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Speed may be a relative thing, but whatever you choose to compare Micron's new RealSSD P320h series to, you'll probably find them pretty competitive. Coming in 350GB and 700GB capacities, these PCI Express solid state drives can process data at a rate of 3GB per second and write it at a no less impressive 2GBps. If you're more interested in input / output operations per second, the P320h clocks in at 750,000 IOPS when running Linux or 650,000 with Windows Server as the OS. You don't need us to tell you that both numbers represent screaming-fast performance. Such mighty feats are achieved with the use of 34nm SLC NAND flash memory and Micron's own controller chip. Samples of the P320h are trickling out now and mass production is coming in the third quarter of 2011, and while no pricing info has been offered yet, it's safe to say you'll be needing your company CFO's blessing before making any P320h purchases.  Micron

Europe's already extensive broadband coverage may be expanding even further, now that Eutelsat's Ka-Sat satellite has officially gone into service. The new craft, which launched from Kazakhstan in late December, uses spotbeam technology to generate areas of connectivity that are about 250 kilometers wide, with each beam carrying a total capacity of 900Mbps. Unlike the Hylas 1, its reach will extend far across the continent, providing Tooway's high-bandwidth services to 13 million households in remote locations. Subscribers will have download speeds of up to 10Mbps and upload rates of 4Mbps, though they'll still have to put up with latency on the order of 250ms, making life even more difficult for Eastern European OnLive gamers. Of course, this access won't come for free, but Ka-Sat's 82-beam network structure significantly lowers its operating costs, allowing Eutelsat to offer prices that are on par with market rates. According to company CEO Michel de Ros...

OK, so the Martin Jetpack may not have gone into commercial production quite as soon as we'd anticipated, but there's still hope on the horizon. Over the weekend, Glenn Martin's flying machine successfully climbed some 5,000 feet above sea level, marking a new milestone in the 30-year, $12 million project. Remotely controlled by a tailing helicopter, the 250-pound craft used its two "superfans" to power itself skyward at about 800 feet per  second  minute, before safely parachuting back to Earth from a height of about 3,000 feet. As with its last test run, however, the Martin Jetpack was equipped not with a human being, but with a crash dummy. It may have been for the best, though, considering that the machine sustained some damage upon concluding the ten-minute flight. Nevertheless, Martin seems confident that yesterday's test "brings the future another step closer," and is hoping to deliver his brainchild to customers within the next 18 months -- ...

Remember that pair of 100 terabit-per-second connections we told you about earlier this moth? Impressive? Sure, but not entirely practical thanks to the massive banks of lasers (370 to be exact) that guzzled several kilowatts of electricity. Researchers at the Karlsruhe Institute of Technology in Germany haven't hit 100Tbps yet, but they were able push 26Tbps using just one, lonely laser. The new single-laser fiber-optic speed record was set using a technique called fast Fourier transform that pulses light at an incredibly high rate with data encoded in 325 distinct colors across the spectrum. A detector at the receiving end is able to distinguish between the various colored data streams, based on tiny differences in arrival time, and recombine them into a high-speed torrent of ones and zeros. The scientists behind the project believe that, eventually, the technology could make its way into commercial use and be integrated into silicon chips. Now, someone needs to hurry up an...

We've repeatedly hammered Time Warner Cable (and its big-cable cronies) for crying to the North Carolina legislature about municipal broadband. TWC claims it can't compete with taxpayer-backed ISPs such as Wilson, NC's Greenlight -- and that it shouldn't have to. In fact, Greenlight and four other municipal providers came about specifically because corporate players refused to provide inexpensive, fast broadband. And now that local governments have proven  they  can provide it, the cable companies have cried foul, pouring hundreds of thousands of dollars into select political pockets all the while. That's the drama so far, and now a bill restricting municipal broadband -- mandating that providers pay taxes similar to private companies, for example -- has landed on the desk of Governor Bev Perdue. She won't veto the bill, meaning it will soon become a law; for whatever it's worth (read: not much), she also refuses to sign it. The reason? Here it is from the ...

What do you do after you've bought the most powerful smartphone to yet grace the Android universe? Some timid folks would urge you to just enjoy it, but if you're like us, you'll probably want to know just how high that dual-core Exynos 4210 birdie could fly. The processor inside the Galaxy S II started off life at 1GHz, then got sped up by Samsung to 1.2GHz just before release, and has now been taken all the way to  1.5GHz  thanks to coolbho3000 over on the xda-developers forum. He's been nice enough to provide the source code and instructions necessary to reproduce this stable overclock on your Galaxy S II, but don't rush off just yet -- there's video of the GSII romping through Quadrant and Linpack after the break. xda-developers