TC-SP Practical TCP/IP and Ethernet Networking for Industry

TC-SP Practical TCP/IP and Ethernet Networking for Industry

  • Duration:
  • Investment: US$ 249.00
Certificate:

Must complete all lessons

Content

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Description

Networking basics is about understanding the components that connect devices to the network. This connection is enabled by Routers and Router configuration. This course provides information on the fundamentals of Communication, Networking and Ethernet Systems. The relationship between OSI and TCP/IP models has been discussed by comparing their functions and features. Advanced topics in Virtual LAN, the underlying protocol technologies, their functions and the different types of protocol have also been dealt with.
This course helps the learner to gain very good knowledge on the basics of networking concepts, enabling them to apply their skills in a real working environment.

 

WHO SHOULD COMPLETE THIS COURSE

  • Hardware and Networking Engineer
  • IT Networking Products Manager
  • Networking Administrator
  • Server Administrator
  • Network Security Engineer
  • Desktop Engineer
  • Network Engineer

 

COURSE OUTLINE

INTRODUCTION TO COMMUNICATION

  • Communication Process
  • Interface Standards
  • Protocols
  • Analog and Digital signal
  • Communication channel properties
  • Encoding methods

 

NETWORKING FUNDAMENTALS

  • Network communication
  • Types of networks
  • Open systems Interconnection
  • IEEE 802 Standards

 

NETWORK TOPOLOGIES

  • Physical topology
  • Bus topology
  • Star topology
  • Ring topology
  • Media access
  • Half duplex and full duplex transmission
  • Token Passing

 

ETHERNET NETWORKS

  • CSMA/CD
  • Physical Layer
  • Transceivers
  • Fibre optic systems
  • 10 Mbps Ethernet Data Encoding

 

FAST AND GIGABYTE ETHERNET SYSTEMS

  • Fast Ethernet
  • 100 Mbps Ethernet standards
  • Fast Ethernet Repeaters
  • Gigabit Ethernet
  • Gigabit Ethernet Standards

 

INTRODUCTION TO TCP/IP PROTOCOL SUITE

  • OSI vs ARPA Model
  • Network Interface Layer
  • Internet Layer
  • Host to Host Layer
  • Application Layer

 

INTERNET LAYER PROTOCOLS

  • IP Protocol
  • IP Address Notation
  • Net ID vs Host ID
  • Addressing structure
  • Subnet mask
  • Operations of ARP and RARP
  • ICMP
  • Routing Protocol
  • Distance Vector Protocols

 

HOST TO HOST LAYER PROTOCOL

  • Host to host Layer
  • TCP Functions
  • Ports and Sockets
  • Establishing and closing a connection
  • MSS, TCP Frame and UDP

 

APPLICATION LAYER PROTOCOL

  • FTP and Telnet
  • DNS, WINS, SNMP and SMTP
  • POP3, BOOTP and DHCP

 

TCP/IP UTILITIES

  • OSI vs ARPA Models
  • Internet Layer
  • Application Layer
  • TCP/IP Protocol suite
  • IP address notation
  • Subnetting

 

BASIC COMMANDS

  • PING
  • ARP
  • NETSTAT
  • IPCONFIG
  • Trace Route
  • Route
  • Windows Host file

 

LAN COMPONENTS I  

  • Repeaters
  • Media converters
  • Bridges
  • Hubs
  • Switches

 

ROUTERS AND SERVERS

  • Gateways
  • Print servers
  • Terminal servers
  • Remote access servers
  • Time servers
  • Thin servers
  • Virtual LAN
  • VLAN Definition and its need
  • Switched LAN
  • Limitations and benefits
  • Other types of LAN

 

VLAN GROUPING

  • Group by port
  • Single Switch and Double Switch – Group by port
  • Grouping by MAC addresses
  • Grouping by Network layer addresses
  • Other Layers of VLAN
  • VLAN Connection
  • Filtering Databases

 

SECURITY CONSIDERATIONS

  • Security Problem
  • Controlling Access
  • Firewalls
  • Intrusion Detection system
  • Encryption

 

VIRTUAL PRIVATE NETWORKS

  • What is VPN
  • Distributed management architecture
  • Adding VPN hardware in existing LAN
  • Digital Certificate based authentication
  • Radius server based authentication
  • Encryption

 

Investment

Plan Name Investment
Unlimited Access for 2 Years: US$ 249.00

Instructor

Eugene Coetzee

Pr. Eng, BSc (Elec Eng)

Used AV Sept 14 SA  

 

Eugene is an electronic engineer with 20 years experience in software development specialising in industrial networks for control systems and corporate IT applications. He started his career at the engineering division of Sasol, Sastech Secunda, where he did control system design, PLC software design and SCADA configuration on the Honeywell, Hartmann & Braun and Siemens DCS/PLC systems.

 

He moved on to develop serial network drivers for the Wonderware SCADA system on Windows NT as an independent contractor. Subsequently, Eugene worked as a senior electronic engineer in the electronic development lab of the NWU (North-West University) where he designed and developed building management systems on RS485 and Ethernet networks and developed networking software for TCP/IP based access control equipment.

 

Eugene is an experienced course presenter, and has provided training for large international clients across several industries, including a recent training initiative for one of the largest metal and mining companies in Africa. He is currently a consultant engineer on various large projects which includes fire detection systems, emergency evacuation systems, access control systems, CCTV systems and integrated Ethernet/IP based building management. He also lectures part-time at North West University’s Electronic Engineering School presenting courses in industrial network communications, database design and C++ programming.

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