Given Broadcom's history (exemplified by the VMware debacle) I expect their "design" lab resembles a boardroom full of MBA's plotting how to milk the last drop.
Probably naive question: They talk a lot about how these network switches are geared for "AI data centers" - AI is mentioned at least once in almost every paragraph. How/why would these switches for the "AI world" differ from any other high performance and low latency switch?
The article never said that these switch are “made for AI”, instead it says that due to the high demand of chips for AI workloads, the data centers need lots of switches to connect all the units.
Given Broadcom's history (exemplified by the VMware debacle) I expect their "design" lab resembles a boardroom full of MBA's plotting how to milk the last drop.
Probably naive question: They talk a lot about how these network switches are geared for "AI data centers" - AI is mentioned at least once in almost every paragraph. How/why would these switches for the "AI world" differ from any other high performance and low latency switch?
The article never said that these switch are “made for AI”, instead it says that due to the high demand of chips for AI workloads, the data centers need lots of switches to connect all the units.