Tech-invite  3GPPspace  IETFspace
◀  ▶  21  22  23  24  25  26  27  28  29  31  32  33  34  35  36  37  38  4‑5x
Top   in Index   Prev   Next

TR 36.861
Study on LTE FDD in the Bands
1980-2010 MHz and 2170-2200 MHz

3GPP‑Page
V13.0.0 (Wzip)  2016/01  55 p.
Rapporteur:
Mr. Hwang, Chungwoo

full Table of Contents for  TR 36.861  Word version:  13.0.0

1Scope  p. 6
2References  p. 6
3Definitions and abbreviations  p. 6
3.1Definitions  p. 6
3.2Abbreviations  p. 7
4Background  p. 7
4.1Band allocation plan and regulatory background  p. 7
5Band-specific issues for LTE FDD  p. 7
5.1CA feasibility with Band 1  p. 8
5.1.1Inter-band CA with Band 1 and new MSS band  p. 9
5.1.2Intra-band CA for extended band  p. 10
5.2Analysis of legacy Band 1 impacts  p. 11
5.2.1Case1: Using Legacy Band 1 duplexer to support E-UTRA carriers within 1920-1980/2110-2170MHz  p. 11
5.2.2Case 2: Using upper duplexer to support CA or sing CC operation out-of the Band 1 range  p. 12
6General issues  p. 13
6.1Deployment scenarios  p. 13
6.1.1Deployment scenarios in Korea  p. 14
6.2S-Band UE-to-UE coexistence study  p. 16
6.2.1Deterministic analysis for UE-to-UE coexistence  p. 17
6.2.2RF simulation based approach for UE-to-UE coexistence  p. 17
6.2.2.1UE co-existence analysis to protect Band 1  p. 17
6.2.2.2UE co-existence analysis to protect Band 34  p. 22
6.2.2.2.1Summary results  p. 22
6.2.2.3UE co-existence analysis to protect PHS band  p. 23
6.2.2.3.1Summary results  p. 23
6.2.2.4UE co-existence analysis to protect Band 33/Band 39  p. 24
6.2.2.4.1Summary results  p. 24
7Study of E-UTRA specific issues  p. 24
7.1UE Tx RF requirements  p. 25
7.1.1Spurious emission for UE co-existence  p. 25
7.1.2Additional spurious emission for UE co-existence  p. 25
7.1.2.2Band 34 protection  p. 25
7.2UE RX Requirements  p. 27
7.2.1REFSENS requirements for S-band UE  p. 27
8Study of Multi-Standard Radio or Mobile Station Receive (MSR) specific issues  p. 28
9Channel numbering for E-UTRA and MSR  p. 28
AA-MPR simulation results to protect Band 34  p. 29
A.1simulation assumptions  p. 29
A.2Simulation results  p. 29
A.2.1A-MPR simulation results from LG Electronics  p. 29
A.2.2A-MPR simulation results from Nokia  p. 37
A.2.2.1Emission limit -50 dBm / MHz, 5 MHz guard band  p. 37
A.2.2.2Emission limit -40 dBm / MHz, 5 MHz guard band  p. 39
A.2.2.3Emission limit -30 dBm / MHz, 5 MHz guard band  p. 40
A.2.2.4Emission limit -50 dBm / MHz, 10 MHz guard band  p. 41
A.2.2.5Emission limit -40 dBm / MHz, 10 MHz guard band  p. 42
A.2.2.6Emission limit -30 dBm / MHz, 10 MHz guard band  p. 43
A.2.3A-MPR simulation results from Ericsson  p. 44
A.2.3.1Emission limit -50 dBm / MHz, 5 MHz guard band  p. 44
A.2.3.2Emission limit -40 dBm / MHz, 5 MHz guard band  p. 45
A.2.3.3Emission limit -50 dBm / MHz, 10 MHz guard band  p. 46
A.2.3.4Emission limit -40 dBm / MHz, 10 MHz guard band  p. 46
BA-MPR simulation results to protect Band 33/3  p. 48
B.1simulation results  p. 48
  –simulation results from LG Electronics  p. 48
$Change History  p. 54

Top