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Complete IP Addressing and Subnetting Course
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Master the fundamentals and advanced concept of IP Addressing and Subnetting with this complete IP Addressing and Subnetting course. You will learn how IP addresses work, the difference between IPv4 and IPv6, how to create subnets to efficiently manage network traffic, etc. with real-world examples. Perfect for beginners, IT professionals, and anyone preparing for certifications like CCNA or CompTIA Network+.
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Course Overview
This IP Addressing and Subnetting Course provides a thorough understanding of IP addressing and subnetting. This course starts with the basics of IP addresses, their structure, and their role in networking, including insights into the TCP/IP and OSI models. Along with this, the IP Addressing course then covers the differences between IPv4 and IPv6, public and private IP addresses, and dynamic vs. static IPs.
This IP Addressing & Subnetting Course covers the essential subnetting skills, including how to calculate subnets, use subnet masks, and apply both Fixed-Length and Variable Length Subnet Masking (FLSM and VLSM), as well as subnetting for IPv6. Here you can also explore IP allocation techniques such as DHCP and manual IP management, along with IP routing basics, including static and dynamic routing, routing protocols, and NAT configurations.
IP Addressing and Subnetting Course Overview Highlights
- Fundamentals and advanced concept of IP addresses & Subnetting.
- Learn about IPv4 and IPv6 roles in networking
- Master subnetting techniques, including FLSM and VLSM.
- Learn IP allocation methods such as DHCP and static assignment.
- Gain practical skills in IP routing and NAT configuration.
- Develop advanced troubleshooting skills using tools like Ping and Traceroute.
- Learn IP security best practices, including IP spoofing prevention and firewalls.
- Test your knowledge with quizzes at the end of each module.
Who Should Enroll: IP Addressing and Subnetting Course
- Beginner IP network engineers: Best course for beginners
- Network Professionals: Ideal for network administrators, engineers, and IT professionals.
- Certification: Best for certification exams like CCNA, CompTIA Network+, etc.
Course Content
1. What is an IP Address?
2. Structure and Representation of IP Addresses
3. Role of IP Addressing in Networks
4. Introduction to the TCP/IP Model
5. Understanding the OSI Model | Function of each OSI layer
6. How Packets are Transferred Across Networks
1. Understanding IPv4 and IPv6 - Know the Difference
2. What is Public and Private IP address
3. Difference between Dynamic and Static IP Addresses
4. Classes of IPv4 Addresses (A, B, C, D, E)
5. Stateless and Stateful Address
1. What is Subnetting?
2. Why Subnet?
3. Understanding Subnet Masks
4. Basic Subnetting Technique and Examples
5. Calculating Subnets
6. Binary Math for Subnetting
7. Advanced Subnet Calculations
8. Fixed-Length Subnet Masking (FLSM)
9. Variable Length Subnet Mask (VLSM)
10. Subnetting IPv6
1. DHCP: Dynamic Host Configuration Protocol
2. Manual IP Allocation (Static)
3. Automating IP Management
4. IP Allocation Security
5. Advanced IP Allocation Techniques
6. IP Allocation Strategies
Pricing
$ 10
