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CITY & UTILITY PLANNING Metropolitan Broadband Wireless

CITY & UTILITY PLANNING Metropolitan Broadband Wireless. ENGINEERING. ARCHITECTURE. TECHNOLOGY. CONSTRUCTION. ENVIRONMENTAL. Presented to:. Cory Cipra ccipra@burnsmcd.com April 19, 2005. $$$$$$. $$$. $$$. $$$. $$$. $$$. $$$. $$$. City & Utility Planning. COMMON NEEDS.

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CITY & UTILITY PLANNING Metropolitan Broadband Wireless

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  1. CITY & UTILITY PLANNINGMetropolitan Broadband Wireless ENGINEERING ARCHITECTURE TECHNOLOGY CONSTRUCTION ENVIRONMENTAL Presented to: Cory Cipra ccipra@burnsmcd.com April 19, 2005

  2. $$$$$$ $$$ $$$ $$$ $$$ $$$ $$$ $$$ City & Utility Planning COMMON NEEDS ELECTRIC UTILITY PLANNING CONSOLIDATION COOPERATION WATER UTILITY PUBLIC WORKS OVERLAP IN: TIME MONEY RESOURCES PUBLIC SAFETY PARKING TRANSIT SECURITY

  3. Consolidated Metro Wireless

  4. Agenda • Wireless Landscape • Utility & City Dynamics • Real World Example • Consolidation Focal Points • Starting Process

  5. Up to Now • Voice rules • Legacy but reliable deployments • No data (or minimal) • Market dominance • Motorola • M/A-COM • Has suited needs well and will continue to in some form

  6. The Big Issue • AVL • Meter reading • Parking enforcement • Dispatch • GIS / Mapping • Property appraiser • Code enforcement • Video surveillance • 1st responders • VoWiFi • Mug shots • Broadband • Events • Amber Alerts • E-justice • Sensors • Freight Robust Wireless Apps MISSING LINK

  7. The “Regular” Chart • We NEED data! User/App Demand Existing Technology Today Demand Capabilities Time

  8. Today’s Data Reality • Hodge-podge of network types • Legacy voice-centric • Store and forward / synchronize technology • Lack of tracking capabilities • Mobile office and roaming not realistic • Cellular • Wi-Fi Hot Spots (some) • REALITY • Not enough bandwidth • Text-based vs. mobile office

  9. Disruptive Technology Wi-Fi Mesh E-commerce Internet Cellular Voice MARKET PCs Mainframe 60s 70s 80s 90s 2000s TIME

  10. Today Wi-Fi Client Shipments 100 2004: 1,000+ devicesWiFi certified 90 80 2003: Wireless integrated ontoPC motherboard; Wireless device proliferation: laptops, PDAs, video cameras, etc. 70 60 50 2002: Wireless NIC: <$60 Wi-Fi Client Devices (millions) 40 2001: HP, Dell, IBM,Toshiba offer built-in wirelessWireless NIC: $100 30 20 1999: IEEE 802.11b (“Wi-Fi”) standard adopted;Wireless NIC: $200 10 0 1999 2000 2001 2002 2003* 2004* 2005* Wi-Fi Proliferation • 120 Million Wi-Fi devices: 2005 • 3 Million shipped per month • Has become the “Ethernet” wireless • Intel marketing giant • Mass integration:

  11. Wi-Fi Speed (1MB Download) 7 MIN 7 SEC LEGACY CDPD GPRS 5 MIN 41 SEC 1xRTT 1 MIN 57 SEC CELLULAR EDGE 1 MIN 1 SEC 20.48 SEC EV-DO 5.46 SEC 802.11b WI-FI 0.37 SEC 802.11g

  12. Real World EV-DO Wi-Fi File Size = 1 MB Average Data Rates EV-DO 400 kbps 802.11g 22 Mbps

  13. Agenda • Wireless Landscape • Utility & City Dynamics • Real World Example • Consolidation Focal Points • Starting Process

  14. Productivity Safety & Security Cost Savings UTILITY DYNAMICS Reliability Customer Service Competition

  15. Utility Drivers • AVL • Dispatch/CAD • Digital Field Pictures • GIS Access • Schematics • In-field Training • Automated Meter Reading (AMR) • Email • Distribution Automation (DA) • Work Orders • Fleet Maintenance • Vehicle Stats • Security • Video Surveillance • Intrusion Detection • Predictive Maintenance • SCADA/EMS • Transmission Line Corridor Monitoring

  16. Technical Commonalities • Utility truck • Police Car • Fire Truck • 1st Responder • Mobile Command Center • School Bus • Public Works Vehicle • Appraiser • Traffic Meter Reader • Dog Catcher • Technical needs are basically the same… • Need interoperability and robust data to the field

  17. INDUSTRY CITY DYNAMICS TECHNOLOGY INDUSTRY / ENVIRONMENT Economic Development Socioeconomic Revenue Productivity CITY DYNAMICS Safety & Security Cost Savings Transportation Education

  18. City Drivers • AVL • Dispatch/CAD • Digital Field Pictures • GIS Access • Schematics • In-field Training • Email • Public Safety Mobile Data • Intelligent Transportation Systems (ITS) • Work Orders • Fleet Maintenance • Vehicle Stats • Security • Video Surveillance • Intrusion Detection • Amber Alerts • Mobile Command Centers • Parking Systems • Leased Line Reduction • Fixed Facility Interconnection

  19. Utility Stake • Critical infrastructure asset ownership • Wired backhaul • Geographic distribution • Metro integration • Mounting assets • Substations • Common Needs /Business Drivers

  20. Opportunity for Partnership • Common needs across multiple entities • Share the network • Enhanced symmetries • City progression • Economic Development • Socioeconomic change Interoperable Seamless Roaming Common Needs Secure High Bandwidth Reliable

  21. City ISP Police Dept Citywide Institutional Network Transit Utility Fire Dept

  22. Starting to be built… • These collaborative networks are being built • Los Angeles • New York • Tempe • Austin • Madison • Beverly Hills • Minneapolis • Detroit • Cleveland • Houston • etc…etc…etc…

  23. Agenda • Wireless Landscape • Utility & City Dynamics • Real World Example • Consolidation Focal Points • Starting Process

  24. Customer Pilot • Profile • One of largest US cities • One of largest public utilities • City-Wide Committee • Study conducted • Representatives from all core areas • Moving to pilot “HotZones” • Intelligent Transportation Systems (ITS) • Security / Traffic Surveillance • Mobile Data (Police, Fire, Rescue, EMS, Utility Fleet) • Sensor Networks • Weather Stations • Fixed Location Interconnectivity

  25. Pilot HotZone #1 CAMERA SCHOOLS PUBLIC SAFETY/ FIRE STATION CAMERA MOST CITY AGENCIES, INCLUDING UTILITY WILL USE FOR MOBILE FLEET

  26. Downtown Pilot HotZone

  27. Other Notable Cities • Corpus Christi, TX • Oklahoma City, OK • Philadelphia, PA • Social broadband approach • Common network for city • Houston, TX • New York

  28. Agenda • Wireless Landscape • Utility & City Dynamics • Real World Example • Consolidation Focal Points • Starting Process

  29. Focal Points • Leverage similarities between: • City Dynamics • Utility Dynamics • Citywide Committee • Engage particulars of the city that may be quickly overlooked • Investigate legal issues and develop business models

  30. Utility Operation Centric • Consider fiber optic buildouts for city renewal / expansion areas • Conduits • Fibers • Poles, street lights, modular • It is coming now • Analogy to cell towers that were not planned in city

  31. Agenda • Wireless Landscape • Utility & City Dynamics • Real World Example • Consolidation Focal Points • Starting Process

  32. INDUSTRY UTILITY / CITY DYNAMICS TECHNOLOGY INDUSTRY / ENVIRONMENT Needs

  33. Process WINET REQUIREMENTS INDUSTRY UTILITY / CITY DYNAMICS Functional TECHNOLOGY Technical Political INDUSTRY Legal NEEDS ANALYSIS Economic PILOTS FAST TRACK 1 2 3 DEPLOYMENT

  34. THANK YOU Cory Cipra Practice Manager Wireless & Telecommunications 913.486.6599 ccipra@burnsmcd.com www.burnsmcd.com/telecom

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