CONTENTS
1
Introduction
2 Methodology
2.1
General
2.2 Detailed
description of the flow chart (see Fig.
1)
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
2.2.6 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)
3 Compatibility analysis between RAS systems
operating in the 150.05-153.0 MHz band and mobile-satellite service
(space-to-Earth) systems operating in the 137-138 MHz band
3.1 RAS
3.1.1 Allocated band
3.1.2 Type of
observations
3.1.3 Required protection
criteria
3.1.4 Operational
characteristics
3.2 MSS
3.2.1 Allocated transmit band
3.2.2
Application
3.2.3 Levels based upon regulatory provisions
3.2.4 Operational
characteristics
3.3
Compatibility threshold
3.4
Interference assessment
3.4.1 Methodology
used to assess the interference
level
3.4.2 Calculation of interference level
3.4.3 Values achieved
3.5
Mitigation techniques
3.5.1
RAS
3.5.2 Potential impact to the
RAS
4 Compatibility analysis between RAS systems
operating in the 322‑328.6 MHz band and mobile-satellite service
(space-to-Earth) systems operating in the 387-390 MHz
band
4.1 RAS
4.1.1 Allocated band
4.1.2 Type of
observations
4.1.3 Required protection
criteria
4.1.4 Operational
characteristics
4.2 MSS
4.2.1 Allocated transmit band
4.2.2
Application
4.2.3 Levels based upon regulatory provisions
4.2.4 Operational
characteristics
4.3
Compatibility threshold
4.3.1 Non-GSO
systems
4.3.2 GSO
systems
4.4
Interference assessment
4.4.1 Non-GSO case
4.4.2 GSO case
4.4.3 Values achieved
4.5
Mitigation techniques
4.5.1
RAS
4.5.2 Potential impact for the
RAS
5 Compatibility analysis between RAS
systems operating in the 406.1-410 MHz band and mobile-satellite service
(space-to-Earth) systems operating in the
400.15-401 MHz band
5.1 RAS
5.1.1 Allocated band
5.1.2 Type of
observations
5.1.3 Required protection
criteria
5.1.4 Operational
characteristics
5.2 MSS
5.2.1 Allocated transmit band
5.2.2
Application
5.2.3 Levels based upon regulatory provisions
5.2.4 Operational
characteristics
5.3
Compatibility threshold
5.4
Interference assessment
5.4.1 Methodology used to assess the interference
level
5.4.2 Calculation of interference level
5.4.3 Values achieved
5.5
Mitigation techniques
5.5.1
RAS
5.5.2 Potential impact on the
RAS
6 Compatibility analysis between RAS systems
operating in the 608‑614 MHz band and broadcasting-satellite service
(space-to-Earth) systems that may operate in the 620-790 MHz
band
6.1 RAS
6.1.1 Allocated band
6.1.2 Type of
observations
6.1.3 Required protection
criteria
6.1.4 Operational
characteristics
6.2 BSS
6.2.1 Allocated transmit band
6.2.2
Application
6.2.3 Levels based upon regulatory provisions
6.2.4 Operational
characteristics
6.2.4.1.1 Constellation
parameters
6.3
Compatibility threshold
6.3.1 Non-GSO
systems
6.3.2 GSO
systems
6.4
Interference assessment
6.4.1 Non-GSO case
6.4.2 GSO case
6.4.3 Values achieved
6.5
Mitigation techniques
6.5.1
RAS
6.5.2 Potential impact on the RAS
7 Compatibility analysis between RAS systems
operating in the 1 400-1 427 MHz and 1 610.6-1 613.8 MHz bands and
non-GSO mobile‑satellite service (space-to-Earth) systems operating in
the 1 525‑1 559 MHz band
7.1 RAS
7.1.1 Allocated bands
7.1.2 Type of
observations
7.1.3 Required protection
criteria
7.1.4 Operational
characteristics
7.2 MSS
7.2.1 Allocated transmit band
7.2.2
Application
7.2.3 Levels based upon regulatory provisions
7.2.4 Operational
characteristics
7.3 Compatibility
threshold
7.4
Interference assessment
7.4.1 Methodology
used to assess the interference
level
7.4.2 Calculation of interference level
7.4.3 Values achieved
7.5
Mitigation techniques for the
RAS
7.6 Results
of studies
7.6.1 Summary
7.6.2
Conclusions
8 Compatibility analysis between RAS systems
operating in the 1 400-1 427 MHz band and BSS (space-to-Earth) systems operating in the 1 452‑1 492 MHz
band
8.1 RAS
8.1.1 Allocated band
8.1.2 Type of
observations
8.1.3 Required protection
criteria
8.1.4 Operational
characteristics
8.2 BSS
8.2.1 Allocated transmit band
8.2.2
Application
8.2.3 Levels based upon regulatory provisions
8.2.4 Operational
characteristics
8.3
Compatibility threshold
8.4
Interference assessment
8.4.1 Methodology used to assess the interference
level
8.4.2 Calculation of interference level
8.4.3 Values achieved
8.5 Mitigation
techniques
8.5.1 RAS
8.5.2 BSS
8.5.3 Potential impact
8.5.3.1 RAS
8.6 Results
of studies
8.6.1 Summary
8.6.2
Conclusions
9 Compatibility analysis between the RAS in the 1 400-1 427
MHz band and GSO mobile-satellite systems (space-to-Earth) operating in the 1 525-1 559
MHz band
9.1 RAS
9.1.1 Allocated band
9.1.2 Type of observations
9.1.3 Required protection
criteria
9.1.4 Operational characteristics, type of
observations
9.2 MSS
9.2.1 Allocated transmit band
9.2.2
Application
9.2.3 Levels based on regulatory
provisions
9.2.4 Transmitter
characteristics
9.2.5 Operational
characteristics
9.2.6 In-band transmit
level
9.3
Compatibility threshold
9.4
Interference assessment
9.4.1 Methodology used to assess the interference
level
9.4.2 Calculation of interference level
9.4.3 Values achieved
9.5
Mitigation techniques
9.5.1 RAS
9.5.2
MSS
9.5.3 Potential impact for MSS
9.6 Results
of studies
9.6.1 Summary
9.6.2
Conclusions
10 Compatibility analysis between RAS systems operating
in the 1 610.6-1 613.8 MHz band and RNSS systems operating in the 1 559-1 610
MHz band
10.1
RAS
10.1.1 Allocated band
10.1.2 Type of
observations
10.1.3 Required protection
criteria
10.1.4 Operational
characteristics
10.2
RNSS
10.2.1 Allocated transmit
band
10.2.2
Application
10.2.3 Levels based upon regulatory
provisions
10.2.4 Operational
characteristics
10.3 Compatibility
threshold
10.4 Interference
assessment
10.4.2 Calculation of the interference
level
10.4.3 Values achieved
10.5
Mitigation methods
10.5.1
RAS
10.5.2 Radionavigation-satellite
service
10.5.3 Potential impact
10.6 Results of
studies
11 Compatibility analysis between RAS systems operating
in the 1 610.6-1 613.8 MHz band and MSS (space-to-Earth) systems operating in the 1 613.8-1 626.5
MHz band
11.1
RAS
11.1.1 Allocated band
11.1.2 Type of
observations
11.1.3 Required protection
criteria
11.1.4 Operational
characteristics
11.2
MSS
11.2.1 Allocated transmit band
11.2.2
Application
11.2.3 Levels based upon regulatory
provisions
11.3 Compatibility
threshold
11.4 Interference
assessment
11.4.1 Methodology used to assess the
interference level
11.4.2 Calculation of the interference
level
11.4.3
Values achieved
11.5
Mitigation
techniques
11.5.1
RAS
11.5.2 MSS
11.5.3
Potential impact
11.6 Results of
studies
11.6.1
Summary
11.6.2
Conclusions
12 Compatibility analysis between RAS systems operating
in the 1 610.6-1 613.8 MHz band and GSO MSS (space-to-Earth) systems operating in the 1 525-1 559
MHz band
12.1
RAS
12.1.1 Allocated band
12.1.2 Type of observations
12.1.3 Required protection
criteria
12.1.4 Operational
characteristics
12.2
MSS
12.2.1 Allocated transmit
band
12.2.2
Application
12.2.3 Levels based upon regulatory
provisions
12.2.4 Transmitter
characteristics
12.2.5 Operational
characteristics
12.2.6 In-band transmit level
12.3 Compatibility
threshold
12.4 Interference
assessment
12.4.1 Methodology used to assess the
interference level
12.4.2 Calculation of the interference
level
12.4.3 Values achieved
12.5 Mitigation
techniques
12.5.1 Radio astronomy
service
12.5.2 Mobile-satellite service
12.5.3 Potential impact
12.6 Results of
studies
12.6.1
Summary
12.6.2
Conclusions
13 Compatibility analysis between the RAS systems
(space-to-Earth) operating in the 2 690-2 700 MHz band and the BSS, and FSS (space-to-Earth) systems operating in
the 2 655-2 690 MHz band
13.1
RAS
13.1.1 Allocated band
13.1.2 Type of
observations
13.1.3 Required service protection
criteria
13.1.4 Operational
characteristics
13.2 Active
band
13.2.1 Allocated transmit
band
13.2.2
Application
13.2.3 Levels based on regulatory
provisions
13.2.4 Transmitter
characteristics
13.2.5 Operational
characteristics
13.2.6
In-band transmit
level
13.3
Compatibility threshold
13.4
Interference assessment
13.4.1
Methodology used to assess the
interference level
13.4.2 Calculation of the interference level
13.4.3 Values achieved
13.5
Mitigation
techniques
13.5.1 RAS
13.5.2
FSS/BSS
13.5.3 Potential impact
13.6
Results of studies
13.6.1
Summary
13.6.2
Conclusion
14 Compatibility analysis between RAS systems operating
in the 10.6-10.7 GHz band and FSS (space-to-Earth) systems operating in the
10.7-10.95 GHz band
14.1
RAS
14.1.1 Allocated band
14.1.2 Type of
observations
14.1.3 Required protection
criteria
14.1.4
Operational characteristics
14.2 FSS
14.2.1 Allocated transmit
band
14.2.2
Application
14.2.3 Levels based upon regulatory
provisions
14.2.4 Transmitter
characteristics
14.2.5 Operational
characteristics
14.3 Compatibility
threshold
14.4 Interference
assessment
14.4.1 Methodology used to assess the
interference level
14.4.2 Calculation of the interference
level
14.4.3 Values achieved
14.5 Mitigation
techniques
14.5.1 RAS
14.5.2 The active
service
14.5.3 Potential impact
14.6 Results of
studies
14.6.1
Summary
14.6.2
Conclusion
15 Compatibility analysis between RAS systems operating
in the 22.21-22.5 GHz band and BSS (space-to-Earth) systems operating in the
21.4-22 GHz band
15.1
RAS
15.1.1 Allocated band
15.1.2 Type of
observations
15.1.3 Required protection
criteria
15.1.4 Operational
characteristics
15.2
BSS
15.2.1 Allocated transmit
band
15.2.2 Service
15.2.3 Levels based on regulatory
provision
15.2.4 Transmitter
characteristics
15.2.5 Operational
characteristics
15.2.6 In-band transmit level
15.3 Compatibility
threshold
15.4 Interference
assessment
15.4.1 Methodology used to assess the
interference level
15.4.2 Calculation of interference
level
15.4.3 Values achieved
15.5 Mitigation
methods
15.5.1 RAS
15.5.2
BSS
15.5.3 Potential impact
15.6 Results of
studies
16 Compatibility analysis between RAS systems operating
in the 42.5-43.5 GHz band and FSS and BSS (space-to-Earth) systems operating in
the 41.5-42.5 GHz band
16.1
RAS
16.1.1 Allocated band
16.1.2 Type of
observations
16.1.3 Required protection
criteria
16.1.4 Operational
characteristics
16.2 FSS and
BSS
16.2.1 Allocated transmit band
16.2.2
Application
16.2.3 Levels based on existing ITU
documents
16.2.4 Transmitter
characteristics
16.2.5 Operational characteristics
16.2.6 In-band transmit level
16.3 Compatibility
threshold
16.4 Interference
assessment
16.4.1 Methodology used to assess the
interference level
16.4.2 Calculation of interference
level
16.4.3 Values achieved
16.5 Mitigation
techniques
16.5.1 RAS
16.5.2 FSS and BSS
16.5.3 Potential impact
16.6 Results of
studies
16.6.1
Summary
16.6.2
Conclusions