PASSIVE OPTICAL LAN TECHNOLOGY SOLUTION LEADING EDGE FIBRE

PASSIVE OPTICAL LAN TECHNOLOGY SOLUTION LEADING EDGE FIBRE TO THE DESK TECHNOLOGY FOR THE EDUCATION INDUSTRY 1

AGENDA Tina Gokstorp - CTAR Corp What is POL/PON? PON Architecture The Benefits of PON Randy Janzen - Sardis School District 33 School background Network requirements Technology considerations Deployment of PON 2

TINA GOKSTORP What is PON? PON Architecture The Benefit of PON © 2012 Motorola

THE 7 MOST EXPENSIVE BUSINESS WORDS IN THE ENGLISH LANGUAGE WE’VE ALWAYS DONE IT THIS WAY. ________________________ The most dangerous phrase in the language is, "We've always done it this way. " ~ Grace Hopper Grace Stewart 4

WHAT IS ENTERPRISE PON OR POL? • PON, POL, GPON are all terminology used to refer to Fibre based transport. Also known as FTTX. We are focusing on the Fibre to the Desk solution aka Enterprise PON or Passive Optical LAN. • Designed to support multi-application environment • Alternative to the traditional layer-2 copper based LAN infrastructure. • ITU Industry Standard (FSAN) • Based on the latest Gigabit Passive Optical Network (GPON) technology • • Broadband Passive Optical Networking – G 983. x Gigabit Passive Optical Networking – 984. x

GPON: Architecture Traditional LAN Riser Closet Floor n CAT-5/6 Work Group Switch Power, Cooling, Battery Backup Riser Closet Floor 1 Power, Cooling, Battery Backup WLAN Multi Mode Fiber WAN Distribution Switch Router Core Switch Router

GPON: Architecture Traditional LAN Passive Optical LAN Riser Closet Floor n CAT-5/6 Work Group Switch POL x Passive Splitter ON T Fiber 1 Riser Closet Floor 1 56 Passive Optical LANs ON T Fiber 32 20 km Power, Cooling, Battery Backup POL 1 7000+ Stationary Devices Power, Cooling, Battery Backup 4 Port Work Group Terminal Single Mode Fiber ON T WLAN Multi Mode Fiber WAN Distribution Switch Router Core Switch Router OLT Fibre Chassis WAN Core Switch Router

Customer Benefits Disruptive TCO Highest Reliability and Security Future-proof the infrastructure “Eco-Friendly” IT

Fibre Network Capacity 1560 1550 1500 Video Overlay XGPON 1 Downstream 1575 1580 GPON Downstream 1480 1330 GPON Upstream 1290 1280 1260 XGPON 1 Upstream Wavelength [nm]

POL: “Eco-Friendly” • Reduced Power Requirements • Savings between 40% to 60% • Reduced HVAC Requirement • A Fortune 500 company saved about $450 K on the Power distribution network (HVAC, backup etc) for a bldg project with 2000 Ethernet ports • Reduction in Non-renewable materials • Reduction of up to 8000 pounds of plastic and copper versus a Cat 6 install for building of 4000 Ethernet ports • Floor Space Savings FIBER COPPER • Traditional layer-2 solutions are bound by the 300 ft Ethernet limitation • Fire Load Savings • Savings in Sprinkler Systems • Fire Load and ceiling space savings It’s Green!

PON NEW CONSTRUCTION New LEED Certified Building. Multi floor government project, network to support voice and video. Limited IDF closet space. § Closet based ONT’s used to support conference room ports and Wi. FI ports. § Desk mounted ONT’s used to support majority of network § Allotted closet space would not support the required traditional ethernet based network. The designed PON network was able to easily fit in the allotted space and support all the customers requirements. RESULTS – Customer was able to easily learn how to manage a PON network and is happy with the management capabilities of the network.

RANDY JANZEN School background Network requirements Technology considerations Deployment of PON © 2012 Motorola

CHILLIWACK SECONDARY SCHOOL © 2012 Motorola Mobility, Inc. 13

• Sardis Secondary School Built 1994 Student Population 1457 Staff 116 • Pre PON Network Services Offering Category 5 Ethernet • Full Cable Pathways No possible upgrade to Category 6 a without adding new conduit.

NETWORK REQUIREMENTS • Increase port capacity within classrooms Projectors and wireless access points required a port. • Expand wireless services BYOD initiative will impact wireless infrastructure • Improve overall network performance The site was experiencing packet loss and poor performance once the devices on the network were set to 1 Gbps.

TECHNOLOGY CONSIDERATIONS • Port Density/Port Utilization on ONT’s 183 ONT`s 2 ports ( except Labs 4 ports) • Splitter location Three network closets all runs back to network closet • Number of Floors Two floors with eight portables • Bandwidth requirements 1 Gbps per workstation

MAIN COMM ROOM CABLING

TECHNOLOGY CONSIDERATIONS

UNDER DESK LAB ONT

MOTOROLA AXS 1800 MANAGEMENT © 2012 Motorola Mobility, Inc. 23

For more information, please contact Tina Gokstorp VP Business Development CTAR Corp www. ctarcorp. com tina@ctarcorp. com Mobile 519 -660 -9116 24