TCP/IP Networking

Our Ration for the course : 4.7 Start Based on 40 users

Introduction to IP and Layered Communication Models: OSI and TCP/IP Models.

Focuses on Routing IP, Static Routing and Routing Protocols.

Transport Layer Protocols - Transmission Control Protocol (TCP) and User Datagram Protocol (UDP).

Describe the key functionality of a networked system.

Understand the unicast, multicast and broadcast IP processes.

Discussions on the exterior routing protocols and application layer protocols.

This course is aimed to develop a solid understanding of all aspects of IP technology.

IP and Multi Protocol Label Switching (MPLS).

Name of Course	Scheduled Dates	Vanue	Registration Link
TCP/IP Inter Networking	To be determined	Abu Dhabi, UAE	Registration Now
TCP/IP Inter Networking	To be determined	Dubai, UAE	Registration Now
TCP/IP Inter Networking	To be determined	Chennai, India	Registration Now
TCP/IP Inter Networking	To be determined	Manama, Bahrain	Registration Now
TCP/IP Networking	To be determined	Cairo, Egypt	Registration Now
TCP/IP Networking	To be determined	Abu Dhabi, UAE	Registration Now
TCP/IP Networking	To be determined	Tehran, Iran	Registration Now
TCP/IP Networking	To be determined	Jeddah, Saudi Arabia	Registration Now
TCP/IP Networking	To be determined	Baghdad, Iraq	Registration Now
TCP/IP Networking	To be determined	Kuwait City, Kuwait	Registration Now
TCP/IP Networking	To be determined	Beirut, Lebanon	Registration Now
TCP/IP Networking	To be determined	Muscat, Oman	Registration Now
TCP/IP Networking	To be determined	Doha, Qatar	Registration Now
TCP/IP Networking	To be determined	Riyadh, Saudi Arabia	Registration Now
TCP/IP Networking	To be determined	Abu Dhabi, UAE	Registration Now

Introduction

TCP/IP Internetworking is a 12-hour course designed to teach key Transmission Control Protocol/Internet Protocol (TCP/IP) concepts and protocols so network professionals can effectively plan, deploy and manage a TCP/IP enterprise network. Students will learn to build an enterprise network and analyze TCP/IP application and protocol information.

Prerequisites:

Students must have CIW Foundations certification or equivalent experience.

Course Objectives

At the end of the course, the participants will understand:

How IP packets are carried in various layer 2 structures including Ethernet and PPP IP
Addressing and subnetting of IPv4 address space
The various fields in the IP header
Various IP support protocols inlcuding ARP, ICMP, DHCP, DNS
The roles of TCP and UDP in the transport of application layer protocols
How a router makes its routing decisions
How routing protocols such as OSPF, IS-IS, BGP do their jobs
The key differences between IPv4 and IPv6
How various applications work over IP including HTTP, FTP, Voice over IP and others
How security functions such as firewalls, intrusion detection/protection systems and VPNs operate
How Quality of Service (QoS) can be implemented in an IP network
The basics of IP in an MPLS environment

Duration & Learning Level

Learning Level:

Duration:

Domain Name System

Domain Name System Overview
The Hosts File
DNS
DNS Server Types
DNS Hierarchy Example
DNS Records
UNIX and DNS
Windows 2000 and DNS
Address and Parameter Allocation for TCP/IP Hosts
Address and Parameter Allocation Overview
BOOTstrap Protocol (BOOTP)
Dynamic Host Configuration Protocol (DHCP)

Transport Layer

Transport Layer Overview
Transport Layer Protocols
Transmission Control Protocol (TCP)
TCP Negotiation Process
User Datagram Protocol (UDP)
TCP and UDP Ports

Internet Layer

Internet Protocol Overview
IP and Routing
IP Header

Network Access Layer

Network Access Layer Overview
IEEE Standards and Ethernet
Ethernet Function
Determining Ethernet Addresses
Ethernet Headers
Address Resolution Protocol
Reverse Address Resolution Protocol (RARP)

Internet Addressing

Introduction to Internet Addressing
Internet Addressing
Internet Address Classes
IP Addressing Rules
Reserved IP Addressing
Subnetworks
Subnet Masks
Custom Subnet Masks
Classless Interdomain Routing (CIDR)

TCP/IP Architecture

Overview of TCP/IP
Internet Architecture
Request for Comments (RFC)
Internet Protocols
De-Multiplexing
Specialized Serial Interface Protocols

The Internet Infrastructure

Overview of Networking
TCP/IP and Interoperability
Internetworking and the Corporate Network
Evolution of the Internet
Internet-related Authorities
OSI Reference Model
Packets
OSI/RM Protocol Examples
Major Networking Protocols
TCP/IP, IPX/SPX, NetBEUI, and AppleTalk
Data Link Control (DLC)
Systems Network Architecture (SNA)
Multiprotocol Networks

Exam & Certificate

This is an advanced learning level course which consists of a 12-hour duration.

The participant will be entitled for a certification of Certified TCP/IP Network Professional.

Target Group

Internetworking Engineers
LAN/WAN Administrators
Systems Administrators
Systems Managers
Intranet Administrators
Network Technicians
Network Architects
Network Engineers
Network Designers

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