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TS 38.521-3
5G New Radio —
User Equipment Conformance Specification –
Radio Transmission and Reception
Part 3: Range 1 and Range 2 Interworking Operation with other Radios

3GPP‑Page   ETSI‑search  
V18.5.0 (PDF)  2024/12  … p.
V17.11.0  2023/12  49 p.
V16.8.0  2021/06  29 p.
V15.4.1  2020/03  512 p.
Rapporteur:
Dr. Parikh, Hemish
Qualcomm Finland RFFE Oy

short Table of Contents for  TS 38.521-3  Word version:  18.3.0

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1 Scope  2 References  3 Definitions, symbols and abbreviations  4 General  5 Operating bands and channel arrangement  6 Transmitter characteristics  7 Receiver characteristics  A Measurement Channels  B Propagation Conditions  C Downlink Physical Channels  D Characteristics of the Interfering Signal  E Global In-Channel Tx Test  F Measurement uncertainties and Test Tolerances  G Uplink Physical Channels  H Statistical Testing  J Test applicability per permitted test method  K EIRP, TRP, and EIS measurement procedures  M Dual uplink interferer  N Modified MPR behaviour  $ Change history 

 

1  Scope  p. 19

The present document specifies the measurement procedures for the conformance test of the user equipment (UE) that contain RF characteristics for carrier aggregation between Range 1 and Range 2 and additional requirements due to NR non-standalone (NSA) operation mode with E-UTRA.
The requirements are listed in different clauses only if the corresponding parameters deviate. More generally, tests are only applicable to those mobiles that are intended to support the appropriate functionality. To indicate the circumstances in which tests apply, this is noted in the "definition and applicability" part of the test.
For example only Release 15 and later UE declared to support 5G-NR shall be tested for this functionality. In the event that for some tests different conditions apply for different releases, this is indicated within the text of the test itself.
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2  References  p. 19

3  Definitions, symbols and abbreviations  p. 20

4  General  p. 23

4.1  Relationship between minimum requirements and test requirements  p. 23

4.2  Applicability of minimum requirements  p. 23

4.3  Specification suffix information  p. 24

4.4  Test points analysis  p. 25

4.5  Applicability and test coverage rules  p. 25

4.6  E-UTRA configuration for EN-DC FR1 tests applying the E-UTRA anchor-agnostic approach  p. 26

4.7  E-UTRA configuration for EN-DC FR2 tests applying the E-UTRA anchor-agnostic approach  p. 28

4.8  E-UTRA configuration for EN-DC FR1 tests not applying the E-UTRA anchor-agnostic approach  p. 30

5  Operating bands and channel arrangement  p. 30

5.1  General  p. 30

5.2  Operating bands  p. 31

5.2A  Operating bands for CA  p. 31

5.2B  Operating bands for DC  p. 31

5.2E  Operating bands for V2X  p. 31

5.3  UE Channel bandwidth  p. 32

5.3A  UE Channel bandwidth for CA  p. 32

5.3B  UE Channel bandwidth for DC  p. 32

5.3E  UE Channel bandwidth for V2X  p. 35

5.4  Void

5.4A  Channel arrangement for CA  p. 35

5.4B  Channel arrangement for DC  p. 36

5.5  Configuration  p. 36

5.5A  Configuration for CA  p. 36

5.5B  Configuration for DC  p. 38

5.5E  Configuration for V2X operation  p. 75

6  Transmitter characteristics  p. 76

6.1  General  p. 76

6.2  Transmitter power  p. 78

6.2A  Transmitter power for CA without EN-DC  p. 78

6.2B  Transmitter power for DC  p. 79

6.2E  Transmitter power for V2X in FR1  p. 266

6.2H  Transmitter power for DC with UL MIMO  p. 275

6.2L  Transmitter power for DC with Tx Diversity  p. 284

6.3  Output power dynamics  p. 293

6.3A  Output Power Dynamics for CA without EN-DC  p. 293

6.3B  Output power dynamics for DC  p. 293

6.3E  Output power dynamics for V2X  p. 335

6.4  Transmit signal quality  p. 336

6.4A  Transmit Signal Quality for inter-band NR CA between FR and FR2 without EN-DC  p. 336

6.4B  Transmit Signal Quality for DC  p. 337

6.4E  Transmit signal quality for V2X operation in FR1  p. 390

6.5  Output RF spectrum emissions  p. 392

6.5A  Output RF spectrum emissions for CA  p. 392

6.5B  Output RF spectrum emissions for DC  p. 393

6.5E  Output RF spectrum emissions for V2X operation in FR1  p. 564

6.6B  Beam Correspondence for EN-DC  p. 567

7  Receiver characteristics  p. 569

7.1  General  p. 569

7.2  Void

7.3  Void

7.3A  Reference sensitivity for CA without EN-DC  p. 570

7.3B  Reference sensitivity level for DC  p. 571

7.4  Void

7.4A  Maximum Input Level for CA  p. 722

7.4B  Maximum Input Level for DC  p. 722

7.5  Void

7.5A  Adjacent Channel Selectivity for CA  p. 739

7.5B  Adjacent channel selectivity for DC  p. 739

7.6  Void

7.6A  Blocking characteristics for CA  p. 753

7.6B  Blocking characteristics for DC  p. 753

7.6E  Blocking characteristics for V2X in FR1  p. 805

7.7  Void

7.7A  Spurious response for CA  p. 806

7.7B  Spurious response for DC  p. 806

7.7E  Spurious response for V2X in FR1  p. 817

7.8  Void

7.8B  Intermodulation characteristics for DC  p. 818

7.8E  Intermodulation characteristics for V2X operation in FR1  p. 833

7.9  Void

7.9B  Spurious emissions for DC  p. 833

A (Normative)  Measurement Channels  p. 840

A.1  General  p. 840

A.2  UL reference measurement channels for E-UTRA TDD Config 2  p. 840

A.3  DL reference measurement channels for E-UTRA  p. 853

B (Normative)  Propagation Conditions  p. 858

C (Normative)  Downlink Physical Channels  p. 859

D (Normative)  Characteristics of the Interfering Signal  p. 860

E (Normative)  Global In-Channel Tx Test  p. 860

F  Measurement uncertainties and Test Tolerances  p. 861

F.1  Acceptable uncertainty of Test System (normative)  p. 861

F.2  Interpretation of measurement results (normative)  p. 878

F.3  Test Tolerance and Derivation of Test Requirements (informative)  p. 878

F.4  Uplink power window  p. 893

G (Normative)  Uplink Physical Channels  p. 904

H (Normative)  Statistical Testing  p. 905

H.1  General  p. 905

H.2  Statistical testing of receiver characteristics  p. 905

I (Normative)  Void

J (Normative)  Test applicability per permitted test method  p. 910

K (Normative)  EIRP, TRP, and EIS measurement procedures  p. 911

L (Normative)  Void

M (Normative)  Dual uplink interferer  p. 913

N (Normative)  Modified MPR behaviour  p. 914

N.1  Indication of modified MPR behaviour  p. 914

$  Change history  p. 915

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