Content for TR 45.050 Word version: 18.0.0
Z MBMS system scenarios
ZA T-GSM 810 system scenarios
ZA.1 Introduction
ZA.2 Coexistence scenario study
ZA.3 Conclusion
ZA.4 System parameters
ZA.5 References
ZB Introduction of multicarrier BTS class
ZB.1 Introduction
ZB.2 Transmitter
ZB.3 Receiver
ZC Introduction of Medium Range and Local Area multicarrier BTS classes
ZC.1 Introduction
ZC.2 Transmitter
ZC.3 Receiver
ZC.4 References
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Z MBMS system scenarios p. 295
ZA T-GSM 810 system scenarios p. 301
ZA.1 Introduction p. 301
ZA.2 Coexistence scenario study p. 301
ZA.2.1 T-GSM 810-iDENTM p. 302
ZA.2.1.1 Downlink study p. 302
ZA.2.1.2 Uplink study p. 302
ZA.2.2 T-GSM 810-TETRA p. 303
ZA.2.2.1 Downlink study p. 303
ZA.2.2.2 Uplink study p. 303
ZA.2.3 T-GSM 810-T-CDMA p. 304
ZA.2.3.1 Downlink study p. 304
ZA.2.3.2 Uplink study p. 305
ZA.3 Conclusion p. 305
ZA.4 System parameters p. 305
ZA.5 References p. 306
ZB Introduction of multicarrier BTS class p. 307
ZB.1 Introduction p. 307
ZB.2 Transmitter p. 307
ZB.2.1 Introduction p. 307
ZB.2.2 Proposal for relaxation and change p. 308
ZB.2.2.1 Introduction of MCBTS class 1 and class 2 p. 308
ZB.2.2.2 Spectrum due to modulation and wideband noise p. 308
ZB.2.2.3 Spurious emission p. 308
ZB.2.2.4 BSS Intermodulation attenuation p. 309
ZB.2.3 Simulation results p. 309
ZB.2.4 Impact to GSM-R due to relaxation p. 317
ZB.3 Receiver p. 317
ZC Introduction of Medium Range and Local Area multicarrier BTS classes p. 322
