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TR 36.808
E-UTRA – Carrier Aggregation Base Station (BS)
Radio Transmission and Reception

3GPP‑Page
V10.1.0 (Wzip)  2013/07  31 p.
Rapporteur:
Mr. Säynäjäkangas, Tuomo

full Table of Contents for  TR 36.808  Word version:  10.1.0

1Scope  p. 6
2References  p. 6
3Definitions, symbols and abbreviations  p. 6
3.1Definitions  p. 6
3.2Symbols  p. 6
3.3Abbreviations  p. 7
4General  p. 8
4.1Base station classes  p. 8
4.2Regional requirements  p. 8
4.3Applicability of requirements  p. 8
5Operating bands and channel arrangement  p. 8
5.1General  p. 8
5.2Void  p. …
5.3Void  p. …
5.4Void  p. …
5.5Operating bands  p. 9
5.6Channel bandwidth  p. 9
5.7Channel arrangement  p. 10
5.7.1Channel spacing  p. 10
5.7.2Channel raster  p. 11
5.7.3Carrier frequency and EARFCN  p. 11
6Transmitter characteristics  p. 11
6.1General  p. 11
6.2Base station output power  p. 11
6.3Output power dynamics  p. 12
6.3.1RE Power control dynamic range  p. 12
6.3.2Total power dynamic range  p. 13
6.4Transmit ON/OFF power  p. 13
6.4.1Transmitter OFF power  p. 13
6.4.2Transmitter transient period  p. 13
6.5Transmitted signal quality  p. 13
6.5.1Frequency error  p. 13
6.5.1.1Minimum requirement  p. 13
6.5.2Error Vector Magnitude  p. 14
6.5.3Time alignment between transmitter branches  p. 14
6.5.3.1TAE for specific scenarios of CA  p. 14
6.5.4DL RS power  p. 15
6.6Unwanted emissions  p. 16
6.6.1Occupied bandwidth  p. 16
6.6.2Adjacent Channel Leakage power Ratio (ACLR)  p. 16
6.6.3Operating band unwanted emissions  p. 16
6.6.3.1Minimum requirements for Category A  p. 16
6.6.3.2Minimum requirements for Category B  p. 16
6.6.3.3Additional requirements  p. 16
6.6.4Transmitter spurious emissions  p. 17
6.6.4.1Mandatory Requirements  p. 17
6.6.4.1.1Spurious emissions (Category A)  p. 17
6.6.4.1.2Spurious emissions (Category B)  p. 17
6.6.4.2Protection of the BS receiver of own or different BS  p. 17
6.6.4.3Additional spurious emissions requirements  p. 17
6.6.4.4Co-location with other base stations  p. 17
6.7Transmitter intermodulation  p. 17
7Receiver characteristics  p. 18
7.1General  p. 18
7.2Reference sensitivity level  p. 18
7.3Dynamic range  p. 18
7.4In-channel selectivity  p. 18
7.5Adjacent Channel Selectivity (ACS) and narrow-band blocking  p. 18
7.6Blocking  p. 18
7.6.1General blocking requirement  p. 18
7.6.2Co-location with other base stations  p. 18
7.7Receiver spurious emissions  p. 19
7.8Receiver intermodulation  p. 19
8Performance requirement  p. 19
8.1General  p. 19
8.2Performance requirements for PUSCH  p. 19
8.2.1Requirements in multipath fading propagation conditions  p. 19
8.2.1.1Requirements for frequency contiguous allocation  p. 19
8.2.1.2Requirements for frequency non-contiguous allocation  p. 20
8.2.2Requirements for UL timing adjustment  p. 20
8.2.3Requirements for high speed train  p. 20
8.2.4Requirements for HARQ-ACK multiplexed on PUSCH  p. 20
8.3Performance requirements for PUCCH  p. 20
8.3.1DTX to ACK performance  p. 21
8.3.2ACK missed detection requirements for single user PUCCH format 1a  p. 21
8.3.3CQI missed detection requirements for PUCCH format 2  p. 21
8.3.4ACK missed detection requirements for multi user PUCCH format 1a  p. 22
8.4Performance requirements for PRACH  p. 22
9Propagation conditions  p. 22
9.1Multi-path fading propagation conditions  p. 22
ACA deployment scenarios  p. 23
A.1General  p. 23
A.2Intra - band Contiguous CA  p. 23
A.3Inter band Non-Contiguous CA  p. 24
BBS demodulation requirements: Rel-10 PUCCH simulation assumptions  p. 25
$Change history  p. 29

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