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TR 45.050 (RAN6)
Background for Radio Frequency (RF) Requirements

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V15.0.0 (PDF)  2018/06  401 p.
V14.0.0  2017/03  409 p.
V13.1.0  2016/06  409 p.
V12.2.0  2015/03  339 p.
V11.1.0  2012/12  303 p.
V10.0.0  2011/04  302 p.
V9.0.0  2009/12  301 p.
V8.1.0  2008/09  302 p.
V7.0.0  2005/09  286 p.
V6.2.1  2005/03  279 p.
V5.0.1  2002/09  262 p.
V4.0.1  2001/08  283 p.
GSM Rel-99 v8.2.0  2000/04  285 p.
GSM Rel-98 v7.4.0  2000/04  225 p.
GSM Rel-97 v6.1.0  2000/02  154 p.
GSM Rel-96 v5.1.1  1997/10  107 p.
GSM Phase-2 v4.2.0  1996/02  90 p.


Rapporteur:  Mr. Hofmann, Juergen

This TR gives background information on how the RF requirements of GSM400, GSM900 and DCS 1800 systems have been derived.

short Table of Contents for  TR 45.050  Word version:   15.0.0

each level-1 title links to the equivalent title in the full ToC

 

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1  ScopeWord-p. 23
2  Information availableWord-p. 23
3  DCS1800 system scenariosWord-p. 23
4  GSM900 small cell system scenariosWord-p. 24
5  GSM900 and DCS1800 microcell system scenariosWord-p. 24
6  Conversion factorsWord-p. 25
7  RepeatersWord-p. 26
8  Error Patterns for Speech Coder DevelopmentsWord-p. 26
9  Simulations of PerformanceUpWord-p. 26
10  GSM900 railway system scenariosWord-p. 26
11  Simulation results for GPRS receiver performanceWord-p. 27
12  Pico BTS RF scenariosWord-p. 27
13  CTS system scenariosWord-p. 27
14  GSM400 system scenariosWord-p. 27
15  MXM system scenariosWord-p. 28
16  LCS scenariosWord-p. 28
17  8-PSK ScenariosWord-p. 28
18  T-GSM 900 System ScenariosWord-p. 28
19  MBMS System ScenariosUpWord-p. 28
20  T-GSM 810 System ScenariosWord-p. 28
21  Multicarrier BTS ClassWord-p. 28
22  ER-GSM band introductionWord-p. 28
23  Extended Training Sequence Code SetsWord-p. 29
24  Machine-type-communication (MTC) deployment, including EC-GSM-IoT, in a reduced BCCH spectrum allocationWord-p. 30
A  DCS1800 System scenariosWord-p. 47
B  GSM900 Small Cell System scenariosWord-p. 65
C  Microcell System ScenariosWord-p. 72
D  Conversion factorsWord-p. 85
E  Repeater ScenariosWord-p. 89
F  Error Patterns for Speech Coder DevelopmentWord-p. 104
G  Simulation of PerformanceWord-p. 108
H  GSM900 Railway System ScenariosWord-p. 122
IVoid
J  GSM900 Railway System ScenariosWord-p. 132
K  Block Erasure Rate Performance for GPRSWord-p. 143
L  Proposal on how to report GPRS performance into GSM 05.05Word-p. 145
M  GPRS simulation results in TU 3 and TU 50 no FHWord-p. 150
N  C/Ic and Eb/No Radio Performance for the GPRS Coding SchemesWord-p. 154
OVoid
P  Block Error Rate and USF Error Rate for GPRSWord-p. 160
Q  Block Error Rate and USF Error Rate for GPRS, 1800 MHzWord-p. 171
R  Pico BTS RF ScenariosWord-p. 177
S  CTS system scenariosWord-p. 191
T  GSM400 system scenariosWord-p. 207
U  850 MHz and 1 900 MHz Mixed-Mode ScenariosWord-p. 219
V  LCS scenariosWord-p. 226
VA  Evaluation of Positioning Measurement SystemsWord-p. 244
VB  Simulations on Co-Existence of EDGE and GSM Modulated SignalsWord-p. 255
W  Update of GPRS background informationWord-p. 260
X  8-PSK ScenariosWord-p. 266
Y  T-GSM 900 system scenariosWord-p. 285
Z  MBMS system scenariosWord-p. 295
ZA  T-GSM 810 system scenariosWord-p. 301
ZB  Introduction of multicarrier BTS classWord-p. 307
ZC  Introduction of Medium Range and Local Area multicarrier BTS classesWord-p. 322
ZD  ER-GSM band introductionWord-p. 324
ZE  Extended TSC SetsWord-p. 331
ZF  Machine-type-communication (MTC) deployment, including EC-GSM-IoT, in a reduced BCCH spectrum allocationWord-p. 358
ZG  Change historyWord-p. 408

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