the relationship to the cable industry.  Several service elements of the modern network will be presented; public key infrastructure (PKI), Internet of Things (IoT), wireless/Wi-Fi and popular layer-2 specifications.   Finally, the relationship of organizations like the NIST Cybersecurity Framework, Canadian Centre for Cyber Security (Cyber Centre), European Union Agency for Network and Information Security (ENISA); and U.S. Cyber Command will be discussed.

  • 10:30 AM
    to 11:30 AM
    DEMO - MSA, The Safety Company - Charles Jones Industrial, (LIVE)
    DEMO - MSA, The Safety Company - Charles Jones Industrial, (LIVE)
  • 10:30 AM
    to 11:30 AM
    Joint Fiber-Backhaul and WAN Planning for 5G Small-Cell Deployments, Comsof
    Joint Fiber-Backhaul and WAN Planning for 5G Small-Cell Deployments, Comsof

    The aim of wireless operators is to design the most efficient, lowest cost 5G network while ensuring that the highest quality is maintained. In order to accomplish these goals, radio planning of small cell sites has to be done considering the fiber backhaul constraints (especially when existing fiber infrastructure is available in the area). This requirement becomes more crucial with the expected 5Gdensification as it has a major impact on CAPEX and OPEX. Prudent planning, therefore, will enable operators to significantly reduce the cost of connecting small cells to the backhaul network.

    Previously, the (conventional) isolated approach was considered in planning tools: wireless access networks are designed independently from the fiber backhaul constraints. As a result, the number of selected small cells is obviously the most optimal (the smallest if we consider a constant cost for all the small cells to be connected with fiber). Nevertheless, the fiber backhaul deployment costs can be very expensive. If the design is done jointly (e.g. consider the fiber backhaul constraints in the wireless access design), the cost savings can be significant. This strategy can be also called fiber infrastructure aware design of 5G wireless access network.

  • 10:30 AM
    to 11:30 AM
    Keynote: Method to Mitigate Fresnel Reflection in Path Protected Bi-directional DWDM, Rogers Communications Systems (LIVE)
    Keynote: Method to Mitigate Fresnel Reflection in Path Protected Bi-directional DWDM, Rogers Communications Systems (LIVE)

    In this session, Vasile will discuss useful information for optical access planners and designers.

    He will cover:

    • Typical uni-directional path protected DWDM fibre access application

    • Optical switch operational principle

    • Bi-directional DWDM application

    • Fresnel reflection description

    • Optical switch in normal Bi-Directional applications

    • Optical switch in Bi-Directional applications – Fibre cut

    • Fresnel reflection mitigation

    • Labe test results

  • 11:45 AM
    to 12:45 PM
    5G: What is It and What Can it Really Do? Clearcable Networks
    5G: What is It and What Can it Really Do? Clearcable Networks

    The wireless industry is quickly moving down the 5G deployment path. The technology promises much higher speeds and dramatically lower latency than today’s 4G deployments. This presentation will cover what 5G promises, what it can deliver in the near and long term, why is it important to both the wireline and wireless industries, and how it can impact other industries like manufacturing and automation.

    The sub 6 GHz (FR1—Frequency Range 1) 5G deployments happening today offer an improvement in potential performance over the existing 4G networks but they do not offer all the game-changing performance the marketing promises. To reach these goals the industry will need to deploy mmWave technology operating in the FR2 spectrum above 20 GHz, this will present a new set of challenges to network operators and even municipalities. Higher Densities, Massive MIMO, and Beamforming all become important parts of a real-world 5G deployment.

    A large part of the 5G specification is low latency. Low latency is an important requirement for automation in our connected society including self-driving cars and manufacturing. The presentation will touch on why automation is driving the need for low latency and how 5G can fill this need.

    The wireless industry is deploying 5G today, it is no longer the next network technology, it is today’s network technology.

  • 11:45 AM
    to 12:45 PM
    DEMO - Go with the Flow: A Keg-O-rator & Dashboard, MLT (LIVE)
    DEMO - Go with the Flow: A Keg-O-rator & Dashboard, MLT (LIVE)

    This demo will dive into three flows. First, we talk about the flow of beer using our Keg-o-Rator. (Yes, you read that correctly.) Followed by a brief conversation on the flow of data. Finally, we will conclude our presentation with a demo of a real-life dashboard, which shows how you get from (raw) data to actionable insights in the world of telecommunications.

  • 11:45 AM
    to 12:45 PM
    Geospatial Solution for CSPs - 5GIP, Cyient
    Geospatial Solution for CSPs - 5GIP, Cyient

    Cyient’s 5G Inventory Planning (5GIP) solution is a cloud-based platform that uses multiple imagery data sources and Machine Learning to identify the location (latitude/longitude) and attribute information of “poles” and assets.

    5GIP helps Communication Service Providers understand what poles exist in a particular AOI with 30cm level accuracy and supports initial cluster identification and RF simulation planning for small cell and 5G initiatives.

    It is easily accessible from multiple devices and remote locations. Data can be downloaded, uploaded, modified, and enhanced with multi-user inputs.

  • 11:45 AM
    to 12:45 PM
    Troubleshooting Future RF Deployments, Telonix Communications
    Troubleshooting Future RF Deployments, Telonix Communications

    Operators are expanding and deploying various new Technologies. These new technologies are introducing new challenges and different ways to maintain the network.

    What exactly are these changes that face the cable operator and how might the cable plant continue to evolve in the coming years? Remote PHY, Remote MAC-PHY, Full-duplex, ESD, and Docsis 3.1. What do they mean and how do they work? What are some of the differences and what will be some of the tools needed to properly troubleshoot any issues that may occur? Operators have a very large network to manage but will need to ensure that their technicians are properly trained and using the correct equipment.

    This presentation will look at some of the different technologies and the proper techniques and tools that will be needed.

    location Pre-Recorded
  • 1:00 PM
    to 2:00 PM
    DWDM in Access Network, Viavi Solutions
    DWDM in Access Network, Viavi Solutions
  • 1:00 PM
    to 2:00 PM
    Passive device Design Challenges and Considerations for DOCSIS 4.0 Deployment, Antronix (LIVE)
    Passive device Design Challenges and Considerations for DOCSIS 4.0 Deployment, Antronix (LIVE)

    Presenter Neil Tang  will discuss Passive device design challenges and considerations for DOCSIS 4.0 deployment

     A look at bandwidth limitations, conditioning technology, and the benefits and potential of higher output designs above 1794 MHz

  • 1:00 PM
    to 2:00 PM
    Virtualized, Disaggregated 5G RAN, Cyient
    Virtualized, Disaggregated 5G RAN, Cyient

    Virtualized, Disaggregated 5G RAN

    5G networks will cost a fortune to deploy. To minimize TCO, networks need to be shared between multiple types of users, with varied requirement of latency, throughput and availability operating in an application-driven environment. Features like Unified RAN, Shared infrastructure, HW Decomposition (RU/CU/DU) Functional Decomposition (UP/CP Split, more functional splits in RAN), Edge user Radio resource management is more needed than ever. New 5G or 4G Networks must adopt basic vRAN system architecture principles. future networks need to support UE-centric 5G world and this needs Software Centric Approach that comes only from Virtualisation. Virtualization comes with Functional Splits, Shared Infra, integration of different radio access technologies. Software implementation of the RAN functions helps to decompose from the hardware and allows a multivendor approach. Above it will bring down TCO while reducing deployment timelines and enhancing user experience.

    location Pre-recorded
  • 2:15 PM
    to 3:15 PM
    Backhaul, Fronthaul, Midhaul Transport Architectures, EXFO
    Backhaul, Fronthaul, Midhaul Transport Architectures, EXFO

    The deployment of 5G antennas could use a plethora of fiber architectures. In this seminar, we will cover different architectures that could be deployed to feed the 5G networks as well as their challenges,

    1) Deploying 5G over XGS-PON and NG-PON

    2) to avoid duplication of fiber deployment with FTTH 2. CWDM vs DWDM: how to test in the field

    3) Remote OLT and hybrid architectures

  • 2:15 PM
    to 3:15 PM
    DEMO - The American Ilsintech All-in-one Fusion Splicer, Fonex (LIVE)
    DEMO - The American Ilsintech All-in-one Fusion Splicer, Fonex (LIVE)
  • 2:15 PM
    to 3:45 PM
    From Copper to Fiber, From Wired to Wireless, Technity Solutions
    From Copper to Fiber, From Wired to Wireless, Technity Solutions

    From Copper to Fiber, From Wired to Wireless; How to build MDU internet solution with the different Gigabit speed technology

    MDU known as Multiple Dwelling Unit internet solution is an end2end solution to provide multiple services including data, invoice and video, etc to business or residential end-user. In order to provide an integrated solution for different MDU cases, including but not limited, from wireless to wired, from copper to optic fiber, from indoor to outdoor, from installation engineer to management system design, the solution we introduced is perfect to fix in North America MDU market for greenfield and brownfield. It contains multiple new telecommunication technologies and engineering solutions.

     Part 1: Brief introduction about the technology why used in MDU solution;

    Part 2: Fiber Solution: From Active to Passive, PON technology

    Part 3: Copper Solution: Why we use G.hn, what else we can use?

    Part 4: Managed Wi-Fi solution, and path to Wi-Fi 6 and Wi-Fi 6E;

    Part 5: Open discussion: Challenges we still face;

  • 2:15 PM
    to 3:15 PM
    Little Giant Ladders for the Cable and Telecom Industry, Charles Jones Industrial (LIVE)
    Little Giant Ladders for the Cable and Telecom Industry, Charles Jones Industrial (LIVE)

    Live Demo of a variety of ladders built for the Cable and Telecom industry - safety and flexibility

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    V MIX
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Speakers

SPEAKER


  • Jeffrey Bowers Speaker image
    Jeffrey Bowers , MSA, the Safety Company
  • Anne Osbourn Speaker image
    Anne Osbourn Marketing Manager, MSA, The Safety Company
  • Dr. Ali Mohamed Ahmed Speaker image
    Dr. Ali Mohamed Ahmed Sr. Director of Network Technology, Trispec Communications
    Dr. Ali Mohamed Ahmed is an executive with more than 20 years of technology and engineering leadership experience with major, publicly listed, telecommunications companies worldwide including in North America with Rogers Communications and in Europe with UPC in Poland, iesy/UnityMedia in Germany, MoscowCableCom in Russia and News Corp Europe in the UK. He also has provided technology expertise and advice to Private Equity & Venture Capital companies including Apax Partners, Goldman Sachs, and Columbus Nova. His areas of expertise include: - Services Platforms (VoIP, VOD, SVoD, Digital TV, HSD, IPTV, nPVR), - Network Service Platforms (DNS, DHCP, CAS, etc.), - Transport Networks (IP Core, Metro Ethernet, CDN), - Data Centers (Public/Private/Hybrid cloud, CaaS, SaaS, PaaS, IaaS), - Access Networks (HFC, FFTx, Wireless (3G, LTE, 5G)), - Home Networks (WIFI, MoCA), - CPE HW&SW architectures (DVB-STB, IP-STB, Middleware, RDK, HLS, DASH, MPEG4, HEVC, CA/DRM, TR-69, iOS, Android), - Applications (Native, Hybrid, HTML-5/CSS3/JS, RESTful APIs) Dr. Ahmed has published many technical articles and papers in various European and International journals covering topics in the area of telecommunications networks and systems. Ali has a Ph.D. in Telecommunications and a Master of Science degree in engineering, both from the Faculty of Electronics and Information Technology - Warsaw University of Technology, Poland. He is a member of IEEE - Institute of Electrical Electronics Engineers, IEEE Broadcast Technology Society, SCTE - Society of Cable Telecommunications Engineers, IEEE Young Professionals and IEEE Rebooting Computing Community.
  • Arun K. Jain Speaker image
    Arun K. Jain Director, Product Marketing, Test and Inspection Division, AFL

    Arun Jain is a career product and marketing executive with experience at multinational companies as well as startups. His background includes telecom, networking, mobile, and software businesses. Currently, he heads the product and marketing teams at AFL’s Test & Inspection group.

    Before joining AFL, Arun was the Founder & President of BayTech Services that provides technology services for SMBs and startups. Prior to BayTech, he was the VP of Product and Marketing at Voltaire that developed High-Performance Grid Interconnect solutions. Arun has also held executive positions at Bay Networks (acquired by Nortel), Ameritech (now ATT), DSC Communications (now Alcatel) and Fujitsu.

    Arun holds a BSEE from University of Delhi and an MBA from University of Illinois.

  • Barry Walton Speaker image
    Barry Walton Solution Architect, Corning
    Barry Walton is a Solutions Architect for Corning Optical Communications working with customers to deploy FTTH networks utilizing his extensive experience gained from 41 years in Telecom. He joined Corning after 37 years at a large tier 1 telecom company in Canada where he championed the deployment of FTTH, providing the strategy and planning for over 1 million homes passed. Barry’s expertise lies in business case creation, operations planning, large-scale network planning, reducing costs, increasing build pace and deployment strategy for successful access network builds. A former board member of the North American Fiber to the Home Council, Barry has delivered numerous FTTH presentations at many national and regional conferences. He is highly respected by his peers for his expertise gained through real-world FTTH network deployments. Barry is a very passionate FTTH evangelist. Barry resides in New Brunswick Canada.
  • Brad Barber Speaker image
    Brad Barber Director of Sales, Field Safe Solutions

    Brad has over 10 years of sales experience, most recently working with various telecommunications companies in North America where he managed key executive relationships. Brad is working towards his MBA at the Edinburgh Business School.

  • Chris Bastian Speaker image
    Chris Bastian SVP and CTIO, SCTE-ISBE

    Chris Bastian joined SCTE/ISBE in 2015 following three decades of leadership in advanced cable and network security technologies. Chris is responsible for all areas of technology and engineering to ensure that SCTE and ISBE maintain a leadership role in standardizing and operationalizing advanced technology, including the SCTE Standards Program and the SCTE Engineering Committee – as well as groundbreaking efforts such as SCTE’s Energy 2020 program.Prior to joining SCTE/ISBE, Chris spent 12 years with Comcast, where he served as senior director of converged regional area network engineering for the Comcast Network Engineering Group, executive director of network architecture for the Comcast Technology and Product Group and ultimately as executive director of Comcast’s Xfinity WiFi network. Previously, he had held network operations and engineering positions with RCN and Comcast Cellular Communications, and had spent 10 years in engineering and leadership capacities with the National Security Agency.

    Chris holds a B.S. in Electrical Engineering from Penn State University, an M.S. in Electrical Engineering from George Washington University and an M.S. in Technical Management from Johns Hopkins University.

  • Carlo Santa Maria Speaker image
    Carlo Santa Maria Product Development Manager, Fonex
  • Dag Hauge Speaker image
    Dag Hauge Technical Manager and Senior Solutions Consultant

    Dag has 30 years of experience in the telecom industry working with product management, network engineering and market development. For the last 20 years, he has been working as technology leader and solutions specialist within telecom test & measurement.

  • Dan Levac Speaker image
    Dan Levac US National Sales Manager, Communications Markets, Preformed Line Products (Canada) Limited (PLP)

    Dan Levac began his career in Telecommunications with Bell Canada in 1980 and in 1990 joined Preformed Line Products as a Field Service Representative, training, trouble shooting, and learning how to provide the best customer service in the industry. He became a Field Sales Representative in 1991 providing sales and support for the five-state region of IN, IL, MI, OH, & WI. I became the Western Regional Manager in 1998 and National Sales Manager, Communications Markets in 2017. He currently shares 3 patents for OSP products for PLP.

  • David Boisseleau Speaker image
    David Boisseleau Product Marketing Manager, Fonex

    David Boisseleau is the Product Marketing Manager at FONEX data systems and over the past 10 years, he has held several key positions at FONEX.  Currently, he is responsible for multiple product portfolios focusing on metro and access network.  

    David as a strong knowledge base and experience in Optical and Carrier Ethernet networks with focus on access, metro network which helps to direct the FONEX sales force to determine the best approach to a customer’s purpose-built solution. David holds a Master of Electrical Engineering from Ecole des Arts et Metiers, Lyon, France and and a Master of Business Administration from the HEC Montréal. 

  • Dwayne Tremblay Speaker image
    Dwayne Tremblay Charles Jones Industrial
  • François Marcotte Speaker image
    François Marcotte Subject Matter Expert, EXFO
    François Marcotte is a senior engineer currently working for EXFO in Montreal, Canada. Francois has been testing networks since 1990. He has developed solid expertise in Optical transport, Ethernet and IP. Francois is working with clients to improve testing methods and processes. He is a regular speaker in various seminars in North America.
  • Gary Bolton Speaker image
    Gary Bolton CEO and President, Fiber Broadband Association
  • Gary Ge Speaker image
    Gary Ge President and Founder, Technity Solutions

    Gary worked for international telco vendor like Ericsson, ALU and ECI for more than 10 years, and acted as regional sales director from Tier 1 OEM/ODM, T&W for 10 years to increase the NA and SA sales from 0 to 100M USD. Gary founded Technity Solution Inc. 2 years ago. 

  • Gwenn Amice Speaker image
    Gwenn Amice Subject Matter Expert, EXFO
    Gwenn Amice focuses on next-generation optical networks in charge of technical seminars, training, support and technical advice to EXFO’s customers. Mr. Amice holds a university degree in electrical engineering and industrial computing. He is a member of the Broadband Forum Americas Technology Committee
  • Halley Roth Speaker image
    Halley Roth Admin Assistant, Fiber Broadband Association

    Assistant to Gary Bolton

  • Jason Lowe Speaker image
    Jason Lowe VP, Professional Services, Clearcable Networks

    Jason Lowe is Clearcable’s VP, Professional Services. In this role he provides architectural direction, design, and training for DTV/IPTV, GPON, HFC and DOCSIS deployments for Tier 1 and Tier 2 MSOs in the US and Canada.Over the past 25 years in the cable industry, Jason has participated directly in the evolution of traditional cable networks from simple one-way television to two-way and advanced communications networks including the launch of FTTH, DOCSIS and Packetcable services. Jason is a graduate of Niagara College’s Electronics Engineering Technology program.

  • Jeff Harmon Speaker image
    Jeff Harmon Solutions Engineer, Viavi Solutions
  • Jeff Spackman Speaker image
    Jeff Spackman Senior Director of Sales - Cable & Telecom Sector, Little Giant Ladder Systems

    Jeff Spackman has over thirty-five years of experience in behavior-based safety management.  Before coming to Little Giant ladders, Jeff was the West Division Senior Director of Environmental, Health, and Safety at Comcast Cable where he was responsible for all aspects of safety and environmental for over 27,000 employees and 11,000 vehicles.  Before coming to Comcast, Jeff was the Corporate Director of Safety at Bright House Networks, the sixth largest cable provider in the United States based out of Orlando, Florida.  Before Bright House, Jeff was the West Division Director of Safety at Coca-Cola Enterprises and the Region Safety Manager for PJ Foodservice, the manufacturing and distribution arm of Papa John’s Pizza.  

    Jeff served as the President of the American Society of Safety Engineers (ASSE) Central Florida Chapter for three years and won the American Society of Safety Engineers Safety Professional of the Year Award for both the Central Florida Chapter as well as ASSE’s Region IV.  Additionally, Jeff served as the co-chair of the National Cable Telecommunication Association’s (NCTA) North American Safety Compliance Workgroup for four years.

  • Julio Sanchez Speaker image
    Julio Sanchez Field Sales Technical Support, Effigis

    Julio is a Field Technical Support Specialist at Effigis for the CPAT FLEX Platform. He joined Effigis in 2001. He has been instrumental in the configuration and installation of CPAT FLEX products with MSOs, as well as in training their staff. He is also responsible for the Latin American market and works with Effigis’ sales partners to develop it. Julio has completed several NCTI certifications, namely DOCSIS 3.1 and the three levels of technician programs.

  • Justin Nagle Speaker image
    Justin Nagle Regional Product Line Manager, Viavi Solutions

    Justin has been involved in the test and measurement industry for 11 years.  Justin’s primary focus over the last 9 years at Viavi has been on broadband service activation, in-home testing, and helping service providers improve technician efficiency and achieve OPEX savings.

  • Kevin Borders Speaker image
    Kevin Borders Director of Marketing

    Kevin Borders is the Director of Product Marketing at Alpha Technologies Ltd. He has over 30 years of experience in the Telecommunications and Power sectors, having worked extensively in Marketing & Sales, Engineering and Product Management roles at PECO II, RELTEC and Marconi Communications, Inc. Kevin holds a Bachelor of Science in Electrical Engineering from the University of Missouri and an MBA in Corporate Finance from the University of Dallas.

  • Kevin Wynne Speaker image
    Kevin Wynne Manager, Americas, Comsof Americas

    Kevin currently leads Comsof's commercial business in the North American market, with over ten years of experience in strategic technical roles.Kevin has a degree in Electrical Engineering, an MBA, and a Professional Engineering Designation in the Province of Ontario. He is an active member of the broadband industry, which includes sitting on the Fiber Broadband Association's Technology Committee.

  • Kyle Mayhew Speaker image
    Kyle Mayhew Senior Director for Global Strategy, Marketing, and Business Development, Cyient

    Kyle Mayhew is the Senior Director for Global Strategy, Marketing, and Business Development within Cyient’s Geospatial business unit.   He leads a global team focused on applying geospatial technologies to solve business problems across multiple industries. Kyle joined Cyient in 2010 and has held numerous business development, marketing, and sales roles.  Prior to joining Cyient, he spent nine years at IBM as a Client Manager selling hardware, software, and services to the financial services and manufacturing sectors. Kyle Mayhew is the Senior Director for Global Strategy, Marketing, and Business Development within Cyient’s Geospatial business unit.   He leads a global team focused on applying geospatial technologies to solve business problems across multiple industries. Kyle joined Cyient in 2010 and has held numerous business development, marketing, and sales roles.  Prior to joining Cyient, he spent nine years at IBM as a Client Manager selling hardware, software, and services to the financial services and manufacturing sectors. 

  • Laura Bradley Speaker image
    Laura Bradley General Manager, YorkNet

    Laura is the General Manager of YorkNet since operations commenced January 1, 2018. YorkNet is a company owned by The Regional Municipality of York which operates and maintains a dark fibre network which offers connectivity to Municipal facilities. Additionally, YorkNet collaborates with private sector companies to expand network reach and connectivity so they can offer services to residents and businesses. YorkNet is currently expanding its footprint from 200 km to over 750 km throughout York Region. 

    Laura has more 30 years of experience in the telecom industry in Canada working for carriers, manufacturers, ISPs and as a consultant. She brings a wealth of knowledge in business management, network deployment, strategic planning and collaboration to her position. For more than 15 years, Laura focussed on programs and projects which helped deliver broadband networks to rural areas, ensuring that users outside of urban communities were preparing for the digital century.

    Laura has worked with all three levels of government on various programs and initiatives to further the deployment of broadband networks and initiatives. She believes fibre is the key infrastructure for the future of Smart Community and a necessary foundation for businesses. Laura has developed numerous strategies for Municipalities and was a key contributor to the Eastern Ontario Regional Network development including the delivery of a project valued at over $250M to enhance broadband across 50,000 square kilometers. 

    Laura is dedicated to advancing broadband networks into communities to ensure there is adequate and cost effective access to meet current and future demands.

    Laura holds a Bachelor of Applied Science from Queen’s University at Kingston and is a Professional Engineer.

  • Michael Burkhalter Speaker image
    Michael Burkhalter Sr. Director Emerging Technologies, EnerSys Energy Systems

    Michael Burkhalter is the Senior Director for Emerging Technologies for EnerSys Energy Systems Americas. He is leveraging his strong expertise in telecommunications, wireless, and power to lead the EnerSys’ leadership in power and backhaul for 5G and small cell networks. His team provides consultation key MSO, Wireline, and Wireless partners by developing solutions that facilitate faster project completion, increased partner revenue and long-term strategic advantages.

  • Murali Krishna Vindula Speaker image
    Murali Krishna Vindula Lead Solution Consultant, Cyient

    Murali has more than 21 years of experience in the Telecom sector, highly experienced in product & solutions design, delivery and development. He has hands-on experience on the E2E product platforms for both the BSSS/OSS space from customer experience, inventory, order management, IP enablement, service assurance & fulfillment and NGN network domains. Murali has extensive experience in building new competency and managing pre-sales, large projects, and teams.

  • Neil Tang Speaker image
    Neil Tang President, Antronix

    Neil Tang is Antronix’s president.  In his prior role as principal engineer, Neil managed the development of Antronix’s line of advanced residential amplifiers, which currently represents more than 50 percent of the industry market share.  As chief executive officer, he is the driving force behind the company’s “customer first” strategy, resulting in Antronix developing a variety of products –  such as passives and amplifiers to facilitate MoCA and high-frequency transmission products about 1 GHz - based entirely on customer feedback.

    Neil holds bachelor’s and master’s degrees in electrical engineering and has worked in telecommunications for more than 20 years.  As a member of SCTE-ISBE’s Standards Committee, he helps to develop engineering standards and future architecture for the future of the cable and television industry.  

    Specialties:

    • Electrical engineering

    • RF/microwave engineering design

    • Telecommunications product development and design

    • Manufacturing

  • Patrick Noel Speaker image
    Patrick Noel System Engineer, Viavi Solutions

    Patrick has been involved in the telecom industry for 26 years, starting his career at Videotron in network engineering.  For the past 19 years, Patrick’s key focus has been supporting service providers with technologies for test & measurement of their networks.

  • Pierre Trudeau Speaker image
    Pierre Trudeau President & CTO, Positron Access Solutions

    Pierre is a seasoned Networking and Technology Executive and Board Member with over 35 years of experience. Prior to joining Positron in 2013, Pierre founded Colubris Networks, a leader in advanced Wi-Fi solutions for Wireless ISP, Carriers and Enterprises in March 2000.   Colubris was acquired by Hewlett-Packard in 2008.

    He is an expert on data communications and holds multiple networking related patents. 

    Pierre also holds an M.Sc and B.Sc degree in Computer science from Sherbrooke University in Quebec (Canada).

  • Peter Desmarais Speaker image
    Peter Desmarais Solutions Engineer, Viavi Solutions

    Peter currently holds the position of Solutions Engineer for Viavi’s fiber optic and metro ethernet products.  Peter has been involved in the telecommunications industry for over 20 years, of which 15 years have been focused on test & measurement.  His current responsibilities include supporting the marketplace with technologies for metro Ethernet networking and fiber optics field test and systems.

  • Prasad Bhandaru Speaker image
    Prasad Bhandaru Program Manager, Cyient
    Prasad Bhandaru is the Wireless Program manager at Cyient. He lives in Reston, Virginia, and has around 15 years of experience in the field of RF Engineering, Sales and Operations with major wireless carriers across the US. Prasad\'s team is responsible for 4G/5G communications projects and Customer relationships in this space. In-sync with sales and delivery, they are responsible for solutions
  • Remi Gould Speaker image
    Remi Gould Data Analyst, Missing Link Technologies
  • Richard Boyne Speaker image
    Richard Boyne Canadian Sales Manager, America Ilsintech
  • Rob Crowe Speaker image
    Rob Crowe Field Applications Engineer, Antronix

    Rob Crowe is Field Applications Engineer at Antronix, the market-leading manufacturer and supplier of broadband equipment to the cable industry.  He is the company’s liaison with customer companies, providing technological analysis, supervision of field trials, and product support.  He also conducts technician training across the country for MSOs.  Crowe has more than 30 years of experience in the Cable Telecommunications industry, primarily in the Greater New York area. 

    Rob is a member of the SCTE.

    A.A.S – Electrical Engineering Tech College of Staten Island

    B.S.    – Electrical Engineering Tech City University New York

  • Ron Huinink Speaker image
    Ron Huinink Technical Manager Broadband, Telonix Communications
    Ron’s career in the CATV industry began 25 years ago in construction, for a local cable company. He joined Cogeco Cable in 1998 as a Service Technician, gaining exposure to the MSO’s interdependence of maintenance, construction, headend/data departments, and planning. Ron has been a member of SCTE for 15 years and in 2013 he was elected to the Ontario Board. He served as President for two years. Recently Ron joined Telonix Communications as Technical Manager Broadband. His main role is supporting the company’s RF products.
  • Sam Rodriguez Speaker image
    Sam Rodriguez Sr. Product Manager, Industrial Solutions, Chatsworth Products

    Sam has over 26 years of experience in communications. He’s been a BICSI member for 14 years and became a RCDD in 2005. In his current role as an employee owner of Chatsworth Products (CPI), he is focused on developing CPI’s RMR® Industrial Enclosures and Thermal Solutions to support the increasing requirements for edge, IoT and IIoT applications.

  • Steve Harris Speaker image
    Steve Harris Executive Director, Technical Sales and L&D, SCTE-ISBE, Society of Cable Telecommunications Engi
    Steve is a respected international subject matter expert and thought leader in telecommunications, high tech and information technology systems engineering with a proven track record of success; Success that has facilitated increased revenue for cable service providers, solved business challenges and enhanced the subscriber experience. At SCTE·ISBE he is responsible for the tremendous growth of training content, boot camps and certification programs for over 100,000 telecommunication professionals in the areas of Fiber Deep, DAA, FTTx, DOCSIS, Wi-Fi, routing, switching, virtualization, IPv6, Ethernet, Business Services, MPEG, Linux, Headend, installation and outside plant/HFC. His signature skill is a dynamic, personable and enthusiastic approach to the delivery of highly complex technical content from the boots to suits for fast-paced companies.
  • Ted Cameron Speaker image
    Ted Cameron Director of Sales, Cable and Telecom, U.S. and Canada Division, Little Giant Ladder Systems

    Ted Cameron has worked at Little Giant Ladders Systems for 11 years in various sales leadership roles within different divisions.  For many years he worked with the Direct Sales Team going to trade shows all over the United States showcasing multiple types of Ladders to different industries.  Most recently Ted is the Director of Sales over the Cable and Telecom U.S. and Canada Division where he is responsible for such accounts as Charter, Cox Communications, Rogers, and Shaw.  

    Ted is also directly involved with the engineering department in the development of such ladders as the new Hyperlite Extension Ladder with limited arrest as well as the development of cable and telecommunications specific ladders, making them more versatile and safe for the technicians.

    Before Little Giant Ladders, Ted worked in the window treatment field with his own business for several years specializing in large multi-family unit projects. The business is still in his family.

    Ted also worked with an electrical contractor and an HVAC contractor plus early in his career, he worked as a professional ski patroller for many winters.

    He loves what does now working with the great people in the cable and telecom industry, helping them work much safer so they return home to their families ever night.

  • Tushar Mathar Speaker image
    Tushar Mathar Staff Systems Engineer, Chief Technology Office - Network Solutions, CommScope
    Tushar Mathur is a Staff Systems Engineer in the Chief Technology Office – Network Solutions at CommScope, where he has been working for the past 4 years on defining the architecture of the ARRIS centralized and distributed CCAP/CMTS systems. His current areas of interest are QoS and Distributed Access Architecture. He has issued and pending patents and has authored several papers on emerging broadband technologies. Prior to working at CommScope, Tushar has worked as a Software Engineer at Motorola Solutions Inc. on Wi-Fi APs and Controllers. Tushar holds a Master’s degree in Electrical Engineering from Miami University, OH, USA.
  • Vasile Jerca Speaker image
    Vasile Jerca Principal HFC & Optical Access Designer, ROGERS Communications

    Vasile has a Masters degree in Electrical Engineering.  Vasile pioneered CATV in Romania.  In 1995 he came to Canada and was first employed with Sentrex Communications until 1996 when he joined Rogers.

  • Wilco Van Ginkel Speaker image
    Wilco Van Ginkel Data and Analytics Lead, Missing Link Technologies
  • William Graham, M.S., Ed, CFOS/I Speaker image
    William Graham, M.S., Ed, CFOS/I Director of the Fiber Optic Association
    William is a Master Electrician and a Director and Master Instructor with the Fiber Optic Association, teaching Fiber Optic training courses and other Industrial Skills courses, across North America, Europe and the Caribbean. His clients include Community Colleges, Trade Unions, Canadian Military, Utilities plus the general public. He has certified over 7,000 technicians.

SPEAKER ASSISTANT


  • David Di Giovanni Speaker image
    David Di Giovanni Financial Director, YorkNet
  • Michael Petteplace Speaker image
    Michael Petteplace Senior Territory Sales Manager, MSA, The Safety Company
  • Sonia Sabourin Speaker image
    Sonia Sabourin Regional Account Manager, Corning
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