(credit: Edward Chester) The all new Samsung 960 Pro, released today, is the follow up to last year’s 950 Pro . It offers the same core set of features, with an M.2 form factor , four-lane PCIe 3.0 interface, NVMe communication standard, and 3D V-NAND. But the 960 Pro isn’t just a minor spec bump. Samsung has seriously cranked up the speed (and capacities) of its flagship drives to the point where such ludicrous performance may be lost on all but the most demanding of users. These are some seriously hardcore SSDs. Where the 950 Pro was available in just 256GB and 512GB versions, the 960 Pro starts at 512GB, with 1TB and 2TB versions also available. For the first time, you can reasonably consider replacing an entire array of spinner hard drives or even 2.5-inch SATA SSDs with these things—so long as you’ve got the cash, of course. With a 256GB starting capacity, Samsung was able to offer the speed, longevity, and warranty of the 950 Pro to those only able to budget £170 ($199) for an SSD. But with the 960 Pro starting at $329 for the 512GB model (probably ~£330), rising to $629 for 1TB, and an eye-watering $1,299 for 2TB, you’ll need to save some extra pennies to buy one, or wait it out for the Evo drives Samsung is launching later this year. Although a marked step down from the Pro range in some regards, the Evos are in theory faster than the 950 Pro drives for less money (thanks to using cheaper and more tightly packed TLC V-NAND). The 250GB will cost just $129 (~£130), 500GB will be $249 and 1TB will cost $470. There won’t be a 2TB version of the 960 Evo. Read 35 remaining paragraphs | Comments
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Samsung 960 Pro review: The fastest consumer SSD you can buy
Harvard Law professor Susan Crawford describes how the city of Santa Monica installed its own high-speed IoT backbone on its street lights and traffic signals — and why it’s important. Neutral “micro” cell sites can make very high-capacity wireless transmissions available, competitively, to everyone (and every sensor) nearby. This can and should cause an explosion of options and new opportunities for economic growth, innovation, and human flourishing in general… Very few American cities have carried out this transmogrification, but every single one will need to. Santa Monica…is a city that will be able to control its future digital destiny, because it is taking a comprehensive, competition-forcing approach to the transmission of data… Cities that get control of their streetlights and connect them to municipally overseen, reasonably priced dark fiber can chart their own Internet of Things futures, rather than leave their destinies in the hands of vendors whose priorities are driven (rationally) by the desire to control whole markets and keep share prices and dividends high rather than provide public benefits. Santa Monica’s CIO warns that now telecoms “are looking for exclusive rights to poles and saying they can’t co-locate [with their competitors]. They’re all hiring firms to lock up their permits and rights to as many poles as possible, as quickly as possible, before governments can organize.” Read more of this story at Slashdot.