Spectrum cost - PowerPoint PPT Presentation

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Spectrum cost

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Spectrum cost - International Civil Aviation Organization – PowerPoint PPT presentation

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Title: Spectrum cost


1
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2
The Cost Of Spectrum How Will Aviation Pay
  • John Mettrop
  • DAP

3
Disclaimer
  • This presentation is provided to provoke thought
    and discussion
  • The figures given in here are based on one set of
    assumptions and are provided for illustrative
    purposes
  • Where a different set of assumptions made then
    the results would also differ

4
Content
  • Current Situation in UK
  • Spectrum Environment
  • Future
  • Benefits
  • Questions

5
Current UK Situation Spectrum Access
6
Spectrum Cost
  • Total Income ? 1 million

7
Spectrum Environment
  • Ever Increasing Demand for Spectrum
  • Commercial Value being Placed on Spectrum
  • Open and Transparent Process
  • Recognised need for Safety Services
  • Realistic protection levels
  • Spectrally efficient
  • Amount of Spectrum needed per service
  • Avoid un-necessary duplication of systems

8
Future
  • What Might Happens if we
  • are Not Efficient?

9
Future, Market CostBenchmark
  • Spectrum Pricing
  • Administrative
  • Commercial
  • Mobile Phones
  • 23 Billion
  • 140 MHz
  • 20 Years
  • UK Land mass 244,820 km2
  • 33.49 MHz/Km2/Year

10
Future,Market Cost 2Assumptions for Aviation
  • Realistic price 1/5 Mobile Phone
  • Costs levied on the ground infrastructure
  • Ground Station cost is based on the ground
    footprint of the service volume
  • Aircraft remain administratively priced

11
Future, Market Cost 3Ground Station Licence 1
25 kHz VHF Communications
12
Future, Market Cost 4 Ground Station Licence 2
Navigation and Surveillance
13
FutureAvoid Commercial Cost
  • Demonstrate that we are minimising spectrum
    requirement.
  • Spectrum assigned ? Spectrum required
  • Are the planning rules over conservative?
  • Do we still need hard pairing ?
  • Do we use the whole band?
  • Can we do with less?
  • Avoid un-necessary duplication of systems
  • Do we need both ILS and MLS as landing aids?
  • Do we need NDB, VOR, DME, GNSS INRS for
    en-route navigation?
  • Do we need 23cm 10 cm Radar?

14
  • Make decisions and stick to them
  • Implement system changes in accordance with
    agreed time schedule

15
Future What Benefits?
  • Reduced cost of infrastructure
  • Less on-board co-site issues
  • Reduced cost of aircraft fit
  • Reduced maintenance costs
  • Known timescales for implementation
  • Credibility

16
Questions?
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