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Introduction
4G LTE Optimization Training for those people who want to learn and provide career-long support. 4G LTE is the fourth generation of mobile phone technology that follows on from the existing 3G and 2G mobile technology. The training has the telecommunication Long-Term Evolution (LTE) which is a standard for high-speed wireless communication for mobile phones and data terminals, based on the GSM and UMTS technologies. After completing 4G LTE Optimization Training, the delegates receive a lifetime of post-training support from SINA Institute, to help them apply the technologies and skills they have learned with us, and get career-long support to ensure they are ready for their future roles in IT and networking.
Curriculum
- 13 Sections
- 78 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Introduction & telecom basics4
- Introduction to GSM9
- 3.1GSM Architecture & interfaces
- 3.2Introduction to BSS, NSS, and OSS
- 3.3Introduction to multiple access techniques
- 3.4Access techniques working mechanisms
- 3.5Introduction to GSM frequency band
- 3.6Concepts of Absolute Radio Frequency Channels
- 3.7GSM Spectrum Allocation & System Specifications
- 3.8Introduction to duplex techniques
- 3.9Handovers and Cell selections
- GSM Channales andworking7
- Introduction to 3G UMTS11
- 5.1UMTS architecture & interfaces
- 5.2UMTS Broad Band evolution
- 5.3WCDMA Specifications
- 5.4Introduction to UMTS Frequency bands
- 5.5UMTS FDD Physical Frame structure
- 5.6WCDMA Basics
- 5.7Conversion of Bits to chips
- 5.8Spreading Principles
- 5.9Channelization (OVSF) Codes
- 5.10Scrambling codes
- 5.11WCDMA Power controls
- WCDMA Handovers10
- 6.12G-3G interworking Strategies
- 6.2Introduction to the RRC & RAB
- 6.3Introduction to OSI Communication Model
- 6.4UMTS Protocol Stacks
- 6.5The UMTS Bearer Services
- 6.6UMTS QoS Classes
- 6.7WCDMA Channels and working mechanisms
- 6.8PSC Planning & Methodologies
- 6.9DL Primary Scrambling Codes Planning Consideration
- 6.10Color Grouping & partitioning
- LTE Architecture and Benefits (LTE basic principles)6
- LTE Architecture and Benefits (Radio Planning Solution)3
- LTE Architecture and Benefits (Optimization Solution)3
- LTE Architecture and Benefits (Handover Procedure and related radio parameters )5
- Introduction to Map Info9
- Introduction to DT &Post processing tools2
- Labs1
- Conclusions:The 4G LTE Optimization Training Rawalpindi gives fundamentals on the industry service deployment environment. It deeply insists on functionalities and uses cases by providing comprehensive relevant practical work. After completing of 4G-LTE Optimization Course Islamabad, the trainees are able to work in any telecom industry on 3G, 2G, and GSM, and LTE Technology. The training at SINA will give you the key information and latest trends required to make the right choices for your future program and concrete implementation. The purpose of this training is to provide technical insights on how to get practical experience on different projects. 4G LTE Optimization Course covers;8
Instructor
Requirements
- 4G - LTE Optimization candidate, who have at least 14 Years of Education and a basic Understanding of Communication
Features
- OBJECTIVES: After completing of 4G - LTE Optimization course, trainees are able to work in any telecom industry on 3G, 2G, and GSM and LTE Technology.
- OUTCOMES: At the end of the 4G - LTE Optimization ,Training the participant will have Understanding of GSM architecture ,Understanding of Radio Environment ,Basic Understanding of RF Planning , Basic Understanding of RF optimization ,Tools used in RF. Basic Parameters of RF