LTE Fundamentals: A Comprehensive Guide to 4G Networks

Name: LTE Fundamentals: A Comprehensive Guide to 4G Networks
Rating: 3.8 (292 reviews)

This LTE Fundamentals training covers the important concepts of 4G LTE Networks by Expert trainer for LTE Wireless

Created byTELCOMA Global | Leading Since 2009 | 75,000+ Students

Last updated 6/2018

English

English [Auto],

What you'll learn

This course will incorporate necessary 4G LTE Job skills needed in Mobile Wireless Industry
Understand LTE Wireless Communication Networks

Course content

1 section • 17 lectures • 2h 36m total length

Introduction to LTE9:13
Explore LTE fundamentals, including what LTE is, how it differs from older networks, and the radio access network and core architecture guiding 4G deployments.
Difference from 3G5:04
LTE differs from 3G with data rates up to 100 Mbps, lower latency, and improved throughput for video, plus flexible bandwidths from 1.4 to 20 MHz and all-IP architecture.
Network Architecture EUTRAN12:04
Explore the LTE network architecture, highlighting e-UTRAN and EPC elements such as MME, HSS, S-GW, and P-GW, and distinguish user plane from control plane data.
Network Architecture EPC17:23
Explore the mobility management entity, its signaling for tracking areas and authentication, and how the serving gateway, packet gateway, and home subscription service coordinate roaming and quality of service.
Bearers in 4G LTE12:06
Explore LTE bearers as logical connections that carry end-to-end services like YouTube video and text messages, detailing default and dedicated bearers, GBR and non-GBR, QoS, and QCA class mappings.
Interfaces in LTE6:29
Explore LTE interfaces as channels for signaling and user data between network elements, defined by 3GPP for interoperability, with backward compatibility and detailed documents for interfaces like Uu and X2.
Evolution in LTE1:49
Life cycle UE5:28
Explore the lifecycle of a UE in LTE, from network acquisition and signaling to attachment, authentication, IP connectivity, service requests, handover, and release.
RAN Overview10:32
Explore the LTE radio access network architecture, including the S1 and X2 interfaces, uplink and downlink with ofdm and sc-fdma, scalable bandwidths, and fdd versus tdd deployment.
OFDMA11:31
Learn how OFDMA enables two-dimensional resource allocation by distributing subcarriers across time and frequency, compare it with TDMA, FDMA, and CDMA, and explore LTE's resource blocks, subframes, and cyclic prefix.
LTE TDD vs FDD1:53
Explore LTE TDD vs FDD, focusing on shared uplink and downlink spectrum within a single radio frame. Understand subframes, guard intervals, and programmable uplink downlink distribution based on traffic.
Multiple Antenna Techniques in LTE5:40
Examine how LTE leverages multiple antennas to enhance downlink and uplink, using diversity, transmit diversity, receive diversity, single-user MIMO, and multi-user MIMO with space-time and frequency techniques.
Channels Protocols6:57
Explore LTE channels and the protocol stack, detailing downlink channels such as physical broadcast channel and downlink control channel, and uplink channels like random access channel and uplink control channel.
EPC Overview15:01
Explore the mme's roles in managing subscriber context, idle mobility, paging, and proxy identities within the epc network.
UE Categories7:35
Identify LTE UE categories and how each category defines uplink and downlink capabilities, and explain how capability information exchange with the radio access network guides resource allocation.
LTE Advanced13:49
Explore LTE advanced features, including carrier aggregation across multiple component carriers to boost throughput; learn intra-band and inter-band CA, contiguous and noncontiguous configurations using fragmented spectrum for IMT-Advanced.
CoMP - LTE Advanced13:38
Explore coordinated multipoint (CoMP) in LTE Advanced to mitigate interference, using joint processing, coordinated scheduling, and beamforming to boost downlink and uplink signal-to-interference-plus-noise ratio and throughput.

Requirements

System with Internet

Description

4G LTE Technology is the fourth generation of cellular mobile communications. Its an evolution from 1G,2G,3G systems and precedes the upcoming 5G i.e 5th generation of wireless networks. LTE 4G is currently the major technology used worldwide and provides significant benefits in terms of speed over the previous mobile technologies.

This LTE Fundamentals training covers the important concepts of LTE Networks. The course starts from the basics of LTE, then moves towards important concepts like Network Architecture of EUTRAN, EPC, Bearers, Interfaces, Evolution, Lifecycle UE, RAN Overview, OFDMA, LTE TDD vs FDD, Multiple Antenna Techniques, Channels and LTE Protocols, LTE Call Flow, EPC overview, UE Categories and then moves to advanced topics like LTE-A, CoMP in LTE Advanced.

TELCOMA has been providing Telecom Trainings since 2009. Our expert trainer for LTE Wireless has significant practical experience in 4g Technology and we are always available to reply to your questions on any LTE topic. By doing this 4g Network Training you will get comprehensive knowledge which would help you to adapt to 4G Networks. You can easily find a Job, Switch Careers and Get a Raise for all the skills have just learnt.

LTE Certification is included in the course which will be the proof of the new skills you own.

30 DAYS MONEY-BACK GUARANTEE

This LTE Fundamentals Training Course come with Lifetime access so you can enjoy the updates to this course without paying anything extra. You will also get a 30 Days Money Back Guarantee by Purchasing this course now. You are eligible for a full refund on this training within 30 days from purchase.

All this great value at most genuine price! Taking action and buying this course now is better than doing nothing!

Who this course is for:

Anyone looking to learn 4G LTE Technology
Professionals / Students Looking for a Job in Telecom Operator / Vendor Companies
Professionals willing to upgrade their skills form 3G/2G Networks