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Understanding IP and Datanetworking |
Training Course Outline
Course Duration:
2 Days
Training Course Description:
This course provides a thorough introduction to IP and Data Networking
for non technical staff who need to appreciate and manage the
technology but will not be implementing it hands-on themselves. It
provides an introduction to the terminology, key concepts and
functions of the Internet and its major protocols.
IP is now the foundation of virtually all communications from Email to
voice and even next generation television networks. It is crucial for
all strategic staff to appreciate its functions, possibilities,
limitations and advantages. The ability to discuss key concepts and
appreciate how IP based services function is important to all key
staff today.
Objectives
On completion of this course you will:
- Understand the history, scope and
limitations of IPv4 and infrastructures built upon it
- Appreciate the standard terms used
to describe networking components and services
- Appreciate IP addressing and
subdivision of networks
- Know the functions of the key
parts of the Internet Protocol
- Appreciate how distributed dynamic
routing functions within modern networks
- Understand how IP can be build
upon different technologies
- Understand how IP can be used
within current and next generation applications
Follow up
courses:
Understanding Voice over IP
Hands On TCP/IP and Internet Protocols
Prerequisites:
None.
Understanding IP and Datanetworking
includes the following modules:
Introduction to TCP/IP Networks
- Scope of TCP/IP
- History of TCP and IP
- Internet community
- TCP/IP Applications
- TCP/IP and the Internet
- IAB
- RFCs
TCP/IP Protocol Architecture and
Foundation
- TCP/IP Layering
- Implementation Hierarchy
- Operating System Considerations
- Physical transports
- LANs
- Ethernet, 802.3
- Gigabit Ethernet
- WANs
- Example Physical Transports
- Protocol Identification
Internet Protocol - In Detail
- Where IP fits into the Internet
Protocol Suite
- Functions of IP
- ‘Best Efforts’ Datagram service
- Uniform Logical Addressing
- Fragmentation and Reassembly
- Addressing: Classless and
Classesful
- Dotted Decimal Notation
- Deploying IP Address Classes
- Loop-back addressing and testing
- IP Headers and their functions
- Version field
- Header Length
- TOS
- Datagram ID
- Fragmentation
- Flags
- Time To Live (TTL)
- Protocol field
- Addresses
- Options
- Unicasting and Multicasting
Below IP
- IP over different physical
networks
- SNAP
- IP over SDH
- IP over Gigabit Ethernet
- IP over Frame Relay
- Bridging and Switching
- Tunneling with PPTP
- Address Resolution
- ARP, RARP, BOOTP
- Troubleshooting problems and tools
Internetworking with Routers
- Internet and Intranets
- Concepts of an IP Network and
subnetwork
- Unique addressing
- Private Addresses
- Network Addressing
- Net-masks
- Network and host addresses
- Routing Tables
- Routing Protocols
- RIP, OSPF and BGP4
- Concept of metrics
- Distributed Dynamic Routing
- Static and source routing
- Network Address translation
- Firewalls
Above IP
- Transport Services
- Virtual Circuit Services
- Datagram Services
- Client Server Operation
- Well known ports
- Peer to peer operation
- TCP
- UDP
- Example Applications
- Email
- World Wide Web
- IP Television
- Multimedia
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