I'm new to servers and networking. While I was studying for Windows 2012 R2 exam 70-410, I ran across this term. I took to Google and your video showed up. You have explained this topic to the point where I'm now explaining it to my co-workers.
I studied this topic from two other sources..One is very complicate. The other is very simple. However, after I saw this video, I feel I can understand the concept clearly. The pictures help to demonstrate the concept very well..
This is by Far better video explaining the different methods and clear understanding of How these methods can be used and implemented for your individual needs.. of cores you need basic understanding of hardware & software interacting in you OS configuration. superb video. Thanks
Very well explained...thank you so much sir...i would like recommend you make second part of this video in which instead of router you take firewall , switches layer3/virtual route and communicated on different subnet.
I know you said with static teaming and LACP that switch ports need to be configured but that is only if it's a managed switch correct? Will these protocols not function properly if I use an unmanaged switch? I have a spare switch that is a managed one I just was curious if I would be required to change to using it in order to have a static team to function correctly?
At 3:30, why would you only want to use the slow connection as a backup? Wouldn't the teaming solution send more packets over the fast connection anyways? Or are teaming solutions not prejudiced over what connections are what? Wouldn't connection the fast and slow connections together make a faster connection? Couldn't it be configured to fall back anyways?
Have a look at the video at 08:45. It is hard enough to have two networks card sending data not causing fragmentation at the other end, having them working at different speed would make the problem worse.
802.3ad is LACP, its just the initial release of the protocol in 2000. It was later revised and in 2008 became 802.1ax. Other than that its a great video. Thanks
You are 100% correct. Microsoft for some reason refers to this as static teaming. We will keep this mind to mention when we revise this video to mention this is the Microsoft name for it.
Your explaination are 100% Sir and do like the video, I have followed your steps but my virtual NIC can`t identify my network (doesn`t matter if I use static IP or DHCP), do I need to do some configuration on the switch as well? If yes, may you please send me steps to do it.
When you configure NIC teaming on Windows it essentially disables the network adapters or adapters and creates a new one that uses those network adapters. So most likely when you create a NIC team you are going to lose connections.
Very helpful! But I still don't understand the following: If I have a single Hyper-V VM and NIC Teaming is done in the host. Will this single VM be able to use all the physical NICs in the host's team for outgoing traffic to multiple clients? Or do I need to create the team inside the VM (instead of in the host) to make use of multiple physical NICs from inside this VM?
If you use Hyper-V Port all the traffic from that single virtual machine will always travel over the one network card unless that network card were to fail. If you have only the one network card I would use address hash or dynamic. The only different is if you have multiple network adapter in the one virtual machine. If this is the case you may want to use Hyper-V port instead.
I think the point of using this considering that you only have 1 internet connection is that you can maximize your resources on the access-distribution level. It is possible and it would be a better network if you have 2 ISPs.
I have 2 servers with 4 network interfaces in each of them, I want to create a failover cluster. 2 interfaces on each server are connected to different switches to provide fault tolerance. What kind of NIC Teaming will be best in my case?
The best option would be to team two NICs together on each server and have each connected to the network. This would create a rather fault tolerant setup.
sir, so what's the best option for windows diskless server? i.e I have 20 clients that will diskless boot from the server , I want to maximize the speed of the server, i.e 2 or 3 Gbps if the clients all boot simultaneously. What protocol do my switch need to support? Thank you .
Remote desktop clients are the best solution if you want to reduce the amount of bandwidth. Also if they boot directly off the network, the operating system for these clients tends to be very small.
Please anybody know how to configured two network in one Desktop computer like 1. Intranet for LAN and 2. for Internet connection? We have two network connection in our organization 1. for Intranet only for inside organization and 2. for Internet for sending email for outside the world. How I can use or configure the two network in one computer in one time? Like when I log I can choice internet or Intranet? Thank you very much.
MCSA books are so cheap at explaining and exampling. Here is some text, here is some screen shots and Powershell commands, but real explanation relies on schemes and examples. It's like a puzzle made out of a Jackson's Pollock paint. This is why CCNA books are superior to MCSA By the way thank you for this video )
I'm new to servers and networking. While I was studying for Windows 2012 R2 exam 70-410, I ran across this term. I took to Google and your video showed up. You have explained this topic to the point where I'm now explaining it to my co-workers.
We're so glad to hear our video helped you understand. Thanks for watching!
I studied this topic from two other sources..One is very complicate. The other is very simple. However, after I saw this video, I feel I can understand the concept clearly. The pictures help to demonstrate the concept very well..
This is very well explained. Was struggling to understand before i watched this video. Thank you
We're glad that our video helped you understand! Please feel free to ask any questions you may have.
This is best channel. Very nicely explained.
Glad you think so!
Thank you, brother. Very well presented, easy to follow. Perhaps this will serve me if I ever become a network administrator
This is by Far better video explaining the different methods and clear understanding of How these methods can be used and implemented for your individual needs..
of cores you need basic understanding of hardware & software interacting in you OS configuration.
superb video. Thanks
You're most welcome, thanks for watching!
Excellent description. Thank you
Glad it was helpful!
This is the best free training videos I've watch ever.. TWO THUMBS UP! Your the best...
Thank you so much for your kind words!
Very Helpful , never heard interfaces need to be in load balance mode before i watched this video.
Thanks, glad we could help.
Very well explained...thank you so much sir...i would like recommend you make second part of this video in which instead of router you take firewall , switches layer3/virtual route and communicated on different subnet.
Glad you liked the video. Will consider that if we ever do a Network+ course.
@@itfreetraining thank you!
you are very good to explain concept in easy way. Thanks for sharing this information.
You're most welcome, thanks for watching.
Best channel ever. Thank you for great explanation. Please never stop making videos.
You're welcome! Thanks for watching.
Great video. Especially when the playback speed was changed to 1.5x speed.
1.25* works better for me! Great idea to slightly speed it up though, 1.5 is too quick
Very useful info on NIC teaming thanks
You're most welcome!
Great video - thank you!
Thanks very much.
Loved the explanations, didn't know about dynamic!
I know you said with static teaming and LACP that switch ports need to be configured but that is only if it's a managed switch correct? Will these protocols not function properly if I use an unmanaged switch? I have a spare switch that is a managed one I just was curious if I would be required to change to using it in order to have a static team to function correctly?
Thank you!! Very well explained
Thanks.
If i had 20 1GB network cards and I use "teaming" would I have a 20GB connection, and higher file transfer speeds ?
Windows supports up to 32, so in theory you could do it. However, the incoming traffic may only come over the one network card.
At 3:30, why would you only want to use the slow connection as a backup? Wouldn't the teaming solution send more packets over the fast connection anyways? Or are teaming solutions not prejudiced over what connections are what? Wouldn't connection the fast and slow connections together make a faster connection?
Couldn't it be configured to fall back anyways?
Have a look at the video at 08:45. It is hard enough to have two networks card sending data not causing fragmentation at the other end, having them working at different speed would make the problem worse.
802.3ad is LACP, its just the initial release of the protocol in 2000. It was later revised and in 2008 became 802.1ax. Other than that its a great video. Thanks
You are 100% correct. Microsoft for some reason refers to this as static teaming. We will keep this mind to mention when we revise this video to mention this is the Microsoft name for it.
nic teaming configuration is similar to vlan configuration
where you create vlans based on ip address(subnets),switchports and mac
Thanks!
Thanks for this informative video! :)
You're very welcome!
i don't know who gave this video a thumbs down but may be they were watching it upside down.
:)
@@itfreetraining teaming and bonding are similar but not the same..... JS
Your explaination are 100% Sir and do like the video, I have followed your steps but my virtual NIC can`t identify my network (doesn`t matter if I use static IP or DHCP), do I need to do some configuration on the switch as well? If yes, may you please send me steps to do it.
Try pinging 127.0.0.1 and see if the TCP/IP stack is functional.
Is it possible to configure NIC teaming? Is there any chance to lose connection while building NIC teaming?
When you configure NIC teaming on Windows it essentially disables the network adapters or adapters and creates a new one that uses those network adapters. So most likely when you create a NIC team you are going to lose connections.
Very helpful! But I still don't understand the following: If I have a single Hyper-V VM and NIC Teaming is done in the host. Will this single VM be able to use all the physical NICs in the host's team for outgoing traffic to multiple clients?
Or do I need to create the team inside the VM (instead of in the host) to make use of multiple physical NICs from inside this VM?
If you use Hyper-V Port all the traffic from that single virtual machine will always travel over the one network card unless that network card were to fail. If you have only the one network card I would use address hash or dynamic. The only different is if you have multiple network adapter in the one virtual machine. If this is the case you may want to use Hyper-V port instead.
Is there a point using this even you only have 1 internet connection? Or is it applicable?
I think the point of using this considering that you only have 1 internet connection is that you can maximize your resources on the access-distribution level. It is possible and it would be a better network if you have 2 ISPs.
I have 2 servers with 4 network interfaces in each of them, I want to create a failover cluster. 2 interfaces on each server are connected to different switches to provide fault tolerance. What kind of NIC Teaming will be best in my case?
The best option would be to team two NICs together on each server and have each connected to the network. This would create a rather fault tolerant setup.
sir, so what's the best option for windows diskless server? i.e I have 20 clients that will diskless boot from the server , I want to maximize the speed of the server, i.e 2 or 3 Gbps if the clients all boot simultaneously. What protocol do my switch need to support? Thank you .
Remote desktop clients are the best solution if you want to reduce the amount of bandwidth. Also if they boot directly off the network, the operating system for these clients tends to be very small.
Please anybody know how to configured two network in one Desktop computer like 1. Intranet for LAN and 2. for Internet connection? We have two network connection in our organization 1. for Intranet only for inside organization and 2. for Internet for sending email for outside the world. How I can use or configure the two network in one computer in one time? Like when I log I can choice internet or Intranet?
Thank you very much.
You need to install a router to perform tasks like this. The router will make a decision if the traffic is for the intranet or internet.
Are there disadvantages on this video?
The main disadvantage is that incoming traffic will only be able to use on network card unless you have hardware support.
so basically this increases "upload" speed, but does not affect download speed?
@@glgina6 Without any hardware support, that is correct.
Read "without hardware support" as "without buying a specialised device that does that"
Cheers.
i need file .pptx. thanks
MCSA books are so cheap at explaining and exampling.
Here is some text, here is some screen shots and Powershell commands,
but real explanation relies on schemes and examples.
It's like a puzzle made out of a Jackson's Pollock paint.
This is why CCNA books are superior to MCSA
By the way thank you for this video )
You're most welcome! Thanks for watching. :)
hello
this video got me: Zzzzzzzzzzzz