Earlier quoted context omitted.
I think it's being compared to something like 12 Mbps USB 1.1: Firewire is just so much faster that it doesn't matter. I deal with upgrading a lot of industrial electronics, and have to answer this question frequently: people are concerned about replacing Modbus RTU and similar setups with modern protocols: "But it's not real time!", "It's too high-level!" "Consumer or office network gear can't possibly work here!" N…
I'm not sure I understand. Are you replacing hardware for clients who think they need low-latency realtime delivery of data, or for clients who actually need to hit low-latency delivery deadlines? From the article: > And FireWire had its own micro-controller, so it was unaffected by fluctuations in CPU load. This is still an important distinction for, say, an USB soundcard vs. a Firewire soundcard.
But now the machine has much more intelligence, so it shuts itself off quicker. And where they needed to check the "low latency" and "realtime" boxes in the 90s to get adequate performance, now any bus (like Ethernet, or you can stick Ethercat or Powerlink on top if you need realtime) is so much faster that it doesn't matter.
It's like someone saying they need their Enterprise-grade 15k RPM SCSI drives in their server...when they just need an ordinary consumer SATAIII SSD.
Economies of scale are huge in tech. Stuff that reaches billions of people is often more performant than specialized gear.