Thats funny, because everything I say comes from real world experience building and maintaining PCs for more than a decade now. I won't even touch that immature child like friends remark![]()
What was it you said you did for a living again? I forgot. Serious question, because I'd like to know what professional background you have, to back up your claims. I don't want to know where or what company, a simple job title or field would suffice.
Mosx said:The funny thing is that when people are provided with the truth on this forum, they ask for proof
Yeah, that is funny. People asking for proof to back up claims.
Age insult? No. Pointing out of facts? Yes. If you read it as anything other than a pointing out of facts then that was of your own doing and comprehension and not how it was meant or written as.
For something to be a fact, it needs to have proof behind it. Until then, it's a theory, or an opinion. I think why you tend to ruffle feathers here, my dear friend Mosx, is because you state things as fact, truth, etc., but then provide only your experience as proof to that "truth" or "fact". I think if you stated it as your opinion (in your experience, of course), people wouldn't get so agitated.
Just a friendly suggestion.
EDIT -- Combine Posts
Here's an interesting read that pretty much sums up USB2.0 vs. FW400:
http://en.wikipedia.org/wiki/Firewire#Comparison_to_USB
Wikipedia said:Although high-speed USB 2.0 nominally runs at a higher signaling rate (480 Mbit/s) than FireWire 400, data transfers over S400 FireWire interfaces generally outperform similar transfers over USB 2.0 interfaces. Typical USB PC-hosts rarely exceed sustained transfers of 280 Mbit/s, with 240 Mbit/s being more typical. This is likely due to USB's reliance on the host-processor to manage low-level USB protocol, whereas FireWire delegates the same tasks to the interface hardware. For example, the FireWire host interface supports memory-mapped devices, which allows high-level protocols to run without loading the host CPU with interrupts and buffer-copy operations.[4] Besides throughput, other differences are that it uses simpler bus networking, provides more power over the chain, more reliable data transfer, and uses less CPU resources.[23]
FireWire 800 is substantially faster than Hi-Speed USB.[24]
I'm assuming by earlier posts of yours, Mosx, that Wikipedia is sufficient, given your use of it?
Also, I wouldn't necessarily say firewire is dead (quite yet, anyway), in terms of video.
http://www.usa.canon.com/consumer/co...elTechSpecsAct
http://www.usa.canon.com/consumer/co...elTechSpecsAct
http://www.usa.canon.com/consumer/co...elTechSpecsAct
Interestingly enough, the HV30 requires FW for DV transfer, however the HV40 replacing it (while still writing to DV tape) uses USB, it appears. So perhaps the writing is on the wall for consumer-based video and FW.
The Red 4K camera does use USB2.0 though, and that's clearly not an amateur camera. It's designed to be used on a Mac with FCP too
http://www.red.com/cameras/workflow/
So it'll be interesting to see how things pan out. I'm not too terribly concerned about FW going away, especially after 3 comes out. wireless looks pretty cool too.
Unfortunately audio interface companies have been slow on the up-take, as companies like Apogee and RME are still doing mostly FW interfaces. I think the concern there is not so much the bandwidth of the device, but the latency involved with USB, since it requires interaction with the CPU. That being said I don't have any issues with my USB stuff, and don't really get that lower of a latency with my FW stuff.