Data Communications Networks - Theory and Practice Training Course

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Course Language

This course is delivered in English.

Course Code

datacomnet

Duration Duration

21 hours (usually 3 days including breaks)

Requirements Requirements

Technical familiarity with basic computer operating systems.

Overview Overview

The Data Communications Course presents the basic theory of operation os data communications networks, starting from the OSI-RM, LANs, WANs, TCP/IP and basic network security and network applications. The course provides the student with general knowledge of the architecture, hardware components, software configuration, and structure of data communications networks.

Course Outline Course Outline

  • Introduction to networking and the OSI reference model
    • Introduction to data networks
    • LAN and WAN
    • Application types and requirements
    • The OSI-RM functions and the modular structure of the data network
  • Introduction to LAN technology and theEthernet protocols
    • The Ethernet protocol and 10M/100M/1G/10Gbps Ethernet
    • Ethernet media types (Twisted Pairs, cable categories - 5/5e, fiber optical cables and connectors)
    • CSMA/CD algorithm
    • Frame structure (802.3, 802.3, Ethernet-2, Ethernet-SNAP)
    • Common problems
  • LAN Switching – Functionality and Operation
    • The LAN bridge characters and operation
    • LAN switch operation
    • LAN switches technology – HD/FD and auto-negotiation
    • VLANs (Virtual LAN) and VLAN tagging
    • The Spanning Tree protocols - STP/RSTP/MSTP
    • LAG and Etherchannel. LAN Structure and topologies
    • Data Center switching
  • WAN Protocols and Services
    • The public network structure – access transmission and switching.
    • Traditional Networks architecture and protocols
      • End to end services - FR, ATM and Leased lines
      • Transmission services – SDH and WDM/DWDM
      • Access services – xDSL, CaTV/DOCSIS
    • The new generation networks
      • End to end services – Carrier Ethernet and MPLS IP-Based services
      • Transmission networks – Carrier Ethernet
      • Access networks – advanced xDSL, DOCSIS and Optical technologies
  • Wireless Network and WiFi
  • Network architecture – elements and network topologies
  • The physical layer
    • 801.11a/b/g
    • 801.11n - OFDM ad MIMO
  • The MAC layer - Contention Resolution
    • CSMA/CA, RTS, CTS and NAV
    • IEEE 802.11 Frame Format and Addressing
  • Additional features
    • WiFi security – WEP, EAP, TLS, TTLS and 802.11x

WiFi QoS - Contention Based Access - AIFS, Access Categories and Contention Windows. Controlled Access - Polling and TXOPs. Controlling Quality of Service - ADDTS, Traffic Streams and TSPECs.

  • Cellular Networks

Introduction

  • Frequencies spectrum re-use
  • Call setup and management,
  • The main servers - MSC, BSC, BTS and terminals
  • Handovers and Channels

Standards and evolution

  • 3GPP, 3GPP2 and IMT-2000
  • Networks evolution – cdma1 to EVDO/DV and GSM to HSPA and LTE
  • Introduction to TCP/IP
    • The TCP/IP model and Common protocols
    • Protocols operation
    • Standard organizations
  • IPv4 – Protocol and Addressing
    • IP characteristics
    • ARP – Address Resolution Protocol
    • The IP frame structure
    • IP addressing and address classes
    • Private and public addresses
    • Subnetting an IP address space – VLSM and CIDR
    • IP address design (Exercise)
    • DHCP – Dynamic Host Configuration Protocol
    • Multicast and IGMP
  • IPv6 – Protocol and Addressing
    • IPv6 characteristics and comparison to IPv4
    • Packet structure and headers (brief)
    • IPv6 addresses and address categories
    • The Auto-configuration process
    • Migration from IPv4
  • L4 Protocols – TCP and UDP
    • Introduction to layer 4 protocols and Well known ports
    • UDP packet structure and operation
    • TCP packet structure and operation
    • TCP connectivity and reliability
    • TCP sliding window, slow-start and congestion avoidance
    • Sequence and acknowledge numbers
    • TCP maximum throughput (WS and RTT) calculation
    • Go-back-N and Selective-Repeat
    • TCP performance issues
  • Routing and L3 Switching basics
    • Routing process principles
    • Routing domains and areas
    • Static and dynamic routing
    • Distance-vector and Link-state protocols
    • Routing metrics
    • RIP and OSPF
    • BGP – eBGP and iBGP
    • L3 Switching
    • Static and Dynamic NAT
    • HSRP and VRRP
    • QoS in IP Networks
  • QoS parameters – Bandwidth, Delay, Jitter and Packet Loss
    • Applications requirements and network behavior
    • Classification and marking, Policing and shaping, Queuing, RED/WRED
  • Network Security Basics and Components
    • Network security Basics, threats and Vulnerabilities.
    • Secured network architecture – FWs, VPN's, NACs, and security devices.
    • FW operation – packet filtering and statefull inspection.
    • Security protocols – Encryption and Authentication
    • Encryption types and definitions
      • Symmetric-key algorithm. Block and Stream Cyphers.
      • Public-key cryptography.
      • Hash Functions.
    • Authentication basics
      • Multi-factor authentication
      • Tokens and Smart Card Encryption Wireless encryption protocols
      • OTP - One Time Passwords 
  • Introduction to Data Networks Design
    • Introduction to Network Engineering
      • Requirements analysis
      • Flow models
    • Architecture (High-Level) Design
      • Component architecture and the Reference architecture
      • Architectural models
      • Systems and network architectures
      • Service and vendor architecture choices
    • Topology (Low-Level) Design
      • Enterprise networks design
      • LAN/WAN design
      • IP networks design
      • Security and privacy design
      • Network management design 
    • Network operations design 

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Participants from multiple organisations. Topics usually cannot be customised
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Private Classroom Private Classroom
Participants are from one organisation only. No external participants are allowed. Usually customised to a specific group, course topics are agreed between the client and the trainer.
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The instructor and the participants are in two different physical locations and communicate via the Internet
From $4550
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The more delegates, the greater the savings per delegate. Table reflects price per delegate and is used for illustration purposes only, actual prices may differ.

Number of Delegates Public Classroom Private Classroom Private Remote
1 $6820 $6820 $4550
2 $3955 $3905 $2770
3 $3000 $2933 $2177
4 $2523 $2448 $1880
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Upcoming Courses

VenueCourse DateCourse Price [Remote/Classroom]
VT, BurlingtonWed, Sep 14 2016, 9:30 am$4550 / $7450
New York (NYC) - Midtown Manhattan - Park Avenue & E48-49th (Grand Central)Wed, Sep 14 2016, 9:30 am$4550 / $8350
AZ, Phoenix - 24th and CamelbackTue, Sep 27 2016, 9:30 am$4550 / $6820
CO, Denver - Colorado Boulevard CenterWed, Oct 12 2016, 9:30 am$4550 / $6850
MT, Bozeman - Downtown BozemanWed, Oct 19 2016, 9:30 am$4550 / $7750

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