Network Fundamentals 7-4: IP Address History

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📜 RFCs (Request for Comments): Learn about the history of IP addressing through RFCs, which are standards set by the Internet Engineering Task Force! Discover how RFCs shaped the internet as we know it today.

🌐 IPv4 & IPv6: Dive into the evolution of IP addressing, from the limitations of IPv4 to the necessity for IPv6. Explore the differences between these two protocols and understand why IPv6 is crucial for the future of the internet!

🔢 Classful Addressing & Subnetting: Unravel the concept of classful addressing and how subnetting revolutionized IP address allocation. Understand how subnetting allows for efficient use of IP address space.

🔗 CIDR, VLSM & Classless Routing: Delve into CIDR (Classless Inter-Domain Routing), VLSM (Variable Length Subnet Masking), and classless routing. Discover how these concepts enable flexible and efficient routing in modern networks.

🏠 Private Addresses & NAT/PAT: Learn about private addresses and how Network Address Translation (NAT) and Port Address Translation (PAT) facilitate communication between private and public networks. Understand the role of NAT/PAT in conserving public IP addresses.

🚀 IPv6 Transition & Future Outlook: Explore the transition to IPv6 and the need for larger address spaces. Gain insights into the future of IP addressing and the ongoing efforts to adopt IPv6 worldwide!

🎉 Excited to learn more about IP addressing and the future of the internet? Hit that like button, subscribe for more tech insights. #IPevolution #FutureofInternet! 🌐✨

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So cool. :)
Subnetting, NAT/PAT & private addressing are so amazing. Amazing to see how we trying our best to meet the ever increasing demand of networks.

abdullahmubarak
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29:14
I think it is not "10 ^ 32" but "2 ^ 32" & not "10 ^ 128" but "2 ^ 128" you trying to say. Right?

abdullahmubarak