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TR 37.809 RAN4 ★
E-UTRA Medium Range and
MSR Medium Range/Local Area BS Class Requirements

use "3GPP‑Page" to get the Word version
for a better overview, the Table of Contents (ToC) is reproduced

V11.0.0 (Wzip) 2013/01 48 p.

Rapporteur: Mr. Skold, Johan

This document is the Technical Report for the Work Item on E-UTRA medium range and MSR medium range/local area BS class requirements.

The objective of the work item is to specify the RF requirements for E-UTRA medium range and MSR medium range and local area BS classes.

The work will focus on the following steps:

Investigation of the possibility to re-use existing work in RAN4 related to BS classes (see 2.2).
Creation of new core requirements for E-UTRA medium range BS class for FDD and TDD.
Creation of new core requirements for MSR medium range and local area BS classes, covering BC1 (UTRA + EUTRA) and BC2 (GSM+UTRA + E-UTRA) requirements.
Development of test requirements corresponding to new core requirements for the added BS classes.

The following specification work is required:

Core requirements for RAN4 E-UTRA and MSR specifications based on MSR principles and the RAT specific requirements.
Test requirements for RAN4 E-UTRA and MSR specifications, derived from the core requirements.

full Table of Contents for TR 37.809 Word version: 11.0.0

1 Scope Word-p. 6

3 Definitions, symbols and abbreviations

3.1 Definitions

3.2 Symbols Word-p. 7

3.3 Abbreviations

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

7.2 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

8.2 Base station output power

8.3 Frequency error Word-p. 28

8.4 Spurious emissions (additional)

8.5 Operating band unwanted emissions

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

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

D Change history Word-p. 47