IPv4 - Calculating the network, host and broadcast addresses - Part 1 of 2

In this mini lecture you are introduced to the three types of address found within any the address range of any IPv4 network. You will also be introduced to the methods for calculating these three address types with demonstrations via simple examples.

[shadower]

Thank you! The explanation was extremely clear and not beating about the bush. Helped me greatly in my assignment!

[cynthiaadams]

Thank you for sharing about the three types of network addresses it really help me to understand how to subnet! Great video!!!

[halafa]

Great teacher ever!!
I Like the Networking because of you so thanks a lot

[andrehidayat]

Thanks a lot.This video has more or less help me to understand the network, host and broadcast addresses. :)

[MrKrinkelz]

its so fun to listen to you man you sound like carl sagan :D (Y) thank you for this it helped :)

[YvanFPerron]

Thank you for your question - very good BTW.
The answer to your question can be found in part 2 of this video. It is named: IPv4 - Calculating the network, host and broadcast addresses - Part 2 of 2,


FYI - Part 1 covers the simple cases (/24, /16, /8) whereas part 2 covers the complex cases (e.g. /23, /25 etc).

Hope this helps - otherwise let me know.

[YvanFPerron]

The complex cases (e.g. /30, /28 etc) are covered in part 2 of this video. It is named: IPv4 - Calculating the network, host and broadcast addresses - Part 2 of 2

Part 1 deals with simple cases (/24, /16, /8).

Hope this helps - otherwise let me know.

[YvanFPerron]

That is not correct.

Network Ids are not class specific.

An address's network ID depends on its subnet mask. If a 172 address has been subnetted into a /24 then its a fact that the first three octets of that address form the network ID.


Hope this helps - otherwise please let me know

[gbengakolade]

good but why cant you guys make examples with different subnet masks. /30, /28 e.t.c.