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Content for TR 37.809 Word version: 11.0.0

1… 2…

2 References

3 Definitions, symbols and abbreviations

3.1 Definitions

3.2 Symbols Word‑p. 7

3.3 Abbreviations

4 General

4.1 Work item objective

5 Re-use of existing RAN4 work on BS classes Word‑p. 8

6 RF scenarios for the BS classes

6.1 Base station class definitions

6.2 Co-existence simulation cases

6.3 Co-existence simulation parameters Word‑p. 9

6.3.1 Network layouts

6.3.1.1 Macro network layout

6.3.1.2 Micro network layouts Word‑p. 10

6.3.2 Deployment parameters Word‑p. 14

6.3.3 System parameters Word‑p. 15

6.3.4 Propagations models Word‑p. 17

6.3.4.1 Macro cell model

6.3.4.2 Micro cell model

6.3.5 Power control model (PC3)

7 RF requirements for Medium Range BS

7.1 Void

7.2 Base station output power

7.3 Frequency error

7.4 Spurious emissions (additional)

7.4.1 Requirement for E-UTRA BS Word‑p. 18

7.4.2 Requirement for MSR

7.5 Operating band unwanted emissions

7.5.1 Requirement for E-UTRA

7.5.2 Requirement for MSR Word‑p. 19

7.5.2.1 Requirement for BC1

7.5.2.2 Requirement for BC2 Word‑p. 20

7.6 ACLR Word‑p. 21

7.6.1 Requirement for E-UTRA

7.6.2 Requirement for MSR Word‑p. 22

7.7 Transmitter intermodulation

7.8 Reference sensitivity

7.8.2 Requirement for MSR Word‑p. 23

7.9 Receiver dynamic range

7.9.1 Requirement for E-UTRA

7.9.2 Requirement for MSR

7.10 In-band blocking

7.10.1 Requirement for E-UTRA

7.10.2 Requirement for MSR Word‑p. 24

7.11 Narrowband blocking

7.11.1 Requirement for E-UTRA

7.11.2 Requirement for MSR

7.12 Adjacent channel selectivity (ACS) Word‑p. 25

7.12.1 Requirement for E-UTRA

7.12.2 Requirement for MSR

7.13 Out-of-band blocking

7.13.1 Requirement for E-UTRA

7.13.2 Requirement for MSR

7.14 Receiver spurious emissions Word‑p. 26

7.15 Receiver intermodulation

7.15.1 Requirement for E-UTRA

7.15.2 Requirement for MSR

7.16 In-channel selectivity Word‑p. 27

7.16.1 Requirement for E-UTRA

7.16.2 Requirement for MSR

8 RF requirements for Local Area BS

8.1 Void

8.2 Base station output power

8.3 Frequency error Word‑p. 28

8.4 Spurious emissions (additional)

8.5 Operating band unwanted emissions

8.6 ACLR

8.7 Transmitter intermodulation Word‑p. 29

8.8 Reference sensitivity

8.9 Receiver dynamic range

8.10 In-band blocking

8.11 Narrowband blocking Word‑p. 30

8.12 Adjacent channel selectivity (ACS)

8.13 Out-of-band blocking

8.14 Receiver spurious emissions

8.15 Receiver intermodulation Word‑p. 31

8.16 In-channel selectivity

9 Demodulation performance for Medium Range BS

A Void

B Void

C Simulation Results Word‑p. 35

C.1 Reference sensitivity

C.1.1 Coexistence simulation results in E1a scenario

C.1.2 Coexistence simulation results in U1a scenario Word‑p. 36

C.1.3 Coexistence simulation results in E1b-1 scenario Word‑p. 37

C.1.4 Coexistence simulation results in E1b-2 scenario Word‑p. 39

C.1.5 Coexistence simulation results in U1b-1 scenario Word‑p. 42

C.1.6 Coexistence simulation results in U1b-2 scenario Word‑p. 43

C.2 In-band Blocking Word‑p. 44

C.2.1 Coexistence simulation results in E2a scenario

C.2.2 Coexistence simulation results in E2b-1 scenario Word‑p. 45

C.2.3 Coexistence simulation results in E2b-2 scenario

C.2.4 Coexistence simulation results in U1b-1 scenario

C.2.5 Coexistence simulation results in U1b-2 scenario Word‑p. 46

$ Change history Word‑p. 47