- Mar 11, 2000
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USB 2 OK but Firewire is better.
While FireWire is good at streaming video, it also provides plenty of bandwidth for storage devices. Our Maxtor 1394 hard drives all exceeded 25MBps on our transfer tests, although their performance is largely limited by the onboard IDE converter. Daisy-chaining these drives didn?t slow down the bus until we connected the ADS PYRO 1394 reader to the end of the chain.
Maxtor Hi-Speed USB 2.0 hard drives lagged behind FireWire hard drives by a large margin. We attribute this to ISD300 bridge chip, which has a maximum sustained transfer rate of 18MBps. You can expect future models with more efficient bridge chips to perform better.
Between Hi-Speed USB 2.0 and FireWire, the latter is apparently more established in terms of software support and industry acceptance. However, since USB 2.0 is still in its infancy, there are still a lot of improvements to be made before the high-speed standard catches on.
While FireWire is good at streaming video, it also provides plenty of bandwidth for storage devices. Our Maxtor 1394 hard drives all exceeded 25MBps on our transfer tests, although their performance is largely limited by the onboard IDE converter. Daisy-chaining these drives didn?t slow down the bus until we connected the ADS PYRO 1394 reader to the end of the chain.
Maxtor Hi-Speed USB 2.0 hard drives lagged behind FireWire hard drives by a large margin. We attribute this to ISD300 bridge chip, which has a maximum sustained transfer rate of 18MBps. You can expect future models with more efficient bridge chips to perform better.
Between Hi-Speed USB 2.0 and FireWire, the latter is apparently more established in terms of software support and industry acceptance. However, since USB 2.0 is still in its infancy, there are still a lot of improvements to be made before the high-speed standard catches on.