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Everything IT

Network, Comm & Telecom


Computer Telephony Integration

In this course you will learn:
  • To explain CTI and related concepts and to provide guidance on CTI implementation
Duration: 6:00 hrs
Frame Relay

In this course you will learn:
  • Frame Relay Concepts
  • Frame Relay Signaling and Applications
Duration: 8:00 hrs
Introduction to ISDN and DSL

In this course you will learn:
  • Digital Subscriber Line
  • Introduction to ISDN
  • ISDN Protocols
Duration: 14:30 hrs
Introduction to Multiprotocol Label Switching

In this course you will learn:
  • To introduce MPLS standards, components, operation, and implementations
Duration: 6:30 hrs
IPv6 and Future Applications

In this course you will learn:
  • To intoduce IPv6, explain its features, and discuss how it can be implemented
Duration: 4:40 hrs
Quality of Service

In this course you will learn:
  • Explain Quality of Service (QoS)
  • Discuss network considerations in QoS implementation
  • Discuss traffic classification and delivery
  • Discuss the differentiated model and types of services
  • Describe the Differentiated Services field
  • Discuss QoS measuring
  • Configure an IP packet header
  • Describe queue management and traffic control
  • Describe RSVP and its message types
  • Discuss the integration of QoS with TCP/IP and ATM switching
  • Match performance parameters with QoS characterizations
Duration: 4:10 hrs
Signaling Systems

In this course you will learn:
  • Discuss the evolution of signaling and its purpose on a telecommunications network
  • Identify signal units and network elements used in SS7
  • Describe the types of subscriber signaling systems
  • Describe the types of interexchange signaling
  • Differentiate between the different forms of signaling
  • Describe the origin and functions of SS7
  • Describe the signaling points in an SS7 network and the links used to communicate between them
  • Describe the format of signal units used in SS7
  • Discuss the role of the three Message Transfer Part (MTP) layers in an SS7 network
  • Discuss the role of SCCP in routing signaling traffic and TCAP in accessing remote databases and other network facilities
  • Describe the function of the ISDN user part (ISUP) of the SS7 protocol stack
  • Identify the different protocols in the SS7 protocol stack and their functions
  • Describe the operation of D-channel network-layer protocols in ISDN
  • Explain the details of LAPD in ISDN
  • Discuss ISDN signaling and supplementary services in public and corporate networks
  • Identify the different stages of ISDN signaling
Duration: 5:30 hrs
SONET/SDH

In this course you will learn:
  • Discuss SONET/SDH
  • Describe the format of a SONET frame
  • Describe the format of an SDH frame
  • Identify the consitituent parts of SONET and SDH frames
  • Describe the process of multiplexing lower order signals into SONET frames
  • Discuss how older signals are multiplexed into SDH frames
  • Discuss the operation of pointers in the transmission of lower order signals in both SONET and SDH
  • Identify the differences between SONET and SDH
  • Describe the elements of a SONET/SDH network
  • Discuss the advantages of the SONET/SDH standards in the implementation of a transport network
  • Identify the various elements and topologies that make up SONET and SDH networks
Duration: 4:10 hrs
Telecommunications Fundamentals

In this course you will learn:
  • To introduce the fundamentals of analog and digital telephony
Duration: 9:10 hrs
Voice over IP Fundamentals

In this course you will learn:
  • Delivering Voice and Data in Diverse Network Environments
  • Designing a Voice Over IP Solution
Duration: 9:00 hrs
Virtual Private Networks

In this course you will learn:
  • To explain VPN technologies and their implementation
Duration: 5:10 hrs
WAN Basics

In this course you will learn:
  • Identify the basic concepts of data communications
  • Differentiate between analog and digital signals
  • Identify different guided transmission media
  • Identify different unguided transmission media
  • Explain the degradation and regeneration of signals
  • Choose an appropriate signal transmission method and filter
  • Explain analog-to-analog conversion and the transmission of analog signals
  • Explain analog-to-digital conversion
  • Explain digital representation of signals and digital transmission methods
  • Explain the conversion of analog signals into a digital format
  • Explain the different types of signal error and the means by which they can be detected
  • Explain cyclic redundancy checking, checksum, and signal error detection and correction using redundancy bits and Hamming code
  • Identify solutions for implementing data transmission systems that maintain data integrity
Duration: 4:30 hrs
Lightweight Directory Access Protocol

In this course you will learn:
  • LDAP Fundamentals
  • Designing and Maintaining LDAP Directory Services
Duration: 7:10 hrs
Wireless Security

In this course you will learn:
  • Security and the Wireless Environment
  • Securing WLANs
  • Securing Future Wireless Networks
Duration: 6:00 hrs
Wireless LANs

In this course you will learn:
  • To introduce wireless LAN technologies
Duration: 5:30 hrs
Wireless Technologies

In this course you will learn:
  • Wireless Communication Basics
  • 1G and 2G Communication Systems
  • 3G Communication Systems
  • 2.5G Communication Systems
  • Bluetooth and HomeRF
  • Alternative Access Methods in a Wireless Environment
Duration: 13:20 hrs
Wireless Home Networking

In this course you will learn:
  • Describe the concepts, features, and benefits of a wireless network, and identify its components
  • Install and configure your home wireless network
  • Configure a computer to share files and printers in a wireless network
Duration: 1:00 hrs
Wireless Networking Basics for the Home and Small Business

In this course you will learn:
  • Describe the concept of a wireless network, discuss its features and benefits, and identify its components
  • Install and configure your wireless network
  • Configure a computer to share files and printers in a wireless network
Duration: 1:00 hrs
Advanced Wireless Technologies

In this course you will learn:
  • Beyond 3G (B3G)
  • 4G Communication Systems
  • 4G Implementations
  • Non-Cellular Wireless Technology
Duration: 10:00 hrs
Understanding and Evaluating RFID Technology for your Business

In this course you will learn:
  • RFID Technology and Business Applications
  • RFID Applications Management
Duration: 4:40 hrs
Introduction to Voice over IP

In this course you will learn:
  • PSTN and VoIP Fundamentals
  • VoIP Technologies
  • VoIP Quality and Security
Duration: 6:50 hrs
CCNT (Certified in Convergent Network Technologies)

In this course you will learn:
  • CCNT Basic Telecommunications v6.0 Part 1
  • CCNT Basic Telecommunications v6.0 Part 2
  • CCNT Basic Data Communications v6.0 Part 1
  • CCNT Basic Data Communications v6.0 Part 2
  • CCNT Basic Data Communications v6.0 Part 3
  • CCNT Local Area Networks v6 Part 1
  • CCNT Local Area Networks v6 Part 2
  • CCNT Local Area Networks v6 Part 3
  • CCNT Computer-Telephony Integration Essentials v6.0
  • CCNT Voice Over IP Essentials v6.0
  • CCNT Broadband Technologies v6.0 Part 1
  • CCNT Broadband Technologies v6.0 Part 2
  • CCNT Broadband Technologies v6.0 Part 3
Duration: 87:00 hrs