Use of UHF Band – White Spaces for backhaul – An Analysis 9 th GISFI meetings Mumbai, 18 – 20 June 2012 Document No GISFI_SPCT_201206237.

Slides:



Advertisements
Similar presentations
Fostering worldwide interoperabilityGeneva, July 2009 IEEE IP over Broadband Access in Support of Convergence Dr. W. Charlton Adams, President, IEEE.
Advertisements

Elmar Zilles Head Broadcasting, Federal Network Agency, Germany Transition to Digital Broadcasting and Digital Dividend ITU Regional Seminar for Europe,
Study on Digital Switchover Plan in SATRC Countries 2 nd SATRC Spectrum WG Meeting March, 2014 Tehran, I.R.Iran Rumana Haque Bangladesh Telecommunication.
1 Amateur Radio in the Model City Gregory Lapin, N9GL ARRL The National Association for Amateur Radio.
Dirk Grunwald Department of Computer Science University of Colorado at Boulder July 7, 2011.
1 Chapter 2. Transmission Fundamentals Wen-Shyang Hwang KUAS EE.
Basics of Spectrum Workshop on Spectrum Management India International Centre, New Delhi
UK Spectrum Management Strategy: tomorrow’s challenges today Chris Woolford Director, International Spectrum Policy Radcomms 2014.
Unbounded media have network signals that are not bound by any type of fiber or cable; hence, they are also called wireless technologies Wireless LAN.
Advanced Topics in Next- Generation Wireless Networks Qian Zhang Department of Computer Science HKUST Wireless Radio.
1 Transmission Media Lesson 04 NETS2150/ Lesson Outline Wired or guided Media –Electromagnetics waves are guided along a solid medium Wireless.
Intelligent Transport Systems (ITS) - Update on spectrum arrangements Spectrum arrangement options to support ITS in the MHz band in Australia.
WiMAX Presented By Ch.Srinivas Koundinya 118T1A0435.
National Science Foundation Symposium Ed Thomas Chief, Office of Engineering and Technology Federal Communications Commission.
Utilizing White Spaces for broadband access Where do we go from here? Fanny Mlinarsky octoScope.
Doc.: IEEE /0323r0 SubmissionRon Porat, BroadcomSlide 1 Views on ah Use Cases Date: Authors: March 2011.
International Perspectives New Zealand’s Radiocommunications Act Review.
Current Issues Affecting Fixed Wireless: An Update on FWCC Activities National Spectrum Management Association Cheng-yi Liu |
WMO Workshop on Radio Frequencies for Meteorology Meteorological Satellite Services David F. McGinnis U.S. Dept. of Commerce, NOAA 7 October 2002 Geneva,
The $20 Billion Question: Can Satellite and Terrestrial Wireless Co-Exist in C-band? David Hartshorn Secretary General GVF.
ECEN 621, Prof. Xi Zhang ECEN “ Mobile Wireless Networking ” Course Materials: Papers, Reference Texts: Bertsekas/Gallager, Stuber, Stallings,
CSCI 465 Data Communications and Networks Lecture 6 Martin van Bommel CSCI 465 Data Communications and Networks 1.
Lecture 13-15: Transmission media Aliazam Abbasfar.
Signal Propagation Propagation: How the Signal are spreading from the receiver to sender. Transmitted to the Receiver in the spherical shape. sender When.
PART I: DIGITAL COMMUNICATION SYSTEMS Chapter 3: Transmission Media.
The $20 Billion Question: Can Satellite and Terrestrial Wireless Co-Exist in C-band? David Hartshorn Secretary General GVF.
Performing a Site Survey. Wireless Site Survey RF Frequencies (Licensed & Unlicensed) What market each RF Frequency serves? Types of Spectrum Analyzers.
How is radio signal propagated. 2 Comparison of wired and wireless transmissions WiredWireless BandwidthDepending on the media used, can be large Narrow.
WRC-2003 Mike Goddard Spectrum Policy and International Director Radiocommunications Agency.
Seniorklubben af MHz Presentation to Seniorklubben af 1991 – 19 April 2012.
Office of Engineering and Technology Agenda Meeting January 15, 2004.
Frequency Bands Prepared by, J.Jayastree ( ) M.Tech(COS)
Wireless Access Services ACMA/ITU International Training Program 5 September 2006 Nevio Marinelli & Christine Allen Wireless Access Services Planning Team.
MASNET GroupXiuzhen ChengFeb 8, 2006 Terms and Concepts Behind Wireless Communications.
Frequency band
RALI FX3 Microwave Fixed Services Frequency Coordination Glenn Odlum Senior Engineer Spectrum Engineering Section
Static Spectrum Allocation
WiMAX Worldwide Interoperability for Microwave Access AMIT KUMAR AMIT KUMAR M TECH (ECE) M TECH (ECE)
What is WiMax? Worldwide Interoperability for Microwave Access.
RADIO FREQUENCY SPECTRUM POLICY NOVEMBER Making South Africa a Global Leader in Harnessing ICTs for Socio-economic Development 2 WHAT IS SPECTRUM?
Data and Computer Communications. Transmission Media CHAPTER 4.
In Building Wireless Systems 12/2/2014 Josh Gerst, Vice President – Engineering RF Connect, LLC.
Radio Spectrum Allocation ISPANZ Conference 11 May 2016.
Signal Propagation Basics
A discussion on channel sensing techniques By James Xu.
Promoting Spectrum Access for Wireless Microphone Operations.
Design and implementation of monitoring systems Jan Verduijn Chairman ITU-R WP1C on Spectrum Monitoring ITU-D expert.
Personal Communication Services & WiFi
Spectrum harmonised for IMT
CEPT position on WRC-12 AI’s 1.3, 1.4, 1.7, 1.12 and 1.25
Ca-US-ECC Cooperation 2011
Unit I: Introduction.
Cristian Gomez Radiocommunication Bureau, ITU
Challenges and opportunities for CEPT
Cognitive Radio Based 5G Wireless Networks
5G - IMT-2020 Technology.
UNIT I – Wireless channels
WIRELESS-COMMUNICATION
Utilizing White Spaces for broadband access: Where do we go from here?
Where Does Wireless Fit Into Your Strategy?
WRC-12 A.I. 1.3 Eric ALLAIX DGAC-DSNA.
Communication Systems.
MIMOtech May 2014 – Geoff Carey Future Wireless Technologies
Presented by Mohamad Haidar, Ph.D. May 13, 2009 Moncton, NB, Canada
Lecture 5: Cables types and channels
Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Regulatory Update in Europe for Gigabit Application.
Global spectrum management requirements for WAVE
GSC position on key WRC-19 AI 1.5 ESIMs
François Rancy Chairman, ITU Special Committee
The role of spectrum in achieving interoperable governmental and commercial communications networks Enrico Vassallo, ESA Frequency Management Office Head.
Presentation transcript:

Use of UHF Band – White Spaces for backhaul – An Analysis 9 th GISFI meetings Mumbai, 18 – 20 June 2012 Document No GISFI_SPCT_

Basic issues for use of any frequency band for a particular service Whether the proposed band is suitable for the proposed service from: – ITU Allocations & National Frequency Allocation Plan (NFAP); – Propagation characteristics; – Interference with other existing services; – Required bandwidth/ capacity availability; – Equipment availability & suitability; – International practices & experience; Is the proposed band more suitable for other competing services ? Whether the proposed service can use any other alternative frequency band ?

Use of White Spaces in 500 – 600 MHz band for back-bone services Spectrum requirements of mobile services are increasing exponentially; Medium term addl. spectrum requirements of mobile services estimated around 500 MHz by different experts (present use upto 1000 MHz); This is besides de-licensed bands for Wi-Fi type systems for which addl. estimates are around 500 MHz (500 MHz already in de-licensed use);

Use of White Spaces in 500 – 600 MHz band for back-bone services contd.. In general, mobile services can use spectrum upto 6 GHz due to requirements of building penetration, multi-path, non line-of-sight, etc. Hence, globally spectrum managers are moving the existing line-of-sight, fixed links in frequency bands below 6 GHz, to higher frequency bands or alternate physical media like OFC, etc. White spaces are being demanded and proposed to be used for low power un-licensed, Wi-Fi type usages, along with use of cognitive radio.

Use of White Spaces in 500 – 600 MHz band for back-bone services contd.. Broadcasters are opposing use of even the low power Wi-Fi type systems in white spaces; Important to note that line-of-sight, fixed links in frequency bands below 6 GHz, are being moved away globally to higher frequency bands or physical media like OFC, etc.

THANK YOU