This is a great video, as it shows experience from a real world large deployment of ROCEv2. I am curious. What CPU(s) do you need on the server side to drive 25Gbps-100Gbps ROCEv2 traffic?
Not sure if anyone gives a shit but if you are bored like me during the covid times you can stream pretty much all of the latest movies and series on instaflixxer. Have been streaming with my girlfriend during the lockdown =)
Very informative talk! Wouldn't iWARP be better suited for scalable RDMA avoiding all the complexity and ill effects of PFC?
Can you put a detail video on how DCQCN works?
Are the challenges mentioned in this presentation still happening today? Thanks
This is a great video, as it shows experience from a real world large deployment of ROCEv2. I am curious. What CPU(s) do you need on the server side to drive 25Gbps-100Gbps ROCEv2 traffic?
Not sure if anyone gives a shit but if you are bored like me during the covid times you can stream pretty much all of the latest movies and series on instaflixxer. Have been streaming with my girlfriend during the lockdown =)
@Clyde Kalel Yea, I've been using instaflixxer for months myself :D
@Clyde Kalel yup, I have been using InstaFlixxer for since november myself :)
@Clyde Kalel yea, I have been using InstaFlixxer for since december myself :)
What does he say at 2:58, after "second,"?
...second, our networks are layer-3 networks up to top of rack switches.
How data shuffling work in this context, it dramatically changed the latency , wondering why.
who is "We" , "our" etc. Which company presenting this tech?
0:01: He said he's from Microsoft Research.
Nice talk, thanks!
来个中文版就感人了
before teaching how RDM works, better to learn L2 tech and do not generate delirium