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4‑5x
Content for
TR 38.809
Word version: 16.6.0
1…
4…
4
General aspect
5
Operating band and channel arrangement
6
Co-existence study
7
Conducted transmitter characteristics
8
Conducted receiver characteristics
9
Radiated transmitter characteristics
10
Radiated receiver characteristics
11
IAB RRM requirements
12
IAB EMC requirements
13
Conformance testing aspects
13.1
General
A
Co-existence simulation results
$
Change history
4
General aspect
p. 9
4.1
Relation with other core specification
p. 9
4.2
RF Requirements reference points
p. 9
4.3
IAB classification
p. 10
4.4
Void
4.5
IAB architecture
p. 10
4.6
IAB test efficiency optimization
p. 12
4.7
Void
5
Operating band and channel arrangement
p. 12
5.1
General
p. 12
5.2
Operating bands
p. 12
5.3
Channel bandwidth
p. 13
5.4
Channel arrangement
p. 13
6
Co-existence study
p. 13
6.1
System layout and scenario
p. 13
6.1.1
Layout for co-existence study
p. 13
6.1.2
Scenarios for co-existence study
p. 15
6.1.3
Co-location
p. 16
6.2
Simulation assumption
p. 17
6.2.1
Propagation model
p. 17
6.2.2
Antenna configuration
p. 18
6.2.2.1
General
p. 18
6.2.2.2
FR1
p. 18
6.2.2.3
FR2
p. 19
6.2.3
Other simulation assumption
p. 22
6.3
Simulation result
p. 23
6.4
Void
7
Conducted transmitter characteristics
p. 23
7.1
General
p. 23
7.2
IAB output power
p. 23
7.3
Output power dynamics
p. 23
7.3.1
Power control
p. 23
7.4
Transmit ON/OFF power
p. 24
7.5
Transmitted signal quality
p. 24
7.5.1
IAB-DU transmitted signal quality
p. 24
7.5.2
IAB-MT transmitted signal quality
p. 24
7.5.2.1
Frequency error
p. 24
7.5.2.2
Error Vector Magnitude
p. 24
7.6
Unwanted emissions
p. 25
7.7
Transmitter intermodulation
p. 25
8
Conducted receiver characteristics
p. 25
8.1
Void
8.2
Reference sensitivity level
p. 25
8.2.1
IAB-DU Reference sensitivity
p. 25
8.2.2
IAB-MT Reference sensitivity
p. 25
8.3
Dynamic range
p. 27
8.4
In-band selectivity and blocking
p. 27
8.5
Out-of-band blocking
p. 27
8.6
Receiver spurious emissions
p. 28
8.6.1
IAB-MT Receiver spurious for IAB type 1-H
p. 28
8.7
Receiver intermodulation
p. 28
8.8
In-channel selectivity
p. 28
9
Radiated transmitter characteristics
p. 29
9.1
General
p. 29
9.2
Radiated transmit power
p. 29
9.3
IAB OTA output power
p. 29
9.4
OTA output power dynamics
p. 29
9.5
OTA transmit ON/OFF power
p. 29
9.6
OTA transmitted signal quality
p. 30
9.6.1
IAB-DU OTA transmitted signal quality
p. 30
9.6.2
IAB-MT OTA transmitted signal quality
p. 30
9.6.2.1
Frequency error
p. 30
9.6.2.2
Error Vector Magnitude
p. 30
9.7
OTA unwanted emissions
p. 30
9.8
OTA transmitter intermodulation
p. 30
9.8.1
IAB DU intermodulation
p. 30
9.8.2
IAB MT intermodulation
p. 31
9.9
Beam correspondence for IAB-MT
p. 31
10
Radiated receiver characteristics
p. 31
10.1
Void
10.2
OTA sensitivity
p. 31
10.2.1
IAB-DU OTA sensitivity
p. 31
10.2.2
IAB-MT OTA sensitivity
p. 31
10.3
OTA reference sensitivity level
p. 32
10.3.1
IAB-DU OTA reference sensitivity
p. 32
10.3.2
IAB-MT OTA reference sensitivity
p. 32
10.3.2.2
FR1
p. 32
10.3.2.1
FR2
p. 32
10.4
OTA Dynamic range
p. 33
10.5
OTA in-band selectivity and blocking
p. 34
10.5.1
ACS for IAB MT of IAB type 2-O
p. 34
10.5.2
In-band blocking for IAB-MT
p. 34
10.6
OTA Out-of-band blocking
p. 35
10.7
OTA receiver spurious emissions
p. 35
10.7.1
IAB-MT OTA Receiver spurious for IAB type 1-O and 2-O
p. 35
10.8
OTA receiver intermodulation
p. 35
10.9
OTA in-channel selectivity
p. 35
11
IAB RRM requirements
p. 35
11.1
General
p. 35
12
IAB EMC requirements
p. 36
12.1
IAB EMC Emission requirements
p. 36
12.2
IAB EMC immunity requirements
p. 36
12.2.1
Radiated Immunity requirements
p. 36
12.2.1.1
One enclosure case
p. 36
12.2.1.2
Different enclosure case
p. 37
12.2.1.4
Summary
p. 37
12.2.2
Other Immunity requirements
p. 37
13
Conformance testing aspects
p. 38
13.1
General
p. 38
A
(Normative) Co-existence simulation results
p. 39
$
Change history
p. 41