I accidentally minimized this tab on my browser while I was browsing TH-cam for tech videos and I honestly thought I accidentally clicked on some easy-listening meditation/exercise video....That music.... LMAO!! I'm just giving you shit man. I love nerding out on this shit and the bleeding edge of networking. Keep up the good work!
The signal of the QSFP port can be divided into four independent channels through the QSFP to SFP+ breakout cable, and each channel can be connected to a different switch. Each channel transmits an independent data stream, and the switch can be configured to route these flows to different destinations, thus achieving the effect of connecting a single QSFP port to multiple switches.
I hope xcloud and googles new "console" will take advantage of this to reduce latency as much as they can on the data center end so it does not effect the client after being piplined to them from there isp.
Yes, you are correct. The one-to-four split cable allows for a single port on the switch to handle all four devices logically. This is achieved through a process called port aggregation or link aggregation, where multiple physical connections are combined into a single logical connection. By using this setup, the switch treats the four devices connected via the split cable as a single logical unit, enabling efficient utilization of the available bandwidth and providing a seamless network connection for each device. If you have any further questions or need additional clarification, please feel free to ask. We are here to assist you.
Totally useless in ANY real world situation. Most internet services is around 20-30Mbps, and that's much, much slower than 40G, plus I don't know ANYONE who needs 40 ports for their house.
Thanks for your review. Most people will use 8-port or 24-port Gigabit switch for their house. This video is a demonstration of FS.COM 40G switches. We will improve our videos and make more videos in real application situations.
what the heck are you talking about? this is a Datacenter switch where 40Gbe and 100Gbe ports are getting more and more common.. its not for your house man..
wow!! the stupidity in some comments shocks me, not knowing isn't the problem, the arrogant fucking stupid comment is the problem, this is for service provider backhaul, am sure all those 20-30mbps you are talking about sum up plus all traffic converge at some data center where such solutions are required
![[Part 1] ทารกน้อยถูกทิ้ง👶 หญิงชราเก็บขวดขายเลี้ยงดูเขาจนโต #โลกการละคร](http://i.ytimg.com/vi/nPTDvFCExks/mqdefault.jpg)
I accidentally minimized this tab on my browser while I was browsing TH-cam for tech videos and I honestly thought I accidentally clicked on some easy-listening meditation/exercise video....That music.... LMAO!! I'm just giving you shit man. I love nerding out on this shit and the bleeding edge of networking. Keep up the good work!
SFP+ plus port, QSDPFFI port. With QSPLFP04 port. Together with a SFP+3742 plus receiver with a WQP cable. wow
Is the signal of the QSFP port is splitting to the 4 switches? and how can singel port carrying diffrent signals to 4 different Switchs !?
The signal of the QSFP port can be divided into four independent channels through the QSFP to SFP+ breakout cable, and each channel can be connected to a different switch. Each channel transmits an independent data stream, and the switch can be configured to route these flows to different destinations, thus achieving the effect of connecting a single QSFP port to multiple switches.
这个演示不错。清晰！40G的接口要支持1分4！！！同时电缆和接口都要支持。
Thanks
Well explained
I hope xcloud and googles new "console" will take advantage of this to reduce latency as much as they can on the data center end so it does not effect the client after being piplined to them from there isp.
so the one to four split cable connects to four access computers/devices and on switch side, one port can handle all 4 of them logically?
Yes, you are correct. The one-to-four split cable allows for a single port on the switch to handle all four devices logically. This is achieved through a process called port aggregation or link aggregation, where multiple physical connections are combined into a single logical connection.
By using this setup, the switch treats the four devices connected via the split cable as a single logical unit, enabling efficient utilization of the available bandwidth and providing a seamless network connection for each device.
If you have any further questions or need additional clarification, please feel free to ask. We are here to assist you.
Totally useless in ANY real world situation. Most internet services is around 20-30Mbps, and that's much, much slower than 40G, plus I don't know ANYONE who needs 40 ports for their house.
Thanks for your review. Most people will use 8-port or 24-port Gigabit switch for their house. This video is a demonstration of FS.COM 40G switches. We will improve our videos and make more videos in real application situations.
Đzimi M totally useless comment. You have no idea what are the uses of these switches please read more before comenting.
this isn't for home use, this is for datacenters and mostly to interconnect servers in the same rack
what the heck are you talking about? this is a Datacenter switch where 40Gbe and 100Gbe ports are getting more and more common.. its not for your house man..
wow!! the stupidity in some comments shocks me, not knowing isn't the problem, the arrogant fucking stupid comment is the problem, this is for service provider backhaul, am sure all those 20-30mbps you are talking about sum up plus all traffic converge at some data center where such solutions are required