Radio Interoperability Initiative. Problems Facing Public Safety Communications Technology  Higher Frequencies  Lower Power  Trunking  User Expectations.

Slides:



Advertisements
Similar presentations
0 Challenges to Modernizing Public Safety Communications Provided to IEEE CQR Conference Jeff Rosenblatt May 2007.
Advertisements

©2010 This information is highly confidential and subject to Sprint policies regarding use and is the property of Sprint and/or its relevant affiliates.
History Pre-1986 The system consisted of LB channels (44.MHz range) Heavy interference from other users Radios were limited in the number of channels available.
All Transportation Counts The Sky’s the Limit! Greg Jackson State of Ohio Chief Information Officer October 7-8, 2003 Ohio University, Athens.
Idaho Statewide Interoperability Executive Council.
Cameron County - Office of Emergency Management Radio Tower Site # 1 CAMERON COUNTY - WEST Existing - 7 Channel Motorola Public Safety Trunking System.
FCC Broadband Field Hearing Georgetown University Medical Center Deputy Chief Eddie Reyes Alexandria Police Department Thursday, November 12, 2009.
Georgia Interoperability Network
Update on Communications in Butler County Butler Regional Interoperable Communications System Presented to Township Trustees Association January 13, 2011.
LEIM Greensboro, NC Voice Applications of IP Technology Piedmont Pilot Peter Small, (Sergeant Ret.) NLECTC-NE 26 Electronic Parkway Rome, NY May,
William E. Ott EMS Summit August 25, 2006 Evolving Communications Technology.
Alabama First Responder Wireless Commission ACCA LEGISLATIVE CONFERENCE December 4, 2014.
MIDDLE CLASS TAX RELIEF AND JOB CREATION ACT OF 2012 TITLE VI – PUBLIC SAFETY COMMUNICATIONS AND ELECTROMAGNETIC SPECTRUM AUCTIONS February
SCIP Conference Austin, Texas August 24, Migrating to Narrowband On July 2, 1991, The Commission released a Notice of Inquiry to gather information.
MOTOROLA and the Stylized M Logo are registered in the US Patent and Trademark Office. All other product or service names are the property of their respective.
1 Interoperability in Washington ~ October 6, 2009 ~ Northwest Tribal Emergency Management Council Annual Meeting Laura Kingman, WSP/State Interoperability.
Nevada Communication Interoperability Plan Overview Developed by Nevada Communications Steering Committee Version 2.0 – Adopted April 6, 2006.
5/5/04 County Wide Interoperability System DOJ/Homeland Security Grant 2003 $238,
Vermont Communications (VCOMM) May 21, VCOMM Vision To create a Public Safety communications network that is independent of legacy networks for.
Page 1 FIRSTNET IN WASHINGTON STATE GRANT COUNTY LAW ENFORCEMENT ROUNDTABLE – JULY 8, 2014 Washington State Interoperability Executive Committee (SIEC)
Conventional vs. Trunking Radio Systems
ISP 700 MHz Transition Presentation to SIEC July 28, 2011.
FCC Narrow Band Mandate: It’s Closer Than You Think.
Motorola’s ASTRO 25 IP Platform
1 Public Safety Wireless Network – State of Wyoming.
Statewide Operational Needs and Technical Resources Assessment Presented to the Public Safety and Education Communications Governance Council by the Idaho.
Overview and Next Steps 8/27/2015.
Established in 1974 Service Area of 1,200 Square Miles Population of 440,000 People We Answer 700,000 Calls for Service Each Year 3 rd Largest PSAP in.
Kentucky Wireless Interoperability Executive Committee Briefing October 5, 2006 Mark Rutledge, Commissioner of Technology General Norman Arflack, Justice.
Bucks County Commissioners James F. Cawley, Esq., Chairman Charles H. Martin, Vice Chairman Diane M. Ellis-Marseglia, LCSW David M. Sanko, Chief Operating.
Rural Development Rural Utilities Service Telecommunications Program Christopher L. Collins – General Field Representative Telecommunications Program Rural.
Scott Longhurst CalWA Vice Chairman, Education Committee.
The Utah Communications Agency Network Established 1997 Status as of September 2004.
Wisconsin’s INTER PERABILITY Initiative Seamless Public Safety Radio Communications Interoperability Update March 3, 2011 Jennifer Lord Communications.
Spokane Regional Communication System Overview By Scott Grimmett of Industrial Communications.
Waukesha County Wisconsin Daniel P. Vrakas, County Executive Presentation by Richard H. Tuma, ENP Director of Emergency Preparedness.
TECHNOLOGY UPDATE Gregory C. Miniutti, Chief of Communications Joel Vetter, Chief of Emergency Support Services
Slide 1 1 Explanation of ITTF Communications initiatives and the use of IREACH for health departments.
L OUISIANA W IRELESS I NFORMATION N ETWORK F EBRUARY 20, 2013 D EPARTMENT OF P UBLIC S AFETY R ADIO C OMMUNICATIONS (225) LWIN.
Nevada Communication Interoperability Plan Overview Developed by Nevada Communications Steering Committee Version 2.0 – Adopted April 6, 2006.
Communication in Rural Minnesota. Minnesota Snowdrift.
Peter F. Small (Sergeant Retired – Syracuse Police Department) Public Safety Communications Technology Specialist NLECTC-NE 26 Electronics Parkway Rome,
Narrowbanding Update Time is Growing Short Bill Waugaman L. Robert Kimball & Associates.
Washtenaw County 800 Megahertz Consortium Business Plan.
Vermont Communications (VCOMM) November 06, 2008.
FirstNet in North Carolina Allan Sadowski Director of Infrastructure Planning – FirstNetNC Office of Digital Infrastructure.
New River Valley Emergency Communications Regional Authority
FIRSTNET UPDATE State of Washington Office of the Chief Information Officer (OCIO) State Interoperability Executive Committee (SIEC) Bill Schrier Chair,
FoxComm Initiative Presentation Calumet County Board of Supervisors June 19, 2007 Karen Carlson, ENP FoxComm Management Information Coordinator (920)
Greater Austin-Travis County Regional Radio System
Page 1 FIRSTNET IN WASHINGTON STATE CITY OF BELLINGHAM WHATCOM COUNTY 29 MAY 2014 Washington State Interoperability Executive Committee (SIEC) Bill Schrier,
Page 1 Is FirstNet Stalled?. Page 2 AN UPDATE ON FIRSTNET IN WASHINGTON STATE EMERGENCY MANAGEMENT SUMMIT SEATTLE 2014 Bill Schrier – Washington State.
Vermont Communications (VCOMM) Board Meeting Randolph, VT August 2, 2007.
Public Safety Radio System Upgrade & Reband Presented to the Board of County Commissioners September 9, 2008.
Incident Communications Interoperability Strategy Illinois Terrorism Task Force Communications Committee.
Harford County, MD Public Safety Interoperability.
Spectrum Management 2007 National Public Safety Telecommunications Council 700 MHz May 22, 2007.
Current Radio/communications issues for emergency responders within lower Puget Sound Region: Re-banding (Nextel) P-25 Switch Next Generation Radio system.
San Francisco Public Safety Communications Systems Budget and Finance Committee April 17, 2013.
Oneida County Public Safety Communications Upgrade Project:
Education Broadband Spectrum and LTE -
FCC Broadband Field Hearing Georgetown University Medical Center
San Diego County & Imperial County
Radio Dispatch Console
Presented by: Chief Dave Dato Wauconda Fire Department
Metro Steering Committee
Communication is lifeline for first responders
Radio Dispatch Console
P25 Digital Statewide Public Safety Radio System
Presentation transcript:

Radio Interoperability Initiative

Problems Facing Public Safety Communications Technology  Higher Frequencies  Lower Power  Trunking  User Expectations Governance  Pending FCC Decisions over future of 700MHz Spectrum Spectrum  Narrower Channels  Refarming Initiatives  Operating in Different Portions of Spectrum

Radio Interoperability Initiative Problems Facing Public Safety Communications Funding  Emerging technologies create interoperability challenges  Different funding sources may choose different technologies  Cost of end-user devices  Need for more communication sites

Radio Interoperability Initiative Large City Rural Town County Interoperability Large tax base Extensive coverage Advanced technology Varying tax base Large area = sparse coverage Aged infrastructure technology Very small tax base Often zero infrastructure Aged infrastructure technology Aged end-user devices

SIEC Radio Interoperability Initiative State Interoperability Executive Committee Established in 2007 by Governor’s Executive Order (1) National Guard (1) State CIO (1) Dept of Public Safety (1) Dept of Transportation (1) Dept of Corrections (1) Dept of Natural Resources (1) Dept of Health (1) Dept of Technology Services (5) Reps from Counties of Class I or II (6) Reps (1ea) from the rural associations (1) Utah Communications Agency Network (1) Native American Tribes (1) Chiefs of Police (1) Sheriff’s Association (1) Fire Chiefs (1) Urban Area Security Initiative Membership / Representation Codified by Legislature via House Bill 411 in Committee Members

SIEC Radio Interoperability Initiative State Interoperability Executive Committee Disciplines /Interests Represented Local Government FireMedical Tribal Military Correctional Education Transportation Rural Government Law Enforcement First Responders

SIEC Radio Interoperability Initiative State Interoperability Executive Committee Purposes of SIEC Meet federal requirements for future program funding Promote voice & data interoperability among all levels of government Manage portions of public safety spectrum licensing Leverage existing state resources Identify opportunities to consolidate infrastructures Evaluate current technologies and funding mechanisms State Support of National Emergency Communications Plan Management of State Communications Interoperability Plan Create Memos of Understanding for sharing resources

Request Radio Interoperability Initiative Large City Rural Town County Interoperability Grant SIEC

Radio Interoperability Initiative Federal Interoperability Grants FY-07: $10,353,261 FY-08: $366,269 FY-09: $366,269 FY-10: $2,500,000 FY-11: $2,500,000 FY-12: $2,500,000 Six Year Total: $18,952,068

Radio Interoperability Initiative Omni-Link

Transition to Digital Internet Protocol (I.P.) (Why do we need to transition?) Current infrastructure connectivity is based on dedicated circuits New infrastructures support digital Internet Protocol (I.P.) Federal grant opportunities either require digital IP technology, or a plan which addresses how we intend to get there o Future grants will require digital technology Internet Protocol is a global standard that supports the SIEC goal of interoperability through a ‘system of systems’ approach The most commonly purchased end-user devices support digital communications -we need to get the infrastructure there The current conventional (VHF) technology is more than 30 years old Motorola Gold Elite Consoles may not be available after Dec 2009

Dispatch Center Phase One Replace old core technology with digital I.P. server. Replace dispatch console equipment with I.P. technology. Upgrade circuit connections between core and dispatch centers to I.P. I.P. Phase Two Convert remaining infrastructure to I.P.

Radio Interoperability Initiative Proposed Project Funding Phase One Infrastructure: $17,177,028  Convert Core of UCAN network to I.P. Technology  Convert all dispatch consoles to I.P. Technology  Deploy conventional channel gateway devices to convert to IP Phase Two Infrastructure: $13,530,000  Convert remaining infrastructure to I.P. Technology Base stations Site controllers

Radio Interoperability Initiative Proposed Project Funding Additional Annual On-Going Costs: $3,700,000  Site Lease  Utilities  TelCo Circuits End-User Devices and Interoperability: $26,623,346  Local Government move to 800MHz: $19,000,000  State Agency end-user upgrades: $3,123,346  3-Year Interoperability Grant Program: $4,500,000

Radio Interoperability Initiative Proposed Project Funding Summary One-Time Costs UCAN Migration Phases 1 and 2 $30,707,028 Trunking Expansion $16,186,000 Upgrade VHF Stations to P25 and 7.x $3,988,000 Microwave and Site Development $7,000,000 $57,881,028 On-Going Annual Costs Planning and Engineering $635,000 Additional Operating Expenses $3,700,000 $4,335,000

Radio Interoperability Initiative Doug Chandler Communications Manager State of Utah Department of Technology Services (801)