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Submission + - Can Thunderbolt Survive USB SuperSpeed+? (computerworld.com) 2

Lucas123 writes: The USB SuperSpeed+ spec (A.K.A v3.1) offers up to 10Gbps throughput. Combine that with USB's new C-Type Connector, the specification for which is expected out in July, and users will have a symmetrical cable and plug just like Thunderbolt but that will enable up to 100 watts of power depending on the cable version. So where does that leave Thunderbolt, Intel's other hardware interconnect? According to some industry pundits, Thunderbolt withers or remains a niche technology supported almost exclusively by Apple. Even as Thunderbolt 2 offers twice the throughput (on paper) as USB 3.1, or up to 20Gbps), USB SuperSpeed+ is expected to scale past 40Gbps in coming years. "USB's installed base is in the billions. Thunderbolt's biggest problem is a relatively small installed base, in the tens of millions. Adding a higher data throughput, and a more expensive option, is unlikely to change that," said Brian O'Rourke, a principal analyst covering wired interfaces at IHS.

Comment It's not bit-rot (Score 1) 321

If you're noticing data corruption on only 2TB it's probably not what we normally call bit-rot. A bit that changes state for no apparent reason within a very large set of data can be described as bit-rot, otherwise it's general data corruption which has many causes which all are understood: Poor media, poor transmission of data, overwriting of data etc. Once you've got the system sorted out so you don't get data corruption, start thinking about the nature of your data. How much redundancy is in it? If it's jpegs the almost none, so a single bit error could be serious to a file. If uncompressed TIFFs then there is a lot of data redundancy and the single bit error might only be an error of a single pixel, which you might not even notice. And finally, don't expect optical media to be safe from errors. Only use it as part of a DR plan.

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