Hey Sunny, really loving the presentation of these slides, the flipped Bluetooth symbol with the suspicious eyes was a nice touch. The narrative/history that's interwoven throughout really help ideas stick - one of, if not my favourite IT teachers!
Thanks for your videos: This is unrelated to this video, but wanted to ask if you can please explain the details of how a 100gbps Ethernet LAN gets linked to a 1gbps LAN. Is there a buffer involved? Data that flows ultra fast in one network will need to be slowed down before the slower network can use it, right? And how about the slow data that arrives from the slow network to the fast network? I could not find a clear explanation anywhere. Thank you again.
i think network links negotiate all settings that the will detemine how the flow will be transmitted based on the weakest link, and they agree on certain setting they keep using them untill the link is reseted or/and one the links disconnect and another joins....this and god knows best.
@@marouanekibani9607 Thank you. So if I understood you correctly, it is not that a special buffer is needed, the end to end speed is negotiated, and then the connection use that lowest. Makes sense. Cheers
Im still watching you from years ago. Still helping me through my journey. Bless your cotton socks sir.
Hey Sunny, really loving the presentation of these slides, the flipped Bluetooth symbol with the suspicious eyes was a nice touch. The narrative/history that's interwoven throughout really help ideas stick - one of, if not my favourite IT teachers!
Subscribed long ago, liked and shared this on my linkedin. I love your videos!
Excellent video my friend, It's very helpfull
Thanks for another video. wanted to know if any video planned on the topic of load balancers, WAF, Websocket
Bluetooth used to have at least five different classes and class one had a range of 1000 m. When did this change?
This is important and interesting
Thanks for your videos: This is unrelated to this video, but wanted to ask if you can please explain the details of how a 100gbps Ethernet LAN gets linked to a 1gbps LAN. Is there a buffer involved? Data that flows ultra fast in one network will need to be slowed down before the slower network can use it, right? And how about the slow data that arrives from the slow network to the fast network? I could not find a clear explanation anywhere. Thank you again.
i think network links negotiate all settings that the will detemine how the flow will be transmitted based on the weakest link, and they agree on certain setting they keep using them untill the link is reseted or/and one the links disconnect and another joins....this and god knows best.
@@marouanekibani9607 Thank you. So if I understood you correctly, it is not that a special buffer is needed, the end to end speed is negotiated, and then the connection use that lowest. Makes sense. Cheers
Keep it up
wow dude it surprisingly a lot you are a