Show Schedule CommTech East

Awards Gala

Monday, April 16, from 5 – 8PM

Trade Show & Seminars

Mississauga Convention Centre
Exhibitor Set Up: Monday, April 16, between 1 – 7PM
Exhibitor Entrance to Trade Show: 10AM daily
Exhibitor Tear Down: Wednesday, April 18, 4 – 7PM
Show Dates: Tuesday, April 17 & Wednesday April 18, 2018
Welcome Reception: Tuesday, April 17, 3 – 4PM
Registration Opens: 7AM daily
Seminars & Workshops: From 8AM daily
Trade Show Hours: 11AM – 4PM daily
Live Demos: From 1PM daily in Trade Show

Seminar & Workshop Schedule

PDF Icon Seminar Schedule East 2018

20-Minute Demos At-The-Booth Schedule,
Both Days

PDF Icon Demo Schedule CommTech East (to come)

Click on date bar below for schedule details.

Available February 2018


Mississauga Convention Center

5 – 7:30PMAwards Gala

Registration & Coffee/Tea service

8 amSeminar

(1-1) Can a Fixed Wireless last 100m connection compete with a wired connection – and will 5G enable this opportunity?

Speaker: Chris Busch, Engineering Fellow-CTO Networks, ARRIS International Plc (view bio)


Chris Busch is currently Engineering Fellow with the CTO Networks organization of ARRIS. He is responsible for guiding ARRIS orchestration and virtualization technology helping CCAP operators achieve their distributed architecture goals. Chris has previously held positions at ARRIS in Assurance software architecture and as CTO Incognito Software where he actively led development in CableLabs, Broadband Forum, and TMForum provisioning and activation systems. Chris has been an invited speaker at SCTE and TMForum events on a variety of industry topics including Wi-Fi management, IPv6 implementation, IPTV, Commercial Services, and OSS Orchestration Convergence.

This session focuses on the new wireless spectrum opportunity and how it will factor into the MSO access architecture with fixed wireless access as a delivery option. The use of millimeter wave spectrum has sparked many debates about its architecture and economies — given the physics restrictions of primarily requiring “Line of Sight” to deliver the promise of multi Gigabits of wireless delivery.
Attendees will learn about:

• The opportunity for Fixed Wireless Access using sub 6 GHz technologies like Wi-Fi, LTE and new Shared Spectrum solutions like those in the CBRS band

• Which mmwave solutions are emerging pre 5G to take advantage of these new big highways of spectrum

• Whether or not 5G has to be a dual or triple PHY technology to allow for the non-determinism of Line of Sight solutions with the more deterministic Non Line of Sight sub 6 GHz solutions

• Some of the economics of the ‘base station’ and the ‘terminal’ device – and the cost/bandwidth/reliability factors of single PHY and dual PHY solutions

• If 5G is an outdoor 100m technology or if there is also a 5G in the home solution

The presenter will cover the physics, architectures, and ergonomics of Fixed Wireless Access solutions for MSOs.
8 amSeminar

(1-2) Geospatial Technology in Utilities: Past, Present, and Future

Speaker: Douglas Estok, Business Development Manager, USA / OEC - Oakville Enterprises Corporation (view bio)


Mr. Estok has worked in GIS for utilities for three decades, serving in virtually every role. From conversion, to application development, system integration, training, documentation, to rollout and implementation, and business development.

He has worked for utilities, vendors, and engineering firms, and formed his own firm, Estok Consulting, since 1995.

Since its inception in the 1960s, the GIS industry has gone from an esoteric fringe player to virtually ubiquitous in our daily lives...even though many folks have never heard of the term.

Having an understanding of the history of the GIS industry facilitates the appreciation of where we are now, and how to make the most of it, both in daily activities, as well as moving forward. Even though the industry has matured and been widely adopted, there are lessons to be learned, and new opportunities abound.

This presentation will look at the industry---particularly as it pertains to utility stakeholder distribution networks---from its roots to present day, and the many changes in between. Included are several bits of "inside baseball" info that many folks don't realize. Further, it will attempt to address and predict the developments in the pipeline over the next several years.
8 amSeminar

(1-3) Key Factors for a Successful FTTH Deployment

Speaker: Barry Walton, Solutions Architect, Corning Optical Communications (view bio)


Barry Walton serves as Solutions Architect for Corning Optical Communications. Barry joined Corning after 37 years at Bell Aliant where he championed the deployment of FTTH, providing the strategy and planning for over 1 million homes passed. His expertise lies in business case creation, large-scale network planning, and deployment for successful access networks.

The deployment of FTTH continues to grow throughout the world, connecting subscribers in communities large and small to ever-evolving high-bandwidth services. Where competition to secure customers is fierce, Telcos and MSOs alike see the value pushing fiber infrastructures deep into neighborhoods. However, many operators still find themselves at a cross-roads when deciding to invest in an all-fiber network. This session will cover real world concerns each operator should consider when embarking on an FTTH deployment; experiences from the onset of a project plan through network turn-up with focus on business case expectations, planning and design, construction, implementation, system quality and network operation. Attendees will gain insights into how effective planning up-front can pave the way to a successful all-fiber network deployment.
9 amSeminar

(1-4) An Operator's Perspective on Evolution of the HFC Access Plant

Speaker: Vasile Jerca, Senior WAN Planner, Rogers (view bio)


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.

The growing capacity demands from our HFC plant leads to RF spectrum expansion on both Downstream and Upstream paths from typical 54-860 MHz (Down) and 5-42 MHz (Up) to 102-1218 MHz (Down) and 5-85 MHz (Up), making use of the new DOCSIS 3.1 features like OFDM (Down) and OFDMA (Up). This also includes the use of new technologies like Remote PHY (R-PHY) and Full Duplex (FDX) mostly on the Passive Coaxial part of the plant.
All these changes bring challenges to the MSOs, from headend to the end of line of the coaxial part of the HFC plant.
This session will explain all the details around this RF spectrum migration from an operator’s perspective.
9 amSeminar

(1-5) "Virtual Segmentation" drives 10Gbps deep into existing coaxial networks using Remote PHY deployments.

Speaker: Ron Huinink, Technical Manager Broadband, Telonix Communication (view bio)


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 14 years and in 2013 he was elected to the Ontario Board.  He served as President for two years. Recently Ron joined Telonix as Technical Manager Broadband.  His main role is supporting the company’s RF products.

Internet services expand constantly with new services demanding large amounts of data.
Operators must accommodate this expansion, but large investments are necessary to keep up with speed and capacity demand. Various technologies are available to fulfil this demand including fiber deep, node split and distributed architectures, these technologies segment networks into smaller service groups.
Typically, fiber has been part of the solution. Unfortunately, driving fiber deeper in to the network can mean long lead times to obtain regulatory approvals for civil work. Furthermore, high costs are involved due to the labor costs for physical fiber installation.
Virtual Segmentation (VS) can avoid these drawbacks, using an existing single coaxial cable to feed different Remote PHY/CCAP devices and segmenting the network into smaller service groups without installing fiber.
The VS solution is easy to install, is compatible with existing equipment and accommodates more than one mile of coax. VS provides a high-bandwidth, low-latency pipe via 10G SFP+ connections at each end.            
Operators can make savings in labor installation time and costs by using the existing coaxial network; this enables a significant decrease in time to market and operators can meet customer demands with greater ease.
This presentation will explain VS technology and how to implement it in the network.
The second part of the presentation will incorporate a high-level comparison between upgrading the coax network vs doing a fiber build. This confirms the benefits of VS and the continued improvements possible using DOCSIS 3.1 architecture compared to a new fiber build.
9 amSeminar

(1-6) Latest Developments in Canadian MDU FTTx Plug and Play Deployments

Speaker: Atikem Hailemariam, VP Marketing, Opterna (view bio)


Atikem is CMO for Opterna, a supplier of fiber optic solutions to networks.
Prior to Opterna, Atikem held a variety of positions including: PLM at Finisar, and marketing manager of optical fibers for access/premises markets at Corning.
Atikem has a BSE and an MBA from the University of Virginia.

The recent increase in FTTx CapEx in Canada has led to the deployment of Plug and Play solutions in MDU. This presentation outlines the different technologies used for these deployments and what future enhancements may further assist providers and end-customers
10 amSeminar

(1-7) Fiber Deep, Distributed Access and FTTx Architectures

Speaker: Steven Harris, Sr. Director Education, SCTE ISBE (view bio)


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.

Capacity demands from our residential, commercial, and wireless customers continue to grow rapidly, putting pressure on existing infrastructures like the hybrid fiber coaxial (HFC) service delivery network. The cable operators are shifting their attention to new architectures like fiber deep, distributed access architectures (DAA) and fiber to the x (FTTx). These architectures improve network performance, reliability and enhance the customer experience. FTTx architectures similarly move fiber closer to the customer premises, perhaps to the curb (FTTc), business (FTTb), or home (FTTh). Performance-based fiber deep and FTTx architectures may operate over a centralized access architecture (CAA) where the cable modem termination system (CMTS), dense video edge QAM modulator, and physical networking are all located at the headend or hub. A CMTS and edge QAM modulator may use a converged cable access platform (CCAP) as well. Another appealing network modification operators are considering in the service delivery network is the DAA. In DAA, the physical (PHY) and media access control (MAC) layers of a converged cable access platform (CCAP) may be split between the headend and an access network optical node. Many HFC architectures use analog optics, while future approaches leverage digital and coherent optics. This session will explain all the details around these deployment architectures, how they differ from the HFC and changes that will happen in the upstream and downstream portions of the network.
10 amSeminar

(1-8) Upgrading the HFC Network to Support Scalable 10G Optical Transport for Remote PHY

Speaker: Mohamed Elmosaly, Product Marketing Manager, FONEX (view bio)


Mohamed Elmosaly is the Product Marketing Manager at FONEX data systems and over the past 15 years, he has held several key positions at FONEX. Currently, he is responsible for multiple product portfolios focusing on vertical markets that include Service Providers, Transportation and Utilities.

Mohamed has a strong knowledge base and experience in Optical and Carrier Ethernet networks with focus on Service Assurance, Cyber Security and SDN/NFV which helps to direct the FONEX sales force to determine the best approach to a customer’s purpose-built solution. Mohamed holds a Bachelor of Computer Engineering from Concordia University and a Master of Business Administration from the John Molson School of Business.

Many MSOs have begun to plan their longer-term network strategy to support the evolution of their HFC access networks. In the short-term, many have just begun the investments on “Fiber Deep” node splitting.
However, the medium-term and long-term plan for many MSOs will be to migrate to Remote PHY capable nodes that will set the foundation for virtualizing the headend CCAP functions and more. Current optical solutions deployed by MSOs are ill equipped to handle the scale of 10G optical transport that will be required to enable Remote PHY.
This presentation will focus on describing the “10G Scaling” problem and will describe the requirements for a next-generation optical transport infrastructure for HFC access networks.
10 amSeminar

(1-9) Affordable, settop less OTT for Tier 2,3 Operators

Speaker: Stephen Sacks, Principal Consultant, MDL Communicatons Inc (view bio)


Stephen is an accomplished senior-level Sales/Marketing executive in the broadband and video telecommunications industries, with proven strategic & tactical capabilities in providing leading-edge technology solutions to those industries since 1984.

Stephen received his Professional Engineering degree (Mechanical & Aeronautics) at the University of Toronto in 1973, and his Masters of Business Administration (majoring in Marketing & Buyer Behavior) at Schulich in 1977 in Toronto.

Stephen was the founder of MDL COMMUNICATIONS in 2006, one of Canada’s top VARs and Design/Consulting Firms. He works with his partners (Boris Eventov, Vincent Garneau, Collin McIntyre, Ron Polsky, Darren Richer, and Rita Sacks) and continues to provide laser-targeted, cost-effective solutions to the communications industry.

We’re terrified by the growing exodus of millions of paying cable TV customers from our systems, knowing that no Operator in this room can survive this storm. So, we designed a system so advanced & different, that it will help you retain your subscribers and help grow your business!

Here’s the facts:
• Consumers feel they pay too much for TV.
• Cable TV customers are becoming internet-only customers, obtaining video via their own devices.
• Your revenues are declining, while IP backhaul charges are increasing.

It’s here… the anyVid-Complete System
• Using customer-owned equipment (streamers, tablets & smartphones), with no costly Operator-supplied set tops.
• Using the easiest-to-use Guide you’ve ever used, for a TV-like experience.
• Using your existing Video Content (Live & VoD & off-air), so your Customers can access anything, anytime. No System combines all this content as easily!
• Avoiding in-home CAT-5E wiring costs, and migrating away from spectrum wasteful QAMs.

anyVid-Complete - is set-up & installed quickly, affordably, and includes the following equipment (that you will own):
• Transcoding, HLS Packaging, secure-encryption CDN
• Pay, Premium, VOD tier support
• Customer management, and Guide Data
• anyVid-Complete APP (for Amazon, Android & Apple devices).
• Your branded logo.

Plan your Success with us!
• Grow your ISP business, and your video business will grow within it.
• Be market-ready to keep and attract, cable video ‘cord cutters’.
11 amPanel Discussion

(1-10) The Impact of "Intelligent Communities" in Canada

Speaker: Moderated by: Rob McCann, President, Clearcable Networks (view bio)


Rob McCann is the President of Clearcable Networks. He works with service providers providing technology, integration, and business practices required to effectively operate voice, video, and data services. Rob is a board member of ICF Canada, was named CITA 2016 Supplier of the Year, and holds degrees in Mathematics and Economics.

Speaker: Chris Gould, COO, Bluewater Regional Networks Inc., Sarnia Lambton, Intelligent Communities Task Force (view bio & pic)


Chris Gould is the Chief Operating Officer of Bluewater Regional Networks and the Vice President of Utility Development for Bluewater Power Distribution Corporation. Chris has been in the electrical field for fifteen years. After a period of time in construction he spent four years managing the Electrical Distribution infrastructure for one of Sarnia’s refineries before joining Bluewater Power.

Chris began his career at Bluewater Power as the Vice President of Operations where he provided leadership and strategic direction to the Operations department. Responsibility for several lines of business within the utility led him to his new role of Vice President of Utility Development in 2016. In this position, he plays a pivotal role in LDC Smart Grid initiatives including deployment of digital information, control technology, and real-time automated, interactive technologies that help to improve the reliability of the electrical grid. Chris’ involvement in EV Charging Station deployment, Grid Scale Energy Storage and Residential Energy Storage within Bluewater Power Distribution Corporation’s service territory has contributed to a green image as well as helped to stimulate economic development in the Sarnia-Lambton area.

Chris was originally appointed the VP of Bluewater Power’s newest affiliate, Bluewater Regional Networks (BRN) in 2016 and was recently promoted to COO. BRN was formed to create a locally controlled, carrier-grade high speed fibre network services company that provides reliable, affordable and customer focused services in the Sarnia-Lambton area. Bluewater Regional Network’s vision is to be viewed as the network experts and consulting resource of choice for large enterprise

Canada boasts 36 communities that have achieved one of the Intelligent Community Forum’s “Intelligent Community” designations that are awarded through an annual international competition. Most will be likely competitors in Infrastructure Canada’s “Smart Cities Challenge” which is a pan-Canadian competition open to communities of all sizes, including municipalities, regional governments and Indigenous communities (First Nations, Métis and Inuit). The Challenge encourages communities to adopt a smart cities approach to improve the lives of their residents through innovation, data and connected technology. This session will bring together some of Canada’s Intelligent Communities, services providers, and government officials to explore what it takes to be “Smart” and discover how successful strategies are being implemented today for real tangible outcomes. The Intelligent Community Forum is a global network of cities and regions with a think tank at its center. Its mission is to help communities use information and communications technology (ICT) to create inclusive prosperity, tackle social and governance challenges and enrich their quality of life.
11 amSeminar

(1-11) Disaster Recovery & the Importance of Backup Battery Power

Speaker: Alex Rawitz, Business Development Manager, Servato (view bio)


Alex Rawitz joined Servato in 2015 with years of sales, operations, and project management experience. Alex covers the Southeast and Midwest for Servato while also spearheading business development, marketing, and other operational efforts. Alex holds a BA in History from Cornell University.

Are you confident you are as prepared for power outages as you should be? Whether your answer is ‘yes’ or’ no’, learn how technology is allowing providers to be proactive and save money while making their network more resilient. Battery management empowers providers to handle storms and outages with confidence rather than scrambling to react. Routine, preventative maintenance can be cut in half through automation, and major frustrations can be avoided by knowing what to expect before you open the cabinet door or step foot inside a hut. Invest in reliability today, so you don’t have to pay for it tomorrow
11 amSeminar

(1-12) Optimizing network demand in remote and low use areas – Managing deployment build time and end user infuence strategies to make rural deployment economical

Speaker: Brody Todd, VP-Product Development, Fresnel Software Corporation (view bio)


Brody has spent the last three years leading teams focused on software product development, sales and consulting, providing services to energy companies, enabling them to assess, optimize and focus on corporate strategies, with a specific product focus on developing a technical modeling environment to address unconventional oil and gas planning. Brody has studied and researched the fiber optic deployment industry for the since 2006. Brody has successfully delivered software solutions in academics, construction, business operations and network infrastructure and is a PhD candidate in Engineering Management from the University of Alberta.

There is ever-growing tension between smaller or rural communities and Network Owners regarding local network installation, when the economics do not appear to support the case for deployment. Brody Todd’s research provides a model for managing the variables of deployment pace and various end user influencing tactics to plan and deploy fiber networks with consistent strong economic return.
1 pmWorkshop

(1-13) The Latest Advances in Drop Hardening in the Digital and Analogue Network.

Effigis has a unique solution to insure the house drop is installed properly and free from ingress or egress. Using a portable signal generator and receiver any leakage faults can be quickly identified and repaired. This will be a hands on presentation simulating a house drop with a fault.
1 pmWorkshop

(1-14) Navigating the pitfalls of Utility Coordination and permiting during large or small Telecom projects

Speaker: Steve Murphy, Senior Utility Coordinator, T2 Utility Engineers (view bio)


Steve is a graduate of Ryerson Polytechnical Institute (1984) and just retired as Supervisor Development Construction for The Regional Municipality of York. He is currently Senior Utility Coordinator at T2 Utility Engineers and a member of the Ontario Public Works Association (OPWA) Directors Board, Co-Chair of the OPWA Right of Way Management Committee and TAC – Public Utility Management Subcommittee. He is also a member of the CSA Z247 Technical Committee and the American Public Works Utility and Public Right of Way Committee. Steve has obtained a vast amount of knowledge throughout his 25 year career at York Region in a variety of design and construction positions. For the past 10+ years Steve’s has focused primarily on the utility design review and approval, utility construction inspection, utility relocation coordination for Region Capital Road, Environmental Services and Bus Rapid Transit projects as well as negotiating utility agreements.

This workshop is a must for all telecom planners, Engineers, Owners and construction managers. You will learn initial steps to navigate the pitfalls of utility coordination and permitting. This workshop will be interactive and allow the audience to participate in the UC UR process and have a understanding of all parties that are impacted. The participants will be able to take lessons learned from previous project examples and apply the principles of UC UR and SUE to there current program of telecom builds or relocations.

(1-15) The Next Cable Access Technology – What the Future Holds in the Gigabit DAA World

Speaker: Chris Busch, Engineering Fellow – CTO Networks (view bio)


Chris Busch is currently Engineering Fellow with the CTO Networks organization of ARRIS. He is responsible for guiding ARRIS orchestration and virtualization technology helping CCAP operators achieve their distributed architecture goals. Chris has previously held positions at ARRIS in Assurance software architecture and as CTO Incognito Software where he actively led development in CableLabs, Broadband Forum, and TMForum provisioning and activation systems.

Virtualization touches nearly every aspect of how an operator delivers services in the future. From network design to deployment, Gigabit Distributed Access Architectures (DAA) such as Full Duplex (FDX), Passive Optical Network (PON), and 5G backhaul and mobility will extend the life of the cable network and offer cable operator and customer benefits for years to come. These access edges will power more services and faster connection speeds to cable subscribers, which can increase loyalty and reduce churn.
The presentation will address how operators can best prepare to deploy these technologies to deliver advanced services in the future.

Registration & Coffee/Tea service

8 amSeminar

(2-1) Competitive Advantages of HFC Networks for wireless convergence

Speaker: Tom Leblanc, Market Development Director, CommScope (view bio)


His current focus is on providing innovative connectivity solutions for Wireline networks that serve the Wireless networks of today and the Network Convergence and Densification that will be necessary to serve the 5G networks of the near future.

As the telecommunications industry discusses wireless/wireline convergence, the MSOs have been converging HFC fixed wireline service with Wi-Fi wireless service for years. In addition, with the recent enactment of MVNO licenses, and the interest in spectrum auctions, the MSOs move into a wireless mobility play.
8 amSeminar

(2-2) The Next Wave – Building Tomorrow’s Network Today

Speaker: , OFS (view bio)


Roger Vaughn has an extensive background in fiber optic cabling, connectivity, and hardware and in the past several years worked with customers deploying FTTx. As Solutions Engineer for OFS, Roger works with customers defining solutions for deployment of optical networks from the central office to the subscriber and in the home. Roger received his Bachelor of Science degree in Materials Science and Engineering from North Carolina State University.

The pace of change in the communications world continues to increase. Starting over 30 years ago, the first wave of fiber deployments built long-distance fiber networks across the country. Successive waves of fiber network extensions continue to bring fiber to homes, businesses, and 4G wireless sites.
The next wave will continue the trend of merging wired and wireless networks together in preparation for 5G wireless and beyond, and will require fiber to be even more ubiquitous, potentially to small cell sites no more than a football field apart.
In order to prepare for these networks, new fibers, cables, and components are being developed today to prepare for these networks. An overarching theme of these networks is they will require significant amounts of fiber in smaller spaces in order to deliver the massive amounts of bandwidth to power tomorrow’s networks.
This presentation will survey today’s and tomorrow’s communications trends and translate these trends into real-world network solutions, highlighting new fiber-based tools that will ultimately be used to build these networks.
8 amSeminar

(2-3) MPO Testing: Is Inspecting and Cleaning Good Enough?

Speaker: Patrick Noel, Sales Solutions Consultant, Viavi Solutions (view bio)


Patrick has been involved in the telecom industry for 23 years, starting his career at Videotron in network engineering.  For the past 16 years, Patrick’s key focus has been supporting service providers with technologies for test & measurement of their networks.

This seminar will take you through the best practices of how to inspect and clean MPO fiber, identify the types of MPO fibers and new techniques / tools to allow you to check polarity, distance, loss, bends, splices, and breaks on MPO fibers. Anyone who handles MPO fiber, either in HeadEnd / CO or in field should attend this session
9 amSeminar

(2-4) Changing the Game in Network Planning Using Machine Learning and Automated Design

Speaker: Ian Oliver, President, Versant Solutions Group Inc. (view bio)


Ian Oliver has built a career on his ability to pull order out chaos, to have a really good idea of what’s going to happen next, and to cut trail for others to follow. He has developed and sharpened his abilities over a 35 year run in the television, broadband, and telecom industries in North America and overseas.
Ian excels in the planning and execution of large, complex initiatives, typically involving disparate stakeholder contingents, rapidly evolving technology, numerous vendors/integrators, and complex contractual situations. He has a finely honed ability to distil the truly fundamental factors in complicated circumstances, then to develop and implement both strategic and tactical approaches for obtaining the business objectives. As importantly, Ian knows how to combine talented people and powerful data-centric tools to achieve exceptional results.

This presentation will describe a recent pilot project undertaken by Versant and their partner Quantellia, for a major MSO that dramatically illustrated the benefits of applying machine learning and automated design techniques to network planning. In this study, these techniques were able to demonstrate a significant reduction in optical node usage in a Node+0 network using automated design, as well as a major reduction in design time as compared to the average case for human designers (using traditional design methods) resulting in significant cost savings.
9 amSeminar

(2-5) Leveraging Low-cost SIPV to Free Up 80% of Spectrum for Multi-Gigabit DOCSIS

Speaker: Stan Koukarine, CTO, Adara Technologies Inc. (view bio)


Stan co-founded Adara Technologies in 2006 and is currently Chief Technology Officer where he provides leadership on technology strategy and engineering and is key to all strategic business decisions.

Prior to co-founding Adara, Stan enjoyed 5 years with Rogers Cable as a key member of their Engineering team where he was instrumental in building the digital TV platform that now boasts over 3 million set-top boxes and where he spearheaded the deployment of Switched Digital Video.

Prior to joining Rogers, Stan spent 3 years with Scientific-Atlanta (now Cisco’s Service Provider Video Technology Group) where he was instrumental in launching their state-of-the-art digital TV platform which now manages tens of millions of digital set-tops on behalf of video service providers and cable operators throughout North America and around the world.

Stan has a Master’s Degree in Electrical Engineering from Moscow Power Engineering Institute, Russia’s top technical university.

Internet is an operator’s most important service but keeping up with competitive speeds and capacities is challenging, especially when the RF spectrum is nearly full, occupied mostly by lower-profit video services.

“Band-aid” efforts such as analog reclamation, MPEG-2 to MPEG-4 conversions, and plant upgrades alleviate bandwidth issues only temporarily and are also costly, disruptive and take long to implement

The constant tug-of-war for RF bandwidth allocation between video and broadband is more apparent now than ever. As such, a low-cost, easy-to-deploy solution is vital.

Switched IP Video (SIPV) enables operators to quickly and inexpensively free up as many as 50 or more video QAM channels in as little as 90 days for DOCSIS 3.0, 3.1 and FULL DUPLEX expansion.

SIPV leverages multicast, so it does not “blow up” like unicast streaming does when everyone tunes in to watch the Superbowl. Lastly, SIPV is “codec-aware” enabling it to facilitate an easy introduction of UHD/4K.

SIPV was derived from Switched Digital Video (SDV) technology, but their use cases make them very different; SDV’s use case being to enable more long-tail content, and SIPV’s use case being to expand broadband.
9 amSeminar

(2-6) Increasing Revenue with Smart City/Smart Building Automation

Speaker: Dennis Troxel, Principal Sales Engineer, Transition Networks / Graybar (view bio)


Dennis Troxel is a Senior Systems Sales Engineer for Transition Networks.

Dennis’ career in the telecommunications industry began 35 years ago, when he joined a distribution provider of Data and Telecommunications equipment in Florida. He worked as a member of the Technical Support Tier 3 team and was a full time Technical Training Instructor. His migration led him to join the Sales staff and has worked as a Sales Engineer for the last 13 years to present.

Dennis has a Bachelor of Science degree in Education with majors in Electronics and Computer Science from Shippensburg University of Pennsylvania.

This seminar will instruct the audience on the components of these Smart Technologies and how to increase revenues by offering services to support Smart City and Smart Building Automation. The seminar agenda will consist of providing an Overview of the Technology - what is Smart City/Smart Building technology , Identify the Components and Services used to support this technology - Equipment that is used to provide and support the Smart Services, sensors, LED lighting, security and access and environmental control, How it is Implemented on a per Service basis - describing the complete workload of the implementation, What Network Infrastructure is required - this will highlight the multiple types of infrastructure used such as Wireless, WiFi, Fiber connectivity, Copper and POE and their requirements.
10 amSeminar

(2-7) Critical Facilities

Speaker: Dennis Brown, Dir of Engineering Training, SCTE/ISBE (view bio)


Dennis Brown has been in the Cable industry more than 20 years and has a background in the access network and headend world working for companies like Charter, Time Warner, and Ericsson. When not thinking about cable Dennis enjoys the outdoors by mountain biking or fishing with his son Jake.

This presentation covers the critical systems in a facility like power, cooling, electrical, and security. Attendants of this presentation will be able to evaluate their training and processes that tie into these systems and make changes so, their networks have better reliability.
10 amSeminar

(2-8) Planning for the Distributed Access Network

Speaker: Mark Ridgeway, Senior Solutions Architect, Casa Systems (view bio)


Mark Ridgeway is a Senior Solutions Architect at Casa Systems with over 20 years of experience in cable. Mark helped launch some of the first DOCSIS systems and has continued to design and implement DOCSIS, IP, QAM video, IP Video over DOCSIS and Distributed Access Architecture solutions.

To meet bandwidth demands, MSOs are moving to distributed access architecture (DAA) as a way to overcome strains on centralized (head-end and hub) facilities. DAA offers MSOs significant additional advantages over existing centralized architectures, including keeping data and video signals in digital format as long as possible, extending deep into the network before converting to analog.
In this seminar, we will look at some rules of thumb service providers can consider based on Casa Systems’ experience with implementing DAA.

First, a general migration path in which fiber nodes are replaced with remote nodes will be presented. Along this path, choices about which services to cut over first, the order of service cut over and pros and cons will be discussed (DOCSIS, EQAM, OOB). Second, specific cases will be reviewed, including rules of thumb for how to plan a distributed architecture in node split scenarios, hub consolidation scenarios, and greenfield scenarios. Finally, the session will conclude with a set of considerations service providers should take as they plan the virtualization of their networks in conjunction with DAA.
10 amSeminar

(2-9) Is Remote Line Power Ready for Routine Deployment

Speaker: Satheesh Hariharan, Product Manager - Outside Plant Solutions, Alpha Technologies (view bio)


Satheesh Hariharan is a Product Manager for Outside Plant Solutions at Alpha Technologies Limited.  He has over 18 years of experience in the Telecommunications, Cable Broadband, Public Safety & Security, ITS, Mining & Industrial Power sectors, having worked extensively in Applications Engineering and Product Management roles at Alpha Technologies Ltd.  Satheesh holds a Bachelor of Technology Degree in Electronics from the British Columbia Institute of Technology, Pragmatic Marketing Certification and a Lean Sensei Blackbelt Certification in lean strategy and deployment.

The Internet of Things (IoT) is expected to be a boon to Communications Service Providers as they provide the connections and transport for machine-to-machine communication via the cloud. Yet, IoT can play a role in their own networks, even inside their Central Offices and Critical Facilities, in perhaps the most unlikely of places – the CO power network. Today’s power systems and distribution networks provide limited insight into the performance of the equipment and the power delivered to critical loads. Adding intelligence to the power distribution network, from the DC power plant to the BDFBs and fuse panels to batteries and generators, can provide operational information such as voltage, current, breaker trip alarms, and even temperature. This information can be used in preventive maintenance to ensure optimal performance and reliability of the power network.
This presentation describes how intelligent power distribution works and the benefits of deploying this architecture. It provides an overview of the wealth of information available for maintenance and planning engineers, and explains how to ensure compliance with the company’s IT department. Lastly, it tackles the issue of how to retrofit an existing network to ensure all the power equipment in the office is intelligent.
11 amSeminar

(2-10) In-Home Wi-Fi Optimization

Speaker: Kevin ___, Arris International Plc / Trispec Communications (view bio)


to follow

The solution combines innovative hardware and software for Service Providers to optimize wireless home network performance
Addresses all major triggers of Wi-Fi help-desk calls - to improve customer satisfaction and drive down opex for service providers
11 amSeminar

(2-11) DOCSIS 3.1 Testing

Speaker: Darie Marza, Application Engineering Manager, TVC Canada (view bio)


Darie Marza
Application Engineering Manager, TVC Canada
30+ years of CATV experience in Canada and overseas
Strong theoretical and hands-on knowledge of CATV, DOCSIS & Networking
Extensive customer support and training activity

By deploying new DOCSIS 3.1 services, operators can maximize the utilization of existing plants benefiting from the unprecedented flexibility and capability of the new technology, but in order to ensure successful implementation, they also need to address the new challenges faced by maintenance and installation technicians. The paper presents a review of DOCSIS 3.1 technology and best practices for measuring, analyzing and troubleshooting it.
11 amSeminar

(2-12) Challenges and best practices for R-PHY roll outs

Speaker: Jimmy Gagnon, Business Development Manager, EXFO (view bio)


Jimmy Gagnon has been working for EXFO in fiber optics and telecommunications for over 14 years holding different positions, gaining valuable experience in making his way up to Product Line Manager as a BDM for the Optical business. Jimmy has been supporting and developing optical test solutions for fiber characterization, specializing in FTTH/POL and MSO markets. Besides this direct experience in telecommunications, Jimmy worked for three years as a major account manager for a Quebec company in electronics, acquiring important skills in project management and customer relations. Jimmy holds a technical degree in Electronics from Limoilou College, Quebec City.

The deployment of remote PHY will change the way traditionnal HFC networks are deployed, tested and troubleshooted, especialy from an optical layer point of view. This session will highlight the main challenges such as a high count of new fibers to be rolled out, MPO connections, dealing with multiple optical wavelengths and ethernet services validation. Minimize turn-up faillures and troubleshoot quickly by following the industry's best practices for fiber characterization, troubleshooting and Ethernet service validation.

We will analyze R-PHY network diagrams, study use cases, look at real field results from test instruments and present the recommanded tools and solutions to efficiently deploy such networks.
1 pmWorkshop

(2-13) Recent Advances in SOC Splice on Connectors and Fusion Splicers

Speaker: Steven Sun, Technical Sales Manager, Telonix Communications (view bio)


B.Sc Degree in Microwave Technology from Shanghai University of Science & Technology
Sales Engineer of test and measurement/OSP products (Anritsu/Sumitomo/Yokogawa/Agilent/FITEL) in Telecommunication/CATV industry since 1991. 8 years experience of repair and field support for FITELfusion splicers, cleavers & connectorization Member of SCTE since 2007

This workshop will focus on testing, splicing and troubleshooting the FTTH network. It will be a comprehensive discussion and demonstration of how to work with FTTH architecture and applying practical solutions in the field. It will address working with various fiber types, connectors and testing to make sure the network runs smoothly. This is a hands on workshop with equipment and materials on hand.
1 pmWorkshop

(2-14) Myth Buster connector inspection and cleaning

Speaker: Gwenn Amice, Subject Matter Subject, Physical layer and monitoring, EXFO (view bio)


Gwenn Amice currently holds the position of Subject Matter Expert, Physical layer with EXFO in charge of technical seminars, trainings, support and technical advices to EXFO’s customers.

Mr. Amice is a member of the FTTH councils Americas Technology Committee


This seminar is about cleaning & inspection fiber optic connectors, what must be done when manipulating connectors. Should we inspect, clean only…do both? Should I use alcohol or air pressure on my connectors? We will go over the different standard for inspection but also the best practices for cleaning connectors. We will have real cases to show you, real measurement, real situations and real impact cleaning and inspection on your networks. Multifiber connectors inspection and cleaning will be explained