Telecom Training and Learning
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
This course cover VoLTE concept, architecture, protocols, deployment and optimization.
This course is designed to provide a detailed knowledge of VoLTE and IMS protocols, procedures, services, features, counters, parameters and their impact on LTE network performance.
This course is addressed to technical staff who is responsible of LTE network optimization.
This course cover 5G NR RF Planning and Design part, explaining the 5G Propagation model, uplink and downlink Link Budget.
explain the 5G Air interface dimensioning, cell capacity estimation and equipment dimensioning.
5G Radio Network planning parameters, PCI, RACH, TA and RNA.
5G neighbors definitions in different scenarios, NSA, LTE-5G and 5G-5G.
This course is designed to provide a detailed knowledge of 5G network planning and design.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR Air Interface, explaining the 5G network architecture, the 5G protocols and channels structure.
explain the Physical Layer Reference Signals, missive MIMO and beamforming, dual connectivity in 5G.
The 5G Procedures, Mobility and carrier aggregation.
This course is designed to provide a detailed knowledge of 5G NR Air interface and Physical Channels and 5G procedures.
This course is addressed to technical staff working in telecom and IT.
This course cover 5G NR network fundamental, explaining the need for 5G and the requirement for a new network architecture, include a detailed description of the use cases in 5G.
explain the network architecture and deployment options, air interface protocols and radio frame structure; missive MIMO and beamforming, dual connectivity in 5G.
The 5G QoS structures, parameters and flow. QoE concept and model in 5G use cases.
This course is designed to provide a detailed knowledge of 5G network and use cases, network slicing architecture and services offered by 5G.
This course is addressed to technical staff working in telecom and IT.
This course cover LTE-M and NB-IoT concept, architecture, protocols, deployment, optimization and planning.
This course is designed to provide a detailed knowledge of LTE-M and NB-IoT 3GPP standards, protocols, procedures, cases and features.
This course is addressed to technical staff who is responsible of LTE-M and NB-IoT deployment and optimization.
VoLTE Advanced Optimization Course Duration: 4H/day – 3 days | Instructor Lead Class Schedule: March 10, 2021 11:00 UTC Description Training Objectives Course Content Prerequisites This course cover VoLTE concept, Read More …