4G LTE WiMAX Courses

4G technologies LTE & WiMAX are being deployed worldwide with LTE taking lead now. Many commercial LTE/WiMAX networks are already in-service worldwide and many planned to go live. 3GPP LTE (Long Term Evolution) Project was launched to improve the UMTS mobile phone standard to cope with future technology evolutions. Goals include improving spectral efficiency, lowering costs, improving services, making use of new spectrum and reframed spectrum opportunities, and better integration with other open standards. Based on IEEE 802.16 standard, WiMAX, the Worldwide Interoperability for Microwave Access provides wireless data over long distances in a variety of ways, from point-to-point links to full mobile cellular type access.

Individuals interested in understanding how 4G technologies being leveraged to enhance end-user experience in a wireless network and how 4G network would be deployed should attend these courses. Those who already have a working knowledge of 3G; or telecom professionals who currently serve in sales, systems engineering, architecture, design, test, support, or operations roles will find these courses to be especially beneficial.

NgnGuru Instructor led courses are as below

LTE-Advanced Training (1 day)

LTE Essentials (1 day)

LTE Air Interface Training (2 days)

LTE E-UTRAN Training (2 days)

LTE Evolved Packet Core Training (2 days)

WiMAX Essentials (1 day)

LTE-Advanced Training

NgnGuru Solutions provides on-site telecommunication training courses, customized & designed to meet and exceed customer expectations. Topics are presented by instructors rich in technical expertise, industry experience, and outstanding presentation style.

A 1 day LTE-Advanced Training Course includes LTE-Advanced overview, requirements, LTE evolutions and Release 10 LTE-Advnced features.

Program Overview

LTE-Advanced training provides good understanding of the LTE-Advanced network architecture and features. This course is developed utilizing the latest learning and delivery techniques that offer unrivaled development opportunities.

After completing this course, the audience will be able to:

• Understand history & overview of LTE-Advanced
• Define LTE-Advanced Requirements
• Explain LTE-Advanced Features
• Describe LTE-Advanced Air Interface Enhancements
• Explain LTE-Advanced Procedures

About LTE-Advanced

3GPP Release 9 expands the functionality of Release 8 as well as laying solid foundations for LTE-Advanced. 3GPP proposed LTE Release 10 & beyond (LTE-Advanced) as a candidate for IMT-Advanced which has been accepted by ITU. The new capabilities of LTE-Advanced is envisaged to handle a wide range of supported data rates with target peak data rates of up to approximately 100 Mbit/s for high mobility and up to approximately 1 Gbit/s for low mobility. In comparison to LTE, LTE-Advanced is wider than approximately 70 MHz in DL and 40 MHz in UL.

Intended Audience

Network & Telecom Engineers and Technical Staff involved in development, testing, and deployment requiring comprehensive details of LTE & LTE-Advanced Network Architecture, procedures & operations.

Prerequisite

Although this course requires no previous knowledge or understanding of LTE-Advanced, a good understanding of telecommunication network and LTE technology would be beneficial.

Course content details are available in NgnGuru Training Catalog. For more information please send us a message or send an email to support@ngnguru.com.

LTE, WiMAX & Femtocell White Papers - Update I

• LTE - a 4G solution

  Ericsson - LTE meets and in most cases exceeds the requirements for a 4G technology.

• Wireless LTE Deployment: How It is Changing Cell Site Energy and Infrastructure Design

  Emerson Network Power: Mobile broadband is becoming part of the daily life of an increasing number of individuals, especially as the internet generation has become accustomed to immediate broadband

• Sustaining the Mobile Miracle: A 4G Americas Blueprint for Securing Mobile Broadband Spectrum in this Decade

  4G Americas - This white paper focuses on strategies and policies addressing the need for additional spectrum for mobile broadband services and provides a guide for securing a bright mobile broadba

• Maximizing LTE Benefits Using True Carrier Ethernet Backhaul

  Ciena- Mobile Network Operators are evolving their wireless infrastructure to the Long Term Evolution (LTE) standard that offers low latency and high bandwidth to deliver rich content to smart mobi

• 4G Mobile Broadband Evolution: 3GPP Release 10 and Beyond - HSPA+, SAE/LTE and LTE-Advanced
• Differentiated Mobile Broadband – enhance user experience and drive revenue growth

  Ericsson - As the mobile broadband market enters its second wave of revenue development, differentiation is the name of the game.

• Heterogeneous LTE Networks and Inter-Cell Interference Coordination

  Nomor - Initial deployments of LTE networks are based on so-called homogeneous networks consisting of base stations providing basic coverage, called macro base stations

• Secure networks, sound evolution

  Ericsson - Network evolution has an impact on almost every aspect of the communications business market, as new, powerful networks make life easier and more productive

• Long Term HSPA Evolution - Mobile Broadband evolution beyond 3GPP Release 10

  Nokia Siemens Networks - HSPA will continue to be deployed in parallel with the introduction of LTE.

• Voice over LTE – a step towards future telephony

  Ericsson - Which voice over LTE solution offers the most advantages for operators and satisfies user expectations?

• Demystifying LTE backhaul

  ECI Telecom - LTE promises faster data rates at lower cost, improved spectral efficiency with reduced latency, and flexible channel bandwidth.

• The Seven Modes of MIMO in LTE

  This whitepaper describes the seven modes of MIMO defined in the 3GPP LTE. Particular aatention is given to the applicability of these modes in different radio channels.

• Control Plane Scalability and Performance Requirements for 3G and LTE Networks

  This whitepaper provides the results of independent performance tests of Bridgewater’s control plane solution including the Home Subscriber Server and Policy Controller and the Cisco ASR 5000 mobil

• LTE-Ready Wireless Backhaul

  Higher capacities and lower latencies are a must for LTE backhaul.

• 4G Double Vision: Why Two 4G Standards Can Coexist

  In an industry that makes a habit out of squabbling over technology standards, the move to 4G wireless networks is no different.

• Security in the Evolved Packet System

  Security is a fundamental building block of wireless telecommunications systems. It is also a process – new threats are discovered over time, forcing communication systems to evolve.

• Handover within 3GPP LTE: Design Principles and Performance

  The 3GPP LTE system has been designed to offer significantly higher data rates, higher system throughput, and lower latency for delay critical services.

• Transition to 4G: 3GPP Broadband Evolution to IMT-Advanced

  This Rysavy’s report explains and analyzes the evolution of EDGE, HSPA enhancements, 3GPP LTE, the capabilities of these technologies and their position relative to other primary competing technolo

• Transforming to a Sustainable Wireless Business Model Building optimized strategies for LTE transformation

  To meet the ever-increasing demands for more bandwidth, flexibility and reliability, mobile service providers will soon have to make the move to 4G Long Term Evolution (LTE) networks.

• SCTP Fast Path Optimization for 3G/LTE Networks

  Long Term Evolution (LTE), a whole new “4th Generation” mobile radio access network (RAN) technology, promises higher data rates – 100Mbps in the downlink and 50Mbps in the uplink in LTE’s first ph