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Content for
TS 38.141-1
Word version: 17.4.0
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A
Reference measurement channels
B
Environmental requirements for the BS equipment
C
Test tolerances and derivation of test requirements
D
Measurement system set-up
D.1
BS type 1-C transmitter
D.2
BS type 1-C receiver
D.3
BS type 1-H transmitter
D.4
BS type 1-H receiver
D.5
BS type 1-C performance requirements
D.6
BS type 1-H performance requirements
E
Characteristics of interfering signals
G
Propagation conditions
G.1
Static propagation condition
G.2
Multi-path fading propagation conditions
G.3
High speed train condition
G.4
Moving propagation conditions
H
In-channel TX tests
H.1
General
H.2
Basic principles
H.3
Pre-FFT minimization process
H.4
Timing of the FFT window
H.5
Resource element TX power
H.6
Post-FFT equalisation
H.7
EVM
I
General rules for statistical testing
I.1
Testing methodology of PUSCH performance requirements with 0.001% BLER
$
Change history
A
(Normative) Reference measurement channels
Word‑p. 251
A.1
Fixed Reference Channels for reference sensitivity level, ACS, in-band blocking, out-of-band blocking, receiver intermodulation and in-channel selectivity (QPSK, R=1/3)
Word‑p. 251
A.2
Fixed Reference Channels for dynamic range (16QAM, R=2/3)
Word‑p. 252
A.3
Fixed Reference Channels for performance requirements (QPSK, R=193/1024)
Word‑p. 254
A.3A
Fixed Reference Channels for performance requirements (QPSK, R=99/1024)
|R16|
Word‑p. 256
A.3B
Fixed Reference Channels for performance requirements (QPSK, R=308/1024)
|R16|
Word‑p. 257
A.4
Fixed Reference Channels for performance requirements (16QAM, R=658/1024)
Word‑p. 258
A.5
Fixed Reference Channels for performance requirements (64QAM, R=567/1024)
Word‑p. 260
A.6
PRACH test preambles
Word‑p. 262
A.7
Fixed Reference Channels for performance requirements (QPSK, R=157/1024)
|R16|
Word‑p. 262
B
(Normative) Environmental requirements for the BS equipment
Word‑p. 264
B.1
General
Word‑p. 264
B.2
Normal test environment
Word‑p. 264
B.3
Extreme test environment
Word‑p. 264
B.3.1
Extreme temperature
Word‑p. 264
B.4
Vibration
Word‑p. 265
B.5
Power supply
Word‑p. 265
B.6
Measurement of test environments
Word‑p. 265
C
Test tolerances and derivation of test requirements
Word‑p. 266
C.1
Measurement of transmitter
Word‑p. 266
C.2
Measurement of receiver
Word‑p. 268
C.3
Measurement of performance requirements
Word‑p. 269
D
Measurement system set-up
Word‑p. 272
D.1
BS type 1-C transmitter
Word‑p. 272
D.1.1
Base station output power, output power dynamics, transmitter ON/OFF power, frequency error, EVM, unwanted emissions for BS type 1-C
Word‑p. 272
D.1.2
Transmitter intermodulation for BS type 1-C
Word‑p. 272
D.1.3
Time alignment error for BS type 1-C
Word‑p. 273
D.2
BS type 1-C receiver
Word‑p. 273
D.2.1
Reference sensitivity level for BS type 1-C
Word‑p. 273
D.2.2
Dynamic range for BS type 1-C
Word‑p. 274
D.2.3
In-channel selectivity for BS type 1-C
Word‑p. 274
D.2.4
Adjacent Channel Selectivity (ACS) and narrowband blocking for BS type 1-C
Word‑p. 275
D.2.5
Blocking characteristics for BS type 1-C
Word‑p. 275
D.2.6
Receiver spurious emission for BS type 1-C
Word‑p. 276
D.2.7
Intermodulation characteristics for BS type 1-C
Word‑p. 276
D.3
BS type 1-H transmitter
Word‑p. 277
D.3.1
Base station output power, output power dynamics, transmitter ON/OFF power, frequency error, EVM, unwanted emissions for BS type 1-H
Word‑p. 277
D.3.2
Transmitter intermodulation for BS type 1-H
Word‑p. 278
D.3.3
Transmitter spurious emissions for BS type 1-H
Word‑p. 278
D.3.4
Time alignment error for BS type 1-H
Word‑p. 280
D.4
BS type 1-H receiver
Word‑p. 280
D.4.1
Reference sensitivity level for BS type 1-H
Word‑p. 280
D.4.2
Receiver dynamic range for BS type 1-H
Word‑p. 281
D.4.3
Receiver adjacent channel selectivity and narrowband blocking for BS type 1-H
Word‑p. 281
D.4.4
Receiver spurious emissions
Word‑p. 281
D.4.5
Receiver In-channel selectivity for BS type 1-H
Word‑p. 283
D.4.6
Receiver intermodulation for BS type 1-H
Word‑p. 284
D.5
BS type 1-C performance requirements
Word‑p. 284
D.5.1
Performance requirements for PUSCH, single user PUCCH, PRACH on single antenna port in multipath fading conditions and for high speed condition
Word‑p. 284
D.5.2
Performance requirements for PUSCH transmission on two antenna ports in multipath fading conditions
Word‑p. 285
D.5.3
Performance requirements for PUSCH and PRACH in static conditions
Word‑p. 285
D.5.4
Performance requirements for UL timing adjustment
|R16|
Word‑p. 286
D.6
BS type 1-H performance requirements
Word‑p. 286
D.6.1
Performance requirements for PUSCH, single user PUCCH, PRACH on single antenna port in multipath fading conditions and for high speed condition
Word‑p. 286
D.6.2
Performance requirements for PUSCH transmission on two antenna ports in multipath fading conditions
Word‑p. 287
D.6.3
Performance requirements for PUSCH and PRACH in static conditions
Word‑p. 287
D.6.4
Performance requirements for UL timing adjustment
|R16|
Word‑p. 288
E
(Normative) Characteristics of interfering signals
Word‑p. 289
F
(Normative)
Void
G
(Normative) Propagation conditions
Word‑p. 291
G.1
Static propagation condition
Word‑p. 291
G.2
Multi-path fading propagation conditions
Word‑p. 291
G.2.1
Delay profiles
Word‑p. 291
G.2.1.1
Delay profiles for FR1
Word‑p. 292
G.2.2
Combinations of channel model parameters
Word‑p. 293
G.2.3
MIMO channel correlation matrices
Word‑p. 294
G.2.3.1
MIMO correlation matrices using Uniform Linear Array
Word‑p. 294
G.2.3.1.1
Definition of MIMO correlation matrices
Word‑p. 294
G.2.3.1.2
MIMO correlation matrices at high, medium and low level
Word‑p. 295
G.2.3.2
Multi-antenna channel models using cross polarized antennas
Word‑p. 297
G.2.3.2.1
Definition of MIMO correlation matrices using cross polarized antennas
Word‑p. 298
G.2.3.2.2
Spatial correlation matrices at UE and gNB sides
Word‑p. 298
G.2.3.2.2.1
Spatial correlation matrices at UE side
Word‑p. 298
G.2.3.2.2.2
Spatial correlation matrices at gNB side
Word‑p. 298
G.2.3.2.3
MIMO correlation matrices using cross polarized antennas
Word‑p. 299
G.3
High speed train condition
|R16|
Word‑p. 299
G.4
Moving propagation conditions
|R16|
Word‑p. 303
H
(Normative) In-channel TX tests
Word‑p. 305
H.1
General
Word‑p. 305
H.2
Basic principles
Word‑p. 305
H.2.1
Output signal of the TX under test
Word‑p. 305
H.2.2
Ideal signal
Word‑p. 305
H.2.3
Measurement results
Word‑p. 306
H.2.4
Measurement points
Word‑p. 306
H.3
Pre-FFT minimization process
Word‑p. 307
H.4
Timing of the FFT window
Word‑p. 307
H.5
Resource element TX power
Word‑p. 308
H.6
Post-FFT equalisation
Word‑p. 309
H.7
EVM
Word‑p. 310
H.7.0
General
Word‑p. 310
H.7.1
Averaged EVM (FDD)
Word‑p. 311
H.7.2
Averaged EVM (TDD)
Word‑p. 311
I
(Normative) General rules for statistical testing
|R16|
Word‑p. 312
I.1
Testing methodology of PUSCH performance requirements with 0.001% BLER
Word‑p. 312
I.1.1
General
Word‑p. 312
I.1.2
Numerical definition of the pass-fail limits for testing PUSCH 0.001% BLER
Word‑p. 313
I.1.3
Theory to derive the early pass/fail limits in I.1.2 (informative)
Word‑p. 314
I.1.3.1
Numerical definition of the pass-fail limits for testing PUSCH 0.001% BLER
Word‑p. 314
I.1.3.2
Simulation to derive the pass-fail limits for testing PUSCH 0.001% BLER
Word‑p. 314
$
Change history
Word‑p. 316