NB-IoT RAN Design & Dimensioning will offer delegates a good and deep understanding on NB-IoT Radio Access Network (RAN) Design considering LTE and NB-IoT inband coexistence including transport network S1 and X2 interfaces, spanning from physical layer parameters up to network TA, PCI, RACH and Paging Dimensioning
NB-IoT RAN Network Optimization will offer delegates a good presentation and deep understanding on the NB-IoT RAN network optimization process, including signaling analysis, parameter configuration and NB-IoT RAN procedures analysis
NB-IoT RAN Signaling Analysis introduces participants into the NB-IoT RAN signaling trace log files analysis, Layer 3 RRC & Layer 2 PDCP RLC MAC protocols. Proper attention is given to full analysis of NB-IoT signaling flows including RRC and MAC messages and signaling procedures with special reference to QoS and security, idle mode and connected mode
NB-IoT Air Interface will offer to participants a deep understanding on NB-IoT Radio Access Network (RAN) physical layer, including NB-IoT air interface principles, radio channels, signals and procedures
NB-IoTRAN Planning will offerdelegates a good and deep understanding on NB-IoT Radio Access Network (RAN) planning, with emphasis on capacity and coverage
NB-IoT over Satellite contains NB-IoT RAN architectures over LEO and GEO satellite, cube-Sates, mini satellites. A detailed NB-IoT over satellite link budgets planning and optimizing is explained including thorough reference to MAC, RLC, PDCP, RRC protocol layers parameters, timers and configuration