IPv6 Subnetting | What you guys ASKED for!

[@MrtnZnth]

This guy taught me more things in 30 minutes than my prof has ever done in 14 weeks

[@samsameol2941]

Thank you , u just made the concept so freaking easy for me to a point that I don't think I will ever have a problem in IP addresses ever again

[@c-leb9996]

I finally understood what my teachers in Germany tried to teach me. Thank you so much!

[@rabiej8011]

Finally someone who knows how to get the information through to the people watching. Thank you.

[@grundikelectron3207]

He did explained it step by step ,more over -he encouraged you to go on and learn more ! Not so many can do that ,thanks a lot

[@zeegaroot]

I feel like this guys met many lazy students like myself lmao, Do or die! he keeps on asking us to push ourselves to learn the things that most of us just wanna use calculators for like Hex conversions and Ipv6 subnetting. I luv this dude! definitely one of my fav networking instructors now. Thanks Laz!

[@thenetworkingdoctors]

Thank you Zee😎

[@leonardozeballosvalda3254]

@@thenetworkingdoctors porfavor pongs subtitulos al español

[@conradobri]

that ipv4 subnet explanation was pretty cool .i already learned it another way but this way is cool and simple .... thanks

[@kitcat2449]

I love how he has physical coach energy

[@noorjamal56]

Thank you sir. I finally learned subnetting in IPV6 and the credit goes to you sir. thanks again for easy explanation.

[@thenetworkingdoctors]

THANK YOU SIR

[@edmundmiguelacostaiv434]

You explained it very well and detailed. Thank you for this video. I learned a lot.

[@seraphicguitar]

I love all of your tutorials. I've learned subnetting IPv4 in many ways. But the most I love is your way. And now again, I love your way of Sub-netting IP V6 address. Thanks ! It's awesome!

[@thenetworkingdoctors]

Glad you like them!

[@sayanetics6002]

Mr.Diaz thank you for the comedic straight to the point no fluff instruction. Very insightful

[@thenetworkingdoctors]

Thank you!

[@Tr1gger-3]

Professor, thank you very much for your explanation. Greetings from Colombia

[@thenetworkingdoctors]

Thank you sir

[@FLUFFYCAT_PNW]

"Terminology! Terminology!" I love this video, man. My school's curriculum wasn't near as clear as this. Thank you, my friend.

[@thenetworkingdoctors]

Youe are welcome, glad I was able to help.

[@cashmny78]

You can do this. I can't stop. Technology is not stopping, and I'm going to grow with it. Do not block yourself. Accept it, and do it. - Great technical advise, and great attitude advice as well. Lets do this thing.

[@thenetworkingdoctors]

YES!!! ...let's show the naysayers that we will overcome any and all obstacles! 😎

[@Beardbarian46]

finally someone who explains IT

[@naiga6833]

You're the Networking Doctor because this was surgical! Thank you.

[@cathyphilip7315]

you are best. you makes things go simpler than our professor

[@thenetworkingdoctors]

Thanks Cathy!

[@MrHalilgsg]

This is the best explanation of the ipv6 i've ever seen by now. I got it, thanks to you. Thank you very much.

[@Enzooy11]

This is the teacher you don't want to mess up!

[@tg9460]

You are simply awesome. Thanks for your encouragement sir.

[@mustafanasiri3016]

May God bless you 🙏 ❤️

[@darthbane8363]

From now on you my man of choice for topics like these! So good.

[@thenetworkingdoctors]

Thanks brother. Glad I was able to help

[@savielflores678]

My Computer Networking teacher loves your content, it helps him teach about Ipv6 well :)

[@kingjbz]

LAZ!! You are the TRUTH big bro!! Made this so easy to understand!! I love your style KING!!

[@thenetworkingdoctors]

Thank you King, that means a lot to me.

[@BackWithTheBoom]

Finally bought your book Laz, because you deserve it . I had so many dificult times, and you pulled me through it to a better place with yourself and your knowledge. Rock on!

[@albanselaj733]

That's an amazing and concise explanation, Laz Diaz. Straight to the point. Well done!

[@ABMA79]

Thank you so much for the amazing tutorial I do have a special request if you can do in the future because it is essential. It would be nice to create a scenario of subnetting an IPv6 for a specific network and walk us through the process as if you are doing the real subnetting at work. I hope you can do that in the future. I cannot say I understood everything 100%, but the explanation was beyond wonderful honestly. please consider the request. Practical live example on any simulator will do. Best regard

[@mahendrakumarsahu4395]

Awesome explained Enjoyed the presentation.

[@returnMarcco]

Laz, you have helped me tremendously with your content. I especially appreciate your video showing how to convert hexadecimal into decimal. You deserve to have your channel blow up with viewers. Much love. Btw, your looking buff as.

[@kuntakinte270]

You d best teach LAZ.. You made me love Networking with CCNA.

[@jairusan]

Hello Laz, thank you very much for the explanation, IPv6 it is definitely very exciting, I am definitely looking forward to continuing learning from you.

[@thenetworkingdoctors]

Thank you!

[@juanc4065]

Thanks LAZ! Minute 26:00 dropping some facts!

[@khamismwanyere6869]

Best Tutor ever, You just earned my subscription, like and Notification subscription.

[@bigman2055]

Thanks man 👌👍 That's what really we're missing 'practice'

[@thenetworkingdoctors]

No problem 👍

[@DanielCanizzo]

Never ever get rid of the white board, great video, thank you

[@thenetworkingdoctors]

I will keep it old school as much as I can. 😎

[@pan6210]

Your Sir totally deserve more Subs than 70K. That´s all I need to say. Thank you!

[@thenetworkingdoctors]

Thank you sir!

[@kevinqueitsch4140]

Thank you soo much for the video. I was stuck in ipv6 subnetting, and after your video - i got it :)

[@jerickalegarbes6906]

I made a text program for IPv4 subnetting last year, and just suddenly though of making another one for IPv6. This video helped me a lot on understanding IPv6 subnetting. Thank you!

[@Gabrie177]

Jeeez, Laz/// thank you so much, I love your courses on IT University Online and on Udemy

[@thenetworkingdoctors]

Glad you like them!

[@tomyslo]

Your explanation helped me at 14:00

[@wolfemata1458]

Appreciate your video Laz. New to Networking and your video give me more insight in subnetting hexadecimal. Good Life to You.

[@thenetworkingdoctors]

Thank you, and good life to you aswell.

[@wolfemata1458]

Oh, Yeah, Your encouragement is Awesome as well.

[@peterhunte]

thank you! I needed that type of explanation

[@Mshalab]

You make it simple sir thank you

[@samuraiz2852]

After watching this video i feel like a Ipv6 subnet master :DDD

[@mundoin5583]

You are a down to earth kinda guy, just the way it should be. subbed! great content !

[@FurkanOz480]

howly man love you so much i didnt understand the lessons in my class but ypu saved me so much time i will try to get your books and classes and hopefully never forget your chanel haha

[@thenetworkingdoctors]

Thank you brother

[@avijitdebnath4943]

Thank you sir. Very inspirational and motivational video.

[@thenetworkingdoctors]

Thank you!

[@nixtc]

Rounding off ccna 1 here ... instasubbed see you guys in ccna 2 ;). Best ipv6 subnetting explanation out there.

[@alanthompson3]

I recently got my degree in Network Administration and I'm studying for my CCNA certification now, scheduled for the 19th. I really enjoy your teaching style and to be honest it reminds me of my instructors from the military. Are you by chance a veteran yourself?

[@thenetworkingdoctors]

Your on a great track and wish you the best on the 19th. And yes, I am prior service.

[@alanthompson3]

@@thenetworkingdoctors Thank you! I dont know why I thought you were prior service (probably the way you carry yourself) but ever since I left the service it seems like veterans can just spot one another. Again thanks for the content!

[@rudyNok]

@@thenetworkingdoctors *you're

[@CrazyAl1992]

Glad I found this. Thank you for taking the time to upload this, Great stuff 👍

[@thenetworkingdoctors]

Thanks Adolfo!

[@domzzz1244]

Thanks Laz, you've helped me get over my fear of IPv6 haha.

[@thenetworkingdoctors]

Awesome 😎

[@wapp1567]

the more i look at this professor the more he ressemble The rock XD but nice video boss. Missed that class for my CCNA certification and it helped me a lot

[@vickycena2245]

Thank you for this video, this is very useful. I can easily understand this.

[@ArtMann-l4p]

Thanks Mann, this was great.

[@blyatman1026]

W video 🔥 W physique 💪 Thanks man!!! 🤝

[@andreavergani7414]

Great explaination. I subbed. Like the way you teach

[@Jamswoof]

Would the first network start at 2001:3200:1000:0000::/51 and go all the way up to :e000::/51 giving you the 8 total networks? Cause you said the first network is :2000::/51 making it only 7 networks?

[@nathandivers650]

I think it would make more sense to start from 2001:3200:1000:1000::/51 because if you add 2 from there it adds up to 8 networks. I had the same question myself though.

[@JTGaut17]

At 14:20 he mentions 0000 is the first subnet but decides to start at 0002 on the board.

[@KingNothing85]

Thank you very much! Great Video. Really helped me a lot! Greetings from Germany!

[@tg9460]

Thank you sir. You never disappoint. Great tutorial.

[@naidinp]

Awesome ...like usual ;) Thx Mr. LAZ

[@thenetworkingdoctors]

Thank you!

[@givenmasheka8550]

Hello there! thanks for the video. I have a question, what if we are in the second position and we are incrementing by 8? 16 is not in Hexadecimal, how to work it?

[@gogongondrong1]

great explanations, many thanks

[@thenetworkingdoctors]

Your welcome!

[@ksilvione]

Hey LAAAAAZ, you're awesome! Thank you!

[@thenetworkingdoctors]

Thanks Silviu!

[@hanscesa5678]

I'm subscribing to this channel!

[@thenetworkingdoctors]

Thank you 😊..and remember to subscribe to my Instagram channel where I go live as well...The_Networking_Doctors

[@thenetworkingdoctors]

Thank you 😊..and remember to subscribe to my Instagram channel where I go live as well...The_Networking_Doctors

[@golfpro908]

You're a boss, thanks!

[@thenetworkingdoctors]

Thank you 😊

[@adiflorense1477]

7:49 Great one. Sir i want to ask why we always subtract IP addres with 2 ( net id and broadcast). What exactly happend inside that

[@godsoldier28]

Very very helpful. thank you very much Germany

[@thenetworkingdoctors]

Glad I can help😎

[@ziyahosseini55]

Thank you so much Sir !

[@thenetworkingdoctors]

Most welcome!

[@amroashram]

thank you for sharing this that easy :) .

[@theasmrmralexsu]

Thank you Sir! That was awesome and I also have a question, can i assigned an ipv6 add less than the minimum /64? like Ipv6 add 2001:db8:0:400::/54 eui-64, thankts!

[@jaipalkhambra2253]

Awesome video

[@raypraise]

God this guy is great...

[@yazidproduction]

Great explanation, thank you

[@thenetworkingdoctors]

Glad it was helpful!

[@Rmnchahal]

This is very helpful

[@samuelcoppock3468]

Just to help make sure I under stand. In your subnet example 0000 is the first and increment by 2 with E000 being the 8th subnet? Thanks great video!

[@sh33ky_]

Yea, I was thinking the same, where is the 8th subnet? He stopped with just 7.

[@JTGaut17]

Around 14:20 he mentions the 0 subnet but says "Let's just start with 2" so yes...0000 is the first subnet.

[@ag26597]

At 11:11 isn't the CIDR supposed to be /52 tho for those subnets... If you're adding (in that quartet) in the first position on the left.

[@ambrovanwyk6522]

Glad someone else noticed this.

[@annaimmersive153]

Thank you.. really help!

[@mikkio5371]

thank you i got it now

[@thenetworkingdoctors]

Awesome

[@bagaskararikopangestu6627]

Thank you so much sir :D

[@thenetworkingdoctors]

You're welcome

[@dresscheme2940]

13:48 where did the 2 4 8 came from?

[@mustafammj]

I also didn’t understand 248😅

[@hul8376]

Very good!

[@marksummers463]

THANKS! VERY GOOD!

[@fedora296]

when you explained the Ipv4 sub netting why you skipped the 32 and jumped onto 64? in minute 4:55 and on... why skipping the 32 place?

[@daninsr-alah2125]

good work man , i like it

[@inokesaumaki3307]

Thank you! 🔥

[@mamdarwesh2269]

he seems drunk, but say very good explanation, easy to understand, thanks so much

[@ASleepingSwampert]

at 11:45 he says we need 8 subnets within those colons. Is it always 8? Why is it 8? Thanks for the help in advance!

[@GuyFawkes1]

13:45 So why 2, 4, 8 from left to right? And then 2000? I swear to god i don't get this part

[@tabishkhan9843]

Yeah bro i got what are you confused about. Let me explain lets first expand this given address 2001:3200:1000::/48 2001:3200:1000| :0000:0000:0000:0000::/48 if you include 1 more bit in the Net Prefix, you will have 2^1=2 subnets. The next prefix length will be /49 as shown 2001:3200:1000 :0|000:0000:0000:0000::/49 if you include 2 more bits in the Net Prefix, you will have 2^2=4 subnets. The new prefix length will be /50 as shown 2001:3200:1000 :00|00:0000:0000:0000::/50 if you include 3 more bits in the Net Prefix, you will have 2^3=8 subnets. The new prefix length will be /51 as shown. 2001:3200:1000 :000|0:0000:0000:0000::/51 That is why 2 4 8 from left to right 0 0 0 0:0000:0000:0000: 2^1=2 2^2 =4 2^3=8 I hope it will clear your doubts..... Thanks

[@cmonz9]

@@tabishkhan9843 Thanks for the breakdown. I understand and I know Laz explained this in another video, just couldnt find it. Thank you.

[@guedaliamukonkole579]

good morning sir i've got a problems with configurations with ipv6 could you expelained please

[@shakerabara]

so good

[@asis7878]

really good

[@JohnCutter317]

How does the average home router give out that block of ip addresses with ipv6? How does it know where to stop snd not keep going in theory untl all the remaining 64 bits are used

[@MohdSaif-oq3ow]

Awesome

[@thenetworkingdoctors]

Thank you!

[@muhairwebesiimamichael3508]

2001:DB8:FADE:00FF::/64, what is the next subnet given this IPv6. What is the 16th IP Address?

[@Mysticsam86]

When you wrote ipv6 subnetting i thought of subnetting from 64bit to 128 bit not 48 bit to 64 bit.

[@vetribull8318]

Genius

[@greezygree8183]

Hey guys! Is ipv6 subnetting for the 200-125 exam or the 300-101???

[@ermir7493]

not even ipv4 subnetting lol

[@SULAIMANBOCKRIE]

very good

[@thenetworkingdoctors]

Thank you