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Exclusive - Exclusive - Learn the essential skills needed to set up, configure, support, and troubleshoot your TCP/IP-based network.

TCP/IP is the globally accepted group of protocols at the core of the Internet and organizational intranets. A solid understanding of each of these protocols and how they work will give you the ability to deploy the most effective network for your organization in three key areas:

Efficiency: You will be able to run a more efficient network through proper implementation of subnetting and understanding how different protocols and applications impact network performance.
Dependability: You will reduce downtime in the event of a network failure as you will be better equipped to quickly identify and resolve problems as they occur. You will also be able to solve problems in-house rather than incurring the extra costs and time required to hire a consultant.
Future growth: Proper planning will ensure that your network can accommodate growth, including the implementation of more robust network technologies, such as IPv6.

In this course, you will gain the essential knowledge and skills required to set up, configure, support, and troubleshoot your TCP/IP-based network. Our expert instructors and extensive hands-on labs will prepare you to face and overcome the challenges of today's complex networks. This course—the longest running of its kind in the industry—also prepares you for more specialized courses in network security, wireless integration, and Voice over IP (VoIP) as well as for product-specific training such as Cisco, Avaya, and Microsoft.

Who Should Attend?

Anyone who is responsible for designing, installing, configuring, and maintaining TCP/IP networks or who needs to understand TCP/IP protocol structures and functions will benefit from this course. This course also provides excellent preparation for more advanced networking training.

Describe the essential elements of the TCP/IP protocol suite
Explain the functions of various devices in a TCP/IP network
Subnet an IP network using variable-length subnet masking (VLSM), calculating appropriate subnet values to improve network efficiency
Describe different TCP/IP protocols—ARP, IP, ICMP, TCP, UDP, and so forth—including their functions and relationships
Examine IP routing and the protocols that support it, such as RIP, EIGRP, OSPF, and BGP
Explain how applications like FTP, HTTP, Telnet, and others work in a TCP/IP network
Analyze UDP and TCP application traffic to identify normal versus abnormal sessions
Automate address assignment and name resolution using DHCP and DNS
Analyze multicasting and Voice over IP (VoIP) traffic to determine how these protocols affect network performance
Troubleshoot problems at each layer of a TCP/IP network using a variety of tools, including a protocol analyzer, traceroute, ping, and DNS and ARP cache manipulation
Analyze ICMP variation reports to determine the cause of a network failure
Explore network security protocols, including PPTP, L2TP, IPSec, SSL, TLS, and SSH
Analyze network traffic to determine security risks
Explore the functions of IPv6 and its related protocols

TCP/IP Overview

Origins of TCP and IP
ARPANET Requirements Documents
Collaborative Network Requirements
- One Protocol?
- The TCP/IP Networking Model
Documentation and RFCs
- Types of RFCs

TCP/IP Numbering Systems

Introduction to Numbering Systems
Positional Numbering System Basics
Numbering Systems Used in Data Systems
- Decimal Numbering
- Binary Numbering
- Hexadecimal Numbering
Converting between Numbering Systems
- Converting Binary or Hexadecimal to Decimal
- Converting Decimal to Binary or Hexadecimal
- Converting between Hexadecimal and Binary
Counting
Guidelines for Determining the Base of a Number

Network Access Review

Introduction
MAC Addressing
The Ethernet Header
- Ethernet Protocol Types
The Ethernet Frame
- Ethernet Frame Format Modifications
Protocol Analysis Tools

IPv4 Addressing

Logical Addressing
IP Address Features
Dotted Decimal Notation
Classful Addressing
- Classful Addressing: Class A
- Classful Addressing: Class B
- Classful Addressing: Class C
- Classful Addressing: Class D
- Classful Addressing: Class E
Reserved Addressing
Network Mask: Boolean Logic
- Network Mask: Comparing Addresses
A Flat Network
Classful Address Limitations
- Subnetting Classful Address Blocks
- Private Addressing
Network Address Translation
- Variable-Length Subnet Masking
Classless Inter-Domain Routing
- CIDR Prefix Notation
- CIDR Address Blocks

Module Review and Discussion Questions

IPv4 Subnets

Subnetting Overview
FLSM vs. VLSM
Calculating Subnet Values
VLSM Example: Determine Needs
- The Default Mask
- The First Subnet
- The Second Subnet
- The Third Subnet
- The Current Picture
- Sequential Allocation Error
- A Future Fourth Subnet
CIDR and VLSM

Address Resolution Protocol

Address Mapping
ARP Restrictions
ARP Cache
ARP Commands
ARP Message Fields
Additional ARP Capabilities

Multicasting

What Is Multicasting?
Uses for Multicasting
Multicasting Overview
Reserved Multicast Addresses
Internet Group Management Protocol
- Joining Multicast Groups
Multicast Routing
- Mapping Class D IP Address to an Etherent Multicast Address
Putting It All Together

Internet Protocol Version 4

Internet Protocol Overview
Self-Healing Networks
IPv4 Header
- IPv4 Header Layout
- DS Field
- Explicit Congestion Notification
- Total IP Length
- Identification Field
- Fragmentation
- Time To Live
- Protocol Field
- IPv4 Header Checksum
- IPv4 Address Fields
- IPv4 Options
IPv4 Sample Data Exchanges

IP Routing

IP Routing Overview
Routing Function
IP Routing Algorithm
Types of Routing Protocols
Choosing the Best Path
- Routing Metrics
- Administrative Distance
Routing Tables
- Workstation Routing Tables
- Router Routing Table
Routing Information Protocol
- RIP Basics
- RIP Route Loops
Open Shortest Path First
Enhanced Interior Gateway Routing Protocol
RIP vs. OSPF vs. EIGRP
Border Gateway Protocol
Layer 3 Switching

UDP Sessions

TCP/IP Protocols
Connectionless Protocols
Connection-Oriented Protocols
Low Overhead vs. Reliability
UDP Header Layout
UDP/TCP Ports
UDP Ports and Sockets
UDP Application Port Examples
Sample UDP Data Exchanges

TCP Sessions

TCP/IP Protocols
Reliable Transport Services
TCP Characteristics
TCP Header Overview
- Source and Destination Ports
- Sequence Number
- Acknowledgment Number
- Header Length
- Session Flags
- Window Size
- TCP Checksum
- Urgent Pointer
- TCP Options
- Maximum Segment Size and Window Size
TCP Connection Establishment
TCP Data Flow
TCP Connection Termination
- TCP Reset
TCP Congestion Management
- Default Congestion Management
- Advanced Congestion Management
- Explicit Congestion Notification and TCP
TCP Sample Data Exchanges

Autoconfiguration

TCP/IP Protocols
Manual vs. Automatic Assignments
Historical Solutions
- Reverse Address Resolution Protocol
- Bootstrap Protocol
DHCP Overview
DHCP New Lease Acquisition Process
- DHCP Discovery Example
- DHCP Offer Example
- DHCP Request Example
- DHCP Acknowledgment Example
DHCP Message Format
DHCP Scopes and Options
IP Lease Renewal
DHCP in a Routed Network
Multiple DHCP Servers
Troubleshooting DHCP

Domain Name System

TCP/IP Protocols
Name and Number Organizations
The DNS Name Space
- Generic Top-Level Domains
- Sponsored Top-Level Domains
- Country Domains
DNS Name Servers
- Root Servers
- Primary and Secondary Name Servers
A Distributed Service
- DNS Name Resolution Process
- DNS Message Format
- DNS Resource Records
- DNS Query Example
- DNS Answer Example
Reverse Lookup
Dynamic DNS
Troubleshooting DNS

ICMP Diagnostic and Error Reports

ICMP Overview
ICMP Basics
ICMP Message Destinations
Silent Discard vs. Informed Discard
ICMP Message Layout
ICMP Message Types
- Echo Request and Echo Reply Example
- Destination Unreachable Example
- ICMP Redirect
- Time Exceeded Example
ICMP Sample Data Exchanges

Common TCP Applications

TCP/IP Protocols
Telnet
- Telnet Negotiations
- Telnet Protocol Options
- Example Telnet Negotiations
File Transfer Protocol
- FTP Commands
- FTP Response Codes
E-Mail
- Simple Mail Transfer Protocol
- Post Office Protocol Version 3
- Internet Message Access Protocol Version 4
World Wide Web
- Uniform Resource Locator
- HTTP Requests and Responses

Common UDP Applications

TCP/IP Protocols
Trivial File Transfer Protocol
- TFTP Transfer Process
- TFTP Operation Codes
- TFTP Example Sessions
Simple Network Management Protocol
- SNMP Manager Model
- SNMP Agent Model
- SNMP Commands
- Management Information Base
- Remote Network Monitoring

VOIP Implementation

Introduction
Benefits of VoIP
TCP/IP Protocols Used by VoIP
VoIP System Components
VoIP Protocols
Session Initiation Protocol
- Example SIP Message
- SIP Proxy Function
Session Description Protocol
VoIP Codecs
Real-Time Transport Protocol
- RTP Header Layout

TCP/IP Security

TCP/IP Security Concerns
The CIA Triad
TCP/IP Vulnerabilities
- TCP/IP Vulnerabilities: Network Access Layer
- TCP/IP Vulnerabilities: Internet Layer
- TCP/IP Vulnerabilities: Transport Layer
- TCP/IP Vulnerabilities: Application Layer
TCP/IP Security Protocols
- Network Access Security Tools
- IP Security
- Virtual Private Networks
- TLS and SSL
- DNSSEC
- Secure Shell Protocol

Internet Protocol Version 6

Overview
IPv6 Addresses
- IPv6 Address Categories
- Breaking Down IPv6 Addresses
- Global Unicast Address Format
- Interface ID Structure
- IPv6 Address Types
IPv6 Headers
- IPv6 Header Layout
- Extension Headers
ICMPv6
- Destination Unreachable
- Packet Too Big
- Time Exceeded
- Parameter Problem
- Echo Request and Echo Reply
- Router Solicitation
- Router Advertisement
- Neighbor Solicitation
- Neighbor Advertisement
- Redirect Message
IPv6 DNS Records
IPv6 Routing Services and Protocols
Internet2

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TCP/IP Networking Training Course in Finland

Finland is a country located in northern Europe. Helsinki is the capital and largest city of the country. The majority of the people are Finns but there is also a small Lapp population in Lapland, where the country is famous for the Northern Lights. Finland's national languages are Finnish and Swedish.

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Finland is home to a thriving technology industry and is widely recognized as one of the world's leading technology hubs. Companies such as Nokia and Rovio (creator of the popular game Angry Birds) are based in Finland. Some of the key factors that have contributed to Finland's success in technology include; strong investment in research and development, a highly educated workforce and fundings.

Finland has a strong educational system, and is widely regarded as one of the world's most literate countries. In fact, Finland's literacy rate is one of the highest in the world, and its students consistently perform well in international tests of math and reading ability.

Also, as a pioneer in environmental sustainability, Finland is known for its efforts to reduce its carbon footprint and promote clean energy. This Nordic country is also famous for its unique and distinctive cultural heritage, including its traditional folk music and its elaborate traditional costumes.

Helsinki, Finland's capital city, is the country's business center. Helsinki is Finland's largest city, and it is home to many of the country's major corporations and organizations, including many of the country's leading technology firms. The city is also a commercial, trade, and financial center, as well as one of the busiest ports in the Nordic region.

Take advantage of our diverse IT course offerings, spanning programming, software development, business skills, data science, cybersecurity, cloud computing and virtualization. Our knowledgeable instructors will provide you with practical training and industry insights, delivered directly to your chosen venue in Finland.

TCP/IP Networking Training in Finland

Who Should Attend?

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TCP/IP Networking Training in Finland

Who Should Attend?

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