5G and 5G-Advanced Specifications and System Design offered by Oxford University
- Public University
1 Campus- Estd. 1096
5G and 5G-Advanced Specifications and System Design at Oxford University Overview
Duration | 5 days |
Total fee | ₹1.68 Lakh |
Mode of learning | Online |
Course Level | UG Certificate |
5G and 5G-Advanced Specifications and System Design at Oxford University Highlights
- Earn a certificate of completion from Oxford university
5G and 5G-Advanced Specifications and System Design at Oxford University Course details
- Attending this course will provide you with a well-rounded understanding of the key aspects of 5G telecoms
- The course covers the 5G New Radio technology and explains the important features that provide the improved performance and flexibility
- The new 5G network architecture and protocols are also covered, with a final day spent explaining how handsets are actually designed
- The course will appeal to a wide audience including mobile operators, government regulatory bodies, telecoms consultants and those working in the field of IPR
5G and 5G-Advanced Specifications and System Design at Oxford University Curriculum
5G Introduction
The key features of LTE Advanced as basis of 5G New Radio
New 5G concepts including Network Slicing, URLLC and Bandwidth Parts
An overview of beamforming and its application to 5G at millimetre frequencies
5G Learnings and Global Status
New use cases of 5G communications
5G data rates, performance, and capacity
Network architecture concepts: Non-standalone architecture (NSA), Standalone Architecture (SA), Open- and Virtual-RANs (O-RAN & vRAN)
5G Spectrum evolution and mmWave
Spectrum strategies, auctions and refarming including Dynamic Spectrum Sharing
Millimetre wave regulation and data rates achieved in real world deployments
Massive MIMO technology and practical examples of new RF heads
Carrier aggregation and dual connectivity
Enhanced MIMO and multi-cell transmission
5G-Advanced in 3GPP Releases 16-18
Industrial IoT / URLLC: Unlicensed band, positioning, 60-71 GHz, reduced capability IoT
Boosted 5G experience: Extended reality (XR), cloud gaming, edge computing
Radio enhancements: AR/VR optimization, cloud gaming, enhanced MIMO, UE power savings, mobility enhancements, multi-cell transmission
New use cases: Car-to-car (V2X), Non-terrestrial Networks (NTN), Public safety, Sidelink
Deployment automation: Integrated Access and Backhaul (IAB), Self Optimized Network (SON), Minimization of Drive Testing (MDT)
5G RF Design Challenges
How UE RF design tackles the increasing number of bands and band combinations
How 5G new features, Dual Connectivity and new physical layer impacts the RF Front-End complexity
RF Performance Challenges in migrating from single carrier LTE to EN-DC to NR standalone uplink carrier aggregation
Overview of 3GPP features that minimise UE power consumption: cDRX, 5G SUL/ULSUP, uplink CP-OFDM, Bandwidth Part adaptation and benefits of small cell deployments
5G Protocols
The evolution of 3GPP RAN and Core Network protocols
5G NR Protocols and associated procedures
New 5G Architectures: Cloud-RAN), 5G Core Network (5GCN), Enhanced Mobile Broadband (eMBB), Machine Type Communications (MTC) and Multi-access Edge Computing (MEC)
The concepts of Service-Based Architecture (SBA) and Network Functions (NFs)
The use of Network Functions Virtualization (NFV) to support Network Slicing
5G and 5G-Advanced Specifications and System Design at Oxford University Faculty details
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5G and 5G-Advanced Specifications and System Design at Oxford University Contact Information
University Offices, Wellington Square, Oxford OX1 2JD, United Kingdom
Oxford ( Oxfordshire)