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TR 05.50














Background for RF Requirements

(P) GSM Rel-99 v8.2.0    2000/04    285 p.
(P) GSM Rel-98 v7.4.0    2000/04    225 p.
(P) GSM Rel-97 v6.1.0    2000/02    154 p.
(P) GSM Rel-96 v5.1.1    1997/10    107 p.
(W) GSM Phase-2 v4.2.0    1996/02    90 p.

Rapporteur:  ANDERSEN, Niels Peter Skov
Descendant(s):  TR 45.050    

This TR gives background information on how the RF requirements of GSM 400, GSM 900 and DCS 1800 systems have been derived.

1   Scope   PDF-p. 17
2   Information available
3   DCS 1800 system scenarios
4   GSM 900 small cell system scenarios   PDF-p. 18
5   GSM 900 and DCS 1800 microcell system scenarios
6   Conversion factors   PDF-p. 19
7   Repeaters   PDF-p. 20
8   Error Patterns for Speech Coder Developments
9   Simulations of Performance
10   GSM 900 railway system scenarios   PDF-p. 21
11   Simulation results for GPRS receiver performance      Up
12   Pico BTS RF scenarios
13   CTS system scenarios
14   GSM 400 system scenarios
15   MXM system scenarios   PDF-p. 22
16   LCS scenarios
17   8-PSK Scenarios
A   DCS 1800 System scenarios   PDF-p. 23
B   GSM 900 Small Cell System scenarios   PDF-p. 44
C   Microcell System Scenarios   PDF-p. 51
D   Conversion factors   PDF-p. 64
E   Repeater Scenarios   PDF-p. 68
F   Error Patterns for Speech Coder Development   PDF-p. 84      Up
G   Simulation of Performance   PDF-p. 88
H   GSM 900 Railway System Scenarios   PDF-p. 103      Up
J   GSM 900 Railway System Scenarios   PDF-p. 115
J.1   Introduction
J.2   Basic considerations
J.3   Discussion of the individual sections in 05.05   PDF-p. 116
K   Block Erasure Rate Performance for GPRS   PDF-p. 126
L   Proposal on how to report GPRS performance into GSM 05.05   PDF-p. 128
M   GPRS simulation results in TU 3 and TU 50 no FH   PDF-p. 134
N   C/Ic and Eb/No Radio Performance for the GPRS Coding Schemes   PDF-p. 139
P   Block Error Rate and USF Error Rate for GPRS   PDF-p. 144
Q   Block Error Rate and USF Error Rate for GPRS, 1800 MHz   PDF-p. 155      Up
R   Pico BTS RF Scenarios   PDF-p. 161
R.1   Introduction
R.2   Fixed parameters
R.3   Maximum BTS Output Power   PDF-p. 162
R.4   BTS Receiver Sensitivity   PDF-p. 163
R.5   BTS Power Control Range
R.6   BTS Spectrum due to modulation and wideband noise   PDF-p. 165      Up
R.7   Spurious Emissions
R.8   Radio Frequency Tolerance   PDF-p. 166
R.9   Blocking Characteristics
R.10   pico- BTS AM suppression characteristics   PDF-p. 167
R.11   intermodulation
R.12   Pico BTS TI1.5 performance requirements   PDF-p. 171
R.13   timing and synchronisation   PDF-p. 172
S   CTS system scenarios   PDF-p. 174
S.1   Introduction
S.2   Transmitter characteristics
S.3   Receiver characteristics   PDF-p. 186      Up
S.4   CTS-FP TI5 performance requirements   PDF-p. 193
S.5   Conclusion   PDF-p. 195
T   GSM 400 system scenarios   PDF-p. 196
T.0   Introduction
T.1   Frequency bands and channel arrangement
T.2   System Scenario Calculations for GSM 400 systems   PDF-p. 197
T.3   Worst Case Scenario Requirements   PDF-p. 200
T.4   Transmitter characteristics
T.5   Receiver characteristics
T.6   Receiver performance
U   850 MHz and 1900 MHz Mixed-Mode Scenarios   PDF-p. 211      Up
V   LCS scenarios   PDF-p. 218
V.1   Introduction
V.2   TOA Type A LMU in a Co-Located Deployment
V.3   Discussion of TOA LMU RF Specification   PDF-p. 220
V.4   Simulation results for TOA?LMU performance   PDF-p. 222      Up
V.5   Discussion of RIT measurement performance of TOA LMU   PDF-p. 231
V.6   Simulations Results for E-OTD LMUs and E-OTD Capable MSs      Up
V.7   BTS Frequency Source Stability, E-OTD reporting periods and E-OTD Location Accuracy   PDF-p. 239
VA   Evaluation of Positioning Measurement Systems   PDF-p. 241
W   Update of GPRS background information   PDF-p. 259
X   8-PSK Scenarios   PDF-p. 265
X.1   Assumptions
X.2   Closest Approach
X.3   Analysis of Specifications
X.4   C/I Limited Coordinated MS and BTS   PDF-p. 276
X.5   BTS Inter and Intra Modulation
Y   Change control history   PDF-p. 284