National Telecommunications Institute (NTIPRIT) ruuning 5G certification course
LEARN 5G FOR A PROFESSIONAL EDGE
Gain a broad, technical understanding of this revolutionary technology through a certification course from NTIPRIT, the premier Training Institute of the Department of Telecommunications, Government of India.
In line with the government’s drive to promote e-learning, National Telecommunications Institute (NTIPRIT) announces first of its kind 5G certification course to train and certify Officers of the Government of India. To start with, this 36hour certificate course on 5G would be made available to Officers of the Department of Telecommunications, which later on would be offered to other stakeholders.
TRAINING DELIVERY
5G networks are now a commercial reality and India is expected to have 5G services soon. This next generation of mobile technology, with features such as Enhanced Mobile Broadband, Ultra Reliable Low Latency Communication and Massive lot, is set to radically re-shape today’s mobile networks. This is why NTIPRIT has specifically developed a certification course on 5G for officers of Government of India.
The 5G certification course will be an online Live Training within a virtual classroom environment. There will be 3 sessions per week (every Tuesday, Wednesday and Thursday from 1530hrs to 1630hrs), with each session of 1 hour to best suit the requirements and preferred learning style. Participants can access recorded sessions even if they miss any session.
The topics covered in this certification course would include: –
1. EVOLUTION FROM 1G TO 5G
1G, 2G GSM, 2.5G GPRS and 2.75G EDGE
IMT 2000: 3G UMTS, WCDMA, HSPA and HSPA+
IMT Advanced: 4G LTE, LTE Advanced, LTE Pro
IMT2020: Enhancements, Usage Scenarios, Technologies used in 5G
2. INTRODUCTION TO 5G
Standardisation Bodies
Timelines & Roadmap
IMT 2020 Vision/Requirement
Spectrum for 5G
SG New Radio
5G Architecture
SG Deployment Options
5G Global Launches
Availability of 5G Devices
5G Use cases
3 SPECTRUM BANDS
Spectrum Bands for Mobile Communications
Spectrum Bands for 5G
4. 5G AIR INTERFACE
Spectrum for 5G NR
Scalable OFDM
5G NR Numerology
Resource block
Frame Structure
Resource Grid Use of TDD
BWP
Carrier Aggregation
5G NR Physical Channels and Signals
SS block
5G NR Synchronisation Procedure
Use Cases
5. MIMO AND BEAM FORMING IN 5G NR
Introduction to MIMO
Beam Forming in 5G
6. 5G CORE
5G system Architecture
Function of each Network
Function of 5G core
5G reference point Architecture
5G Service based Architecture
Network Function Virtualisation
Network Slicing
Multi Access Edge Computing (MEC)
7. QUALITY OF SERVICE IN 5G
PDU Session and QoS Flow
5G QOS Architecture Comparison with 4G
Default QoS Flow
GBR QOS Flow
QoS Rule, QoS Profile and SDF Template
QoS Flow and Network Slice
QoS Types and parameters
Alternate QoS Profile
5QI Characteristics
Standard values of 5QI Use Cases
8. 5G NUMBERING ADDRESSING AND IDENTITIES
UE Identities
5G Network Identifier
5G Core FQDN
9. DYNAMIC SPECTRUM SHARING
Co existence of 5G NR with 4G LTE
Use of MBSEN subframe
Use of Other Subframe Case Study
10 OPEN RADIO ACCESS NETWORK (OPEN RAN) AND 5G
Basic Concept of Traditional RAN, VRAN and Open RAN
Centralised RAN / Cloud RAN/BBU Hotel
3GPP 5G NR Architecture
CIPRI and eCIPRI
Open RAN Groups : ORAN and TIP. SCF
ORAN Architecture by these Groups
11. LINK BUDGET ANALYSIS FOR 5G
Losses/ Gains in Link Budget
Receiver Sensitivity
Sample/Generic Link Budget
Scenarios for Link Budget
UMi-street canyon/UM/RMa/RMV InF
Antenna Modeling Propagation
Models for Link Budget
Link Budget Calculation
12 NETWORK FUNCTION VIRTUALISATION AND 5G
Purpose Built Network
Nodes Concept of Softwarisation,
Virtualisation and Claudification
13 TRANSMISSION REQUIREMENT FOR 5G
Backhaul, Midhaul and Fronthaul for 5G
Self Backhaul (Integrated Access and Backhaul) in 5G
14 USE CASES OF 5G IN VARIOUS SECTORS
5G for Industry 4.0
5G for Agriculture
5G for other Sectors
15 LAWFUL INTERCEPTION AND MONITORING IN 5G
Dot License Conditions related to LIS/LIM 5G Architecture for LIS/LIM
16 5G SECURITY
Security Enhancement in 5G
New Challenges and its mitigation
