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Hey, thanks for your video, but i have a serious question! Why APIPA alway start with 169? Why it doesn't start with 120 or 195 or something like that? What is the matmatical purpose behind it? Thanks

Excellent, the way you explain is awesum 🤩

Do you always need two? I have a Belkin, but only one that I discovered.

THANK YOU! ♥

Stock market HFT ANTHEM

The different VLANs can still communicate with each other, right? How is this achieved and managed?

So is Wi-Fi routing getting as sophisticated as the phased array spy systems in the aegis class radars?😮

Ive watched this so many times the transition music is burned into my memory. Lol

Great

I'm definitely gonna pickup a 5ghz. I only have a 2.4 flash drive pretty much and it picks up my neighbors wifi. Which is probably causing my slow speeds. My phone is capable for 5ghz.

I have two new portable external hard drives. One is a 8TB SSD, the other is a 2TB HDD. I use them for storing my digital photos (raw files and sidecar edits). I'm a photographer. My 8 TB SSD drive keeps getting an error message saying it is unusable, but I'm not sure why. How should this SSD drive be formated. I'm running a PC and a laptop, both using Windows 10 Professional.

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Now that was thee 1st video EVER I saw that made me understand the concept of a "port" - THANK YOU!!!

Amazing explaination.

you forgot gan

The most concise explanation of a server ever.

your videos are best!!!!!

I love how he explains this he gets straight to the point!

thank you

what is a terminator for bus topology?

Very well explained!

Awesome work bro! Love the visualization of the content, it really helps to understand it better!

I was under the assumption that a ring topology can handle a single connection break, because the packets can just hop the other way around to reach their destination.

time stamp 6:18 I have the same setup like this witht 2 default gateway and have the same dillema that computer A cannot connect to computer D. is there a work around for this?

I feel like a site to site von would be better for this case if the second office had a modem and could reach the internet.

My Wi-Fi has been constantly hammered by a hacker. It took me a while to realize that I had to use wpa3 to block him, and he's still attacking my Wi-Fi hotspot. The hacker uses 4 attacks. number 1: WPA2 vulnerability krack. Number 2: Wi-Fi deauthentication attacks. Number 3: Wi-Fi ACK flood attacks Number 4: some type of PHY attack. I was able to block most of the attacks and set a limit on some attacks, This is the first time I have dealt with a annoying hacker. And the hacker has been trying to gain access to my Wi-Fi through the internet with a spoofed IP addresses. I don't know why this hacker won't leave me alone.

This video was very informative, concise and helpful. Thank you!

this channel is a gold mine

The best video I’ve watched about cloud computing!

wtf is that weird ass outro animation 😂😂😂anyway, the vid was informative 😎

Thank u so so much

your vidoes are the best. Thank you for the content.

I hope businesses aren't still using T1 lines. That's dinosaur technology these days.

Thanks very much you are our best teacher

One thing confuses me ... i build up my kniwledge step by step, and need to verify/prove my knowledge as part of each before i can take the next step ...so. You say a router is needed to communicate between subnet and also that the access to the wan is via a router. Could you have all 3 subnets use that one router, in a star shape, or must there be a separate router for each subnet? In your diagram, you show the wan router as part of only one subnet ... therefore surely messages from the other two subnets MUST travel through its subnet to get to it? (Or is that using a special router-router message type, so the pcs dont see it?

big video :)

These days, there are also Fiber Modems with ONTs (Optical Network Terminals) that can translate the optical laser signals back into the digital binary data that the modem can process. It has a lot less latency as the signals travel at the speed of light instead of the speed of sound, and also can connect directly to the central ISP facilities without the need for signal amplifiers or multiple substations.

What a simple way to explain something that could be complicated! Just like resuming a 100 pages book in 10.

What's that cloud between server and user computer? - a website ???

Whoever watching this , i have a question. So the VPN server can leak the data if they want.They can collect the information too. Isn't it . So whats the difference of using them or not (In terms of being anonymous).

is bridge network just like a repeater

te amo

I'm stuck on the first octet column of the class section. explain a little more how that equals its subnet masks , I'm having a hard time understanding that thanks

Crossover looks cursed 💀. Why not straight all the time?

Hard to imagine a better, more understandable, logically organized presentation than this! Excellent; many thanks!! Even if you already sort-of know this stuff, it's easy to forget the hierarchy and the sequence of development of these displays. We become victims of jargon, and this video puts things in order and makes it easy to understand.

which is the correct range of apipa ?? a. 169.254.0.1 - 169.254.255.254 or b. 169.254.1.0 - 169.254.254.255

you lost me when you said vpn lmaoo, we all know thats bullshit

Man gai bhai ko abhi tak chakkar aa raha hai 🫡 , Thank you. 😊

Wow. Antique

thank you for explaining this in easy words