More power is a good thing when you’re talking desktops, but for notebooks, more power means less battery life – and in this age of Ultrabooks and ultraportables, that just isn’t acceptable to a lot of manufacturers. In yet another step towards making those Ultrabooks ultra long lasting, the SATA-IO organization announced a new feature yesterday: SATA DevSleep. Basically, DevSleep lets PHY and other circuitry drop into an almost completely powerless state – rather than a still power-consuming “Partial” or “Slumber” state – when it isn’t being used.
If you're looking solely at transfer rates, the USB 3.0 specification – with its 5Gbps speeds – may be plenty fast, but it already can't push the same amount of raw data as, say, Thunderbolt. New specifications coming down the pipeline, like SATA Express and external PCIe, are promising speeds that flat-out blow USB 3.0 out of the water. The USB Promoter Group's aiming to stay in the race with an innovative tactic; rather than compete solely with transfer rates, they're also turning the familiar USB connection into the equivalent of a 100W power cord.
Want to know if you’re a tier 1 nerd? You are if the phrase USB 3.0 Internal Connector Cable Specification Revision 1.0 gets your nerd on. Yeah, we thought you’d get as excited as we did. This is, afterall, one of the final hurdles to getting native SuperSpeed USB 3.0 down in the motherboard.
Not sure what the hell we’re talking about? It’s the spec that defines what an internal motherboard header will be for SuperSpeed USB 3.0. Up until now, case enclosure vendors have had to hack together work arounds for front mounted USB 3.0 ports by running pass through cables that go out the back of the case and plug into the motherboard’s USB 3.0 ports on back.