LTE Fundamentals, Core Network and Signalling
Course
In London
Description
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Type
Course
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Location
London
This 8-day training course is a combined training course consisting of three of our other popular LTE courses; 3-day PWS193 LTE Fundamentals, 2-day PWS197 LTE Core Network and 3-day PWS195 LTE Signalling and Protocols. For a basic description of the content covered, please review the modules tab above and for deep level content follow the links of the individual course details below. PWS193 LTE Fundamentals course takes an in-depth look at all aspects of LTE, including the environment and forces shaping it, the changes involving MIMO antennas, the physical layer and security principles. This section of the 8-day program runs from Monday to Wednesday. PWS197 LTE Core Network course focuses on System Architecture Evolution (SAE) and how it is key in achieving the performance levels that LTE must deliver. This section of the 8-day program runs from Thursday to Friday. PWS195 LTE Signalling and Protocols examines overall protocol structure before focussing on specific protocols. This section of the 8-day program runs from Monday to Wednesday on the week following the previous two sections.
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Location
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About this course
This course is intended for engineers, sales executive, managers, technical support and anyone wishing to enhance their existing cellular knowledge.
Reviews
Subjects
- IT
- Network
- Protocol
- Gateways
- Network Training
Course programme
Modules
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The EPC Revisited (14 topics)
- 3G LTE & EPC Architecture
- eNB
- MME
- SGW
- PDNGW
- PCRF
- Interworking Capabilities
- Protocol stack explored
- NAS Signalling
- Default EPS Bearer
- Slot Allocation Algorithms
- Scheduling Algorithms
- Quality of Service requirements
- Dedicated EPS Bearers
LTE Advanced Features (9 topics)
- Carrier Aggregation
- Coordinated Multi-point Operation (CoMP)
- ICIC & eICIC
- Relay Node Deployment & Donor eNBs
- Improved Cell Edge Coverage
- Reduced Control Plane Latency
- Heterogeneous Networks
- HeNB, Security Gateways, HeNB Gateways
- MIMO deployments for Downlink & Uplink
Carrier Aggregation (8 topics)
- Component Carriers (CC)
- CC Aggregation Deployments
- Intra-band contiguous solutions
- Intra-band non-contiguous solutions
- Inter-band non-contiguous solutions
- CA Bandwidth Classes
- Aggregated Transmission Bandwidth Configurations (ATBC)
- Possible Carrier Aggregation configurations (Rel 9, 10 & 12)
MIMO & CoMP Technologies (11 topics)
- MIMO technology in Release 8
- Downlink & Uplink MIMO Release 8
- MIMO Technology in LTE Advanced
- Downlink 8-layer SU-MIMO
- Downlink MU-MIMO
- Uplink MU-MIMO
- Uplink Transmit Diversity
- Coordinated Multi-point Operation (CoMP)
- Independent eNB & Remote Base Station Configurations
- Downlink Coordinated Multi-point Transmission
- Uplink Multi-cell Reception
ICIC & eICIC (7 topics)
- Introduction to ICIC
- Evolution from Homogeneous to Heterogeneous Networks
- Introduction to eICIC
- Macro-pico scenario
- Macro-femto scenario
- Time Orthogonal frequencies
- Almost Blank Subframe (ABS)
HeNBs, SeGW, HNB GW (11 topics)
- Introduction to the Heterogeneous Network
- Home eNBs
- Security Gateways
- Home eNB Gateways
- Network Architectures
- Control Aggregation
- User Plane Aggregation
- The IuH interface
- Closed Subscriber Groups (CSG)
- Selected IP Traffic Offload (SIPTO)
- UICC and HeNB
LTE Fundamentals, Core Network and Signalling