CONTENTS
1
Introduction
2 Methodology
2.1
General
2.2 Detailed
description of the flow
chart
2.2.1 Box (1): Existing ITU
documents
2.2.2 Box (2): Existing ITU
documents
2.2.3 Box (3): Evaluate
interference
2.2.4 Boxes (4), (5) and (6): New
information
2.2.5 Box (i): Transmitter
emission
2.2.6 Box (ii): Interference
power
2.2.7 Box (iii): Assess
discrepancy
2.2.8 Box (iv): Consultative
solution
2.2.9 Diamond (a): Interference power ≤
passive service criteria
2.2.10 Diamond (b): Interference power ≤
threshold
2.2.11 Diamond (c): Can the emission parameters
be refined?
2.2.12 Diamond (d): Can the reception parameters
in passive band be refined?
2.2.13 Diamond (e): Is the application of
mitigation techniques feasible?
2.2.14 End circles (a), (b),
(c)
2.3
Technical appendix
2.3.1 Representation of unwanted emission
spectra
2.3.2 Use of dynamic simulation techniques to
refine interference
analyses
2.3.3 Additional
refinements
3 Compatibility analysis between the EESS
(passive) systems operating in the 1 400‑1 427 MHz band and
radiolocation service systems operating in the 1 350‑1 400 MHz
band
3.1 EESS
(passive)
3.1.1 Allocated
band
3.1.2
Application
3.1.3 Required protection
criteria
3.1.4 Operational characteristics
3.2
Radiolocation
service
3.2.1 Allocated transmit
band
3.2.2
Application
3.2.3 Levels based on Recommendation ITU-R
SM.1541
3.2.4 Transmitter characteristics
3.2.5 Operational characteristics
3.2.6 In-band transmit
level
3.3
Compatibility threshold
3.4
Interference assessment
3.4.1 Methodology used to assess interference
level
3.4.2 Calculation of interference
level
3.5
Mitigation
techniques
3.5.1 EESS (passive)
3.5.2 Radiolocation
service
3.5.3 Potential impact
3.6 Results
of studies
3.6.1 Summary
3.6.2
Conclusions
Page
4 Compatibility analysis between the EESS
(passive) systems operating in the 1 400-1 427 MHz band and the
fixed service in the bands 1 350-1 400 MHz and
1 427-1 452 MHz band
4.1 EESS
(passive)
4.2 Fixed
service
4.2.1 Allocated transmit bands
4.2.2
Application
4.2.3 Level of unwanted
emissions
4.2.4 Transmitter characteristics
4.2.5 Operational characteristics of point to
point (P-P) systems
4.3
Compatibility
studies
4.3.1 Methodology used to assess interference
level
4.3.2 Calculation of aggregate interference
levels using dynamic model simulation
4.3.3 Values achieved
4.4
Mitigation
techniques
4.4.1 Earth exploration‑satellite (passive)
service
4.4.2 Fixed
service
4.4.3 Potential impact
4.5 Results
of studies
4.5.1 Summary
4.5.2
Conclusions
5 Compatibility analysis between the EESS (passive)
systems operating in the 1 400-1 427 MHz band and space
operation (Earth-to-space) service systems operating in the 1 427‑1 429 MHz
band
5.1 EESS
(passive)
5.2 Space
operation service (Earth-to-space)
5.2.1 Allocated transmit
band
5.2.2
Application
5.2.3 Levels based on ITU-R provisions and
Recommendations
5.2.4 Transmitter characteristics
5.2.5 Operational characteristics
5.2.6 In-band transmit
level
5.3
Interference threshold
5.4
Interference assessment
5.4.1 Methodology used to assess interference
level
5.4.2 Dynamic simulation results
5.5
Mitigation
techniques
5.5.1 EESS
(passive)
5.5.2 Space operation
service
5.5.3 Potential impact
5.6 Results
of studies
5.6.1 Summary
5.6.2
Conclusions
6 Compatibility analysis between the EESS
(passive) systems operating in the 1 400-1 427 MHz band and the
mobile service in the bands 1 350-1 400 MHz and
1 427-1 452 MHz
6.1 EESS
(passive)
6.2 Mobile
service
6.2.1 Allocated transmit bands
6.2.2 Application
6.2.3 Unwanted emission levels based on ITU
documents
6.2.4 Unwanted emission levels based on
measurement of actual mobile stations
6.2.5 Transmitter characteristics of mobile
station
6.2.6 Operational characteristics of mobile
stations
6.3
Compatibility threshold
6.4
Interference assessment
6.4.1 Methodology used to assess interference
level
6.4.2 Calculation of interference
level
6.4.3 Calculation of interference affected EESS
(passive) measurement area
6.4.4 Values achieved
6.4.4.2
Aggregate
6.5
Mitigation
techniques
6.5.1 EESS
(passive)
6.5.2 Mobile
service
6.5.3 Potential impact
Page
6.6 Results
of studies
6.6.1 Summary
6.6.2
Conclusions
7 Compatibility analysis between the EESS
(passive) in the 23.6-24 GHz band and the ISS in the
22.55-23.55 GHz
band
7.1 EESS
(passive)
7.1.1 Allocated
band
7.1.2
Application
7.1.3 Required protection
criteria
7.1.4 Operational characteristics
7.2
Inter-satellite
service
7.2.1 Allocated transmit
band
7.2.2
Application
7.2.3 Representation of unwanted emission spectra
7.2.4 Transmitter characteristics
7.3
Compatibility interference criteria
7.4
Interference assessment
7.4.1 Semi-static
analyses
7.4.2 Dynamic analyses
7.4.3 Summary of study results
7.5
Mitigation
techniques
7.5.1 EESS
(passive)
7.5.2
ISS
7.5.3 Potential impact
7.6
Conclusions
7.6.1 Summary
7.6.2
Conclusions
8 Compatibility analysis between the EESS
(passive) in the 31.3-31.5 GHz band and the FSS (Earth-to-space) and the MSS
(Earth-to-space) in the 30-31 GHz band
8.1 EESS
(passive)
8.1.1 Allocated
band
8.1.2
Application
8.1.3 Required protection
criteria
8.1.4 Operational characteristics
8.2 FSS and
MSS
8.2.1 Allocated transmit
band
8.2.2
Application
8.2.3 Representation of unwanted emission
spectra
8.2.4 Transmitter characteristics
8.3
Interference threshold
8.4
Interference assessment
8.4.1 Dynamic Simulation Study No.
1
8.4.2 Dynamic Simulation Study No.
2
8.4.3 Dynamic Simulation Study No.
3
8.4.4 Simulation Number
4
8.5 Mitigation
technique
8.5.1 EESS
(passive)
8.5.2 FSS
8.5.3 Evaluation and usage of simulation
results
8.5.4 Potential impact
8.6 Results
of studies
8.6.1 Summary
8.6.2
Conclusions
9 Compatibility analysis between Earth
exploration-satellite service (EESS) (passive) systems operating in the 31.3‑31.5 GHz
band and fixed service (FS) systems operating in the 31-31.3 GHz band
9.1 EESS
(passive)
9.1.1 Allocated
band
9.1.2
Application
9.1.3 Required protection
criteria
9.1.4 Operational characteristics
9.2 Fixed
service
9.2.1 Allocated
band
9.2.2
Application
9.2.3 Levels based on existing ITU
documents
9.2.4 Transmitter characteristics
Page
9.2.5 Operational characteristics
9.2.6 In band transmit
power
9.3
Compatibility threshold (if
applicable)
9.4
Interference assessment
9.4.1 Methodology used to assess the interference
level
9.4.2
Calculation
9.4.3 Value
achieved
9.4.4 Dynamic
simulation
9.5 Mitigation
techniques
9.5.1 EESS
(passive)
9.5.2 FS
9.5.3 Potential impact
9.6 Results
of the studies
9.6.1 Summary
9.6.2
Conclusion
10 Compatibility analysis between EESS (passive)
systems operating in the 50.2‑50.4 GHz band and FSS (Earth-to-space)
systems operating in the 47.2-50.2 GHz band
10.1 EESS (passive)
10.1.1 Allocated band
10.1.2
Application
10.1.3 Required protection
criteria
10.1.4 Operational
characteristics
10.2 FSS
(Earth-to-space)
10.2.1 Allocated transmit band
10.2.2
Application
10.2.3 Representation of unwanted emission
spectra
10.2.4 Transmitter
characteristics
10.3 Interference
threshold
10.4 Interference
assessment
10.4.1 Dynamic Simulation Study No. 1
10.4.2 Dynamic Simulation Study No. 2
10.5 Mitigation
techniques
10.5.1 EESS (passive)
10.5.2
FSS
10.5.3 Potential impact
10.6 Results of
studies
10.6.1 Summary
10.6.2
Conclusions
11 Compatibility analysis between EESS (passive)
systems operating in the 50.2‑50.4 GHz band and the FSS
(Earth-to-space) service systems operating in the 50.4-51.4 GHz
band
11.1 EESS (passive)
11.1.1 Allocated band
11.1.2
Application
11.1.3 Required protection
criteria
11.1.4 Operational
characteristics
11.2 FSS
11.2.1 Allocated transmit band
11.2.2
Application
11.2.3 Representation of unwanted emission
spectra
11.2.4 Transmitter characteristics
11.3 Interference
threshold
11.4 Interference
assessment
11.4.1 Dynamic simulation study No. 1
11.4.2 Dynamic Simulation Study No. 2
11.5 Mitigation
techniques
11.5.1 EESS (passive)
11.5.2
FSS
11.5.3 Potential impact
11.6 Results of
studies
11.6.1 Summary
11.6.2
Conclusions
12 Compatibility analysis between EESS (passive)
systems operating in the 52.6-52.8 GHz band and FS systems operating in the
51.4-52.6 GHz band
12.1 EESS
(passive)
Page
12.1.1 Allocated band
12.1.2
Application
12.1.3 Required protection
criteria
12.1.4 Operational
characteristics
12.2 Fixed
service
12.2.1 Allocated band
12.2.2
Application
12.2.3 Levels based on existing ITU
documents
12.2.4 Transmitter
characteristics
12.2.5 Operational
characteristics
12.2.6 In-band transmit power
12.3 Compatibility
threshold
12.4 Interference
assessment
12.4.1 Methodology to assess the interference
level
12.4.2
Calculation
12.4.3 Value achieved
12.4.4 Dynamic
simulation
12.5 Mitigation
techniques
12.5.1 EESS (passive)
12.5.2 FS
12.5.3 Potential impact
12.6 Results of
the studies
12.6.1 Summary
12.6.2 Conclusion